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1 Copyright © 2011 by Curriculum Framework Science School: Thomas Edison Charter School Curricular Tool: DE Science Coalition Grade: K Teacher: ______________________ Standards Alignment Unit Concept Big Ideas Essential Questions Student Learning Targets Assessments Unit One: Trees Timeline : 8 weeks Standard One Nature and Application of Science and Technology Strand One Understandings and Abilities of Scientific Inquiry Substrand A. Understand that: Scientific investigations, whether conducted by students or scientists, involve asking a question about the natural world. Substrand C. Understand that: The purpose of accurate observations and data collection is to provide evidence. Scientists use tools to enhance their senses in order to obtain more evidence. Substrand D. Understand that: Scientists use observations from investigations and knowledge that is already known to develop an explanation. Substrand E. Understand that: The purpose of communicating with others is to share evidence and conclusions. Scientists communicate the results of their investigations to others F. Understand that: The use of mathematics, reading, writing, and technology are important in conducting scientific inquiries. Strand Two Science, Technology and Society Substrand B. Tools are useful in science to help gather Concepts Cycles (students observe and discover that trees have predictable life cycles). Structure/Function (students use their senses to observe and identify structures that have specific functions in trees). Observation (students observe trees in different stages of life to compare structure and function at each stage). Investigation (students measure circumference over time and observe physical changes throughout the seasons). Big Ideas Trees are alive and have characteristics that make them different from other living and nonliving things. Trees have structures and physical properties that allow them to be identified. Trees have structures that help them perform life functions. Trees are living organisms that Essential Questions: How do we know trees are living things? What are the similarities and differences between different trees and different leaves? Why are trees important? How do trees change over time-as a result of changing seasons and/or of growth? In what ways do the offspring of trees resemble their parents? How do organisms change as they go through their life cycles? Learning Targets: Suggested Formative Assessments: Assessing accurate use of scientific discourse vocabulary. Build-A-Tree: Constructing and identifying the parts of a tree. Sorting leaves: Recognizing leaves from the same tree by shape, size, color and other properties. Tree/Not a Tree: Identifying trees from other living things. How Trees Change: Drawing trees in different seasons. Observation Puzzles, matching cards, class and individual journals, games, and H - 1 001273
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Page 1: Nature and Application of Science and Technology Science ...

1

C

op

yri

gh

t ©

201

1 b

y

Cu

rric

ulu

m F

ram

ewo

rk S

cien

ce

Sch

oo

l: T

ho

ma

s E

dis

on

Ch

art

er

Sch

oo

l

Cu

rric

ula

r T

oo

l: D

E S

cien

ce C

oa

liti

on

G

rad

e: K

T

each

er:

__

__

__

___

___

___

__

__

__

_

S

tan

da

rds

Ali

gn

men

t

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Un

it O

ne:

Tre

es

Tim

elin

e :

8 w

eek

s

Sta

nd

ard

On

e

Na

ture

an

d A

pp

lica

tio

n o

f S

cien

ce a

nd

Tec

hn

olo

gy

Str

an

d O

ne

Un

der

sta

nd

ing

s a

nd

Ab

ilit

ies

of

Sci

enti

fic

Inq

uir

y

Su

bst

ran

d A

. U

nd

erst

and

that

: S

cien

tifi

c in

ves

tigat

ions,

wh

ether

co

nd

uct

ed b

y s

tud

ents

or

scie

nti

sts,

invo

lve

askin

g a

ques

tio

n a

bo

ut

the

natu

ral

wo

rld

.

Su

bst

ran

d C

. U

nd

erst

and

that

: T

he

purp

ose

of

accu

rate

ob

serv

atio

ns

and

dat

a co

llec

tio

n i

s to

pro

vid

e ev

iden

ce.

Sci

enti

sts

use

to

ols

to

en

hance

thei

r se

nse

s in

ord

er t

o

ob

tain

mo

re e

vid

ence

.

Su

bst

ran

d D

. U

nd

erst

and

that:

Sci

enti

sts

use

ob

serv

atio

ns

fro

m i

nvest

igat

ions

and

kno

wle

dge

that

is

alre

ady k

no

wn

to

dev

elo

p a

n e

xp

lanat

ion.

Su

bst

ran

d E

. U

nd

erst

and

that

: T

he

purp

ose

of

com

mu

nic

atin

g w

ith o

ther

s is

to

shar

e ev

iden

ce a

nd

concl

usi

on

s.

Sci

enti

sts

com

munic

ate

the

resu

lts

of

thei

r

invest

igat

ions

to o

ther

s

F.

Und

erst

and

that

: T

he

use

of

mat

hem

atic

s, r

ead

ing,

wri

tin

g,

and

tec

hno

log

y a

re i

mp

ort

an

t in

co

nd

uct

ing

scie

nti

fic

inq

uir

ies.

Str

an

d T

wo

Sci

ence

, T

ech

no

log

y a

nd

So

ciet

y

Su

bst

ran

d B

. T

oo

ls a

re u

sefu

l in

sci

ence

to

hel

p g

ather

Co

nce

pts

Cycl

es

(stu

den

ts o

bse

rve

and

dis

cover

that

tre

es h

ave

pre

dic

tab

le l

ife c

ycle

s).

Str

uct

ure

/Funct

ion (

stud

ents

use

thei

r

sen

ses

to o

bse

rve

and

id

enti

fy

stru

cture

s th

at h

ave

spec

ific

fu

nct

ion

s

in t

rees

).

Ob

serv

atio

n (

stud

ents

ob

serv

e t

rees

in

dif

fere

nt

stages

of

life

to

co

mp

are

stru

cture

and

fu

nct

ion a

t ea

ch s

tage)

.

Invest

igati

on (

stud

ents

mea

sure

circ

um

fere

nce

over

tim

e and

ob

serv

e

ph

ysi

cal

chan

ges

thro

ug

ho

ut

the

seas

on

s).

Big

Id

eas

Tre

es a

re a

live

and

have

char

act

eris

tics

that

mak

e th

em

dif

fere

nt

fro

m o

ther

livin

g a

nd

no

nli

vin

g t

hin

gs.

Tre

es h

ave

stru

cture

s and

ph

ysi

cal

pro

per

ties

that

all

ow

them

to

be

iden

tifi

ed.

Tre

es h

ave

stru

cture

s th

at h

elp

them

per

form

lif

e fu

nct

ions.

Tre

es a

re l

ivin

g o

rganis

ms

that

Ess

en

tia

l Q

ues

tio

ns:

Ho

w d

o w

e kno

w t

rees

are

livin

g t

hin

gs?

What

are

the

sim

ilar

itie

s an

d

dif

fere

nce

s b

etw

een d

iffe

rent

tree

s an

d d

iffe

rent

leaves

?

Wh

y a

re t

rees

im

po

rtan

t?

Ho

w d

o t

rees

change

over

tim

e-a

s a

resu

lt o

f changin

g

seas

on

s an

d/o

r o

f gro

wth

?

In w

hat

ways

do

the

off

spri

ng

of

tree

s re

sem

ble

thei

r

par

ents

?

Ho

w d

o o

rgan

ism

s change

as

they g

o t

hro

ug

h t

heir

lif

e

cycl

es?

Lea

rnin

g T

arg

ets:

Su

gg

este

d F

orm

ati

ve

Ass

essm

en

ts:

Ass

essi

ng a

ccura

te u

se

of

scie

nti

fic

dis

cours

e

vo

cab

ula

ry.

Buil

d-A

-Tre

e:

Co

nst

ruct

ing a

nd

iden

tify

ing t

he

par

ts o

f

a tr

ee.

So

rtin

g l

eaves

:

Rec

og

niz

ing l

eaves

fro

m t

he

sam

e tr

ee b

y

shap

e, s

ize,

co

lor

and

oth

er p

rop

erti

es.

Tre

e/N

ot

a T

ree:

Iden

tify

ing t

rees

fro

m

oth

er l

ivin

g t

hin

gs.

Ho

w T

rees

Change:

Dra

win

g t

rees

in

dif

fere

nt

seaso

ns.

Ob

serv

atio

n

Puzz

les,

mat

chin

g

card

s, c

lass

and

ind

ivid

ual

jo

urn

als,

gam

es,

and

H - 1

001273

Page 2: Nature and Application of Science and Technology Science ...

2

C

op

yri

gh

t ©

201

1 b

y

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

dat

a fo

r o

bse

rvat

ions

and

mea

sure

men

ts a

nd

pro

vid

e a

safe

mea

ns

of

cond

uct

ing a

n i

nvest

igat

ion.

Sta

nd

ard

Tw

o

Ma

teria

ls a

nd

Th

eir

Pro

per

ties

Str

an

d O

ne

Pro

per

ties

an

d S

tru

ctu

res

of

Ma

teria

ls

Su

bst

ran

d A

. M

ater

ials

can

be

des

crib

ed a

nd

cla

ssif

ied

acco

rdin

g t

o t

he

foll

ow

ing p

hysi

cal

pro

per

ties

: si

ze,

shap

e, m

ass

, te

xtu

re,

colo

r, a

nd

mat

eria

l co

mp

osi

tio

n.

Stu

dents

can o

bse

rve

mat

eria

ls’

ph

ysi

cal

pro

per

ties

by

usi

ng t

oo

ls t

hat

incl

ud

e ru

lers

, b

alan

ces,

ther

mo

met

ers

and

han

d l

ense

s.

Sta

nd

ard

Six

Lif

e P

roce

sses

Str

an

d O

ne

Str

uct

ure

/Fu

nct

ion

Rela

tio

nsh

ip

Su

bst

ran

d A

. P

lants

and

anim

als

are

sim

ilar

to

and

dif

fere

nt

fro

m e

ach o

ther

in o

bse

rvab

le s

truct

ure

s and

beh

avio

r.

Thes

e ch

arac

teri

stic

s d

isti

ng

uis

h t

hem

fro

m

each

oth

er a

nd

fro

m n

onli

vin

g t

hin

gs

Su

bst

ran

d B

. E

ach p

lant

or

anim

al h

as

dif

fere

nt

stru

cture

s th

at s

erve

dif

fere

nt

funct

ions

in g

row

th,

surv

ival

and

rep

rod

ucti

on.

Str

an

d T

wo

Ma

tter

an

d E

ner

gy

Tra

nsf

orm

ati

on

s

Su

bst

ran

d A

. P

lants

and

anim

als

are

livin

g t

hin

gs.

A

ll

livin

g t

hin

gs

hav

e b

asic

nee

ds

for

surv

ival

incl

ud

ing a

ir,

wat

er,

foo

d (

nu

trie

nts

), s

pac

e, s

hel

ter,

and

lig

ht.

rep

rod

uce

, d

evel

op

, hav

e p

red

icta

ble

life

cycl

es a

nd

pas

s o

n t

rait

s to

thei

r o

ff

spri

ng.

Tre

es h

ave

bas

ic n

eed

s fo

r su

rviv

al.

The

stru

cture

s o

f tr

ees

can c

hange

over

tim

e in

res

po

nse

to

thei

r en

vir

on

ment

or

as a

res

ult

of

gro

wth

and

dev

elo

pm

ent.

Hu

man

s an

d a

nim

als

inte

ract

wit

h

tree

s.

teac

her

/stu

den

t

conver

sati

ons

are

tang

ible

evid

ence

of

und

erst

and

ing

s.

Invest

igati

on

s

FO

SS

Tre

e S

tori

es

H - 2

001274

Page 3: Nature and Application of Science and Technology Science ...

3

C

op

yri

gh

t ©

201

1 b

y

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Sta

nd

ard

Sev

en

Div

ersi

ty a

nd

Co

nti

nu

ity

of

Liv

ing

Th

ing

s

Str

an

d O

ne

Rep

rod

uct

ion

, H

ered

ity

an

d D

evel

op

men

t

Su

bst

ran

d A

. T

he

off

spri

ng o

f so

me

pla

nts

and

anim

als

rese

mb

le t

he

par

ents

(i.

e.,

a tr

ee s

eed

lin

g r

esem

ble

s a

mat

ure

tre

e).

Su

bst

ran

d C

. A

ll p

lants

and

anim

als

go

thro

ugh a

lif

e

cycl

e o

f b

irth

, gro

wth

, d

evel

op

ment,

rep

rod

uct

ion,

and

dea

th.

This

cycl

e is

pre

dic

tab

le a

nd

des

crib

able

, b

ut

dif

fers

fro

m o

rganis

m t

o o

rganis

m.

Str

an

d T

wo

Div

ersi

ty a

nd

Ev

olu

tio

n

Su

bst

ran

d A

. M

any d

iffe

rent

kin

ds

of

pla

nts

and

an

imals

live

thro

ug

ho

ut

the

wo

rld

. T

hes

e p

lants

and

anim

als

can

be

gro

up

ed a

cco

rdin

g t

o t

he

char

acte

rist

ics

they s

har

e.

Str

an

d T

hre

e

Tec

hn

olo

gy

Ap

pli

cati

on

s

Su

bst

ran

d A

. P

eop

le u

se t

he

var

iety

of

pla

nts

and

anim

als

fou

nd

thro

ug

ho

ut

the

wo

rld

fo

r fo

od

, cl

oth

ing,

and

shel

ter

(e.g

., s

ilk f

or

clo

thin

g,

wo

od

fo

r b

uil

din

g

shel

ters

).

Sta

nd

ard

Eig

ht

Eco

log

y

Str

an

d O

ne

Inte

ract

ion

s W

ith

in t

he

En

vir

on

men

t

Su

bst

ran

d A

. A

n i

nte

rco

nnect

ednes

s exis

ts a

mo

ng t

he

livin

g a

nd

no

nli

vin

g p

arts

of

an e

nvir

on

ment.

T

his

inte

rco

nnec

ted

ness

can b

e o

bse

rved

by t

he

chan

ges

mad

e

H - 3

001275

Page 4: Nature and Application of Science and Technology Science ...

4

C

op

yri

gh

t ©

201

1 b

y

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

by p

lants

and

anim

als

in t

hei

r en

vir

on

ment.

Su

bst

ran

d B

. P

lants

and

anim

als

nee

d e

no

ug

h s

pac

e an

d

reso

urc

es t

o s

urv

ive.

O

ver

cro

wd

ing l

ead

s to

an i

ncr

ease

d

nee

d f

or

reso

urc

es.

Un

it T

wo

: S

ense

s

Tim

elin

e:

8 w

eek

s

Sta

nd

ard

On

e

Na

ture

an

d A

pp

lica

tio

n o

f S

cien

ce a

nd

Tec

hn

olo

gy

Str

an

d O

ne

Un

der

sta

nd

ing

s a

nd

Ab

ilit

ies

of

Sci

enti

fic

Inq

uir

y

Su

bst

ran

d A

. U

nd

erst

and

that

: S

cien

tifi

c in

ves

tigat

ions,

wh

ether

co

nd

uct

ed b

y s

tud

ents

or

scie

nti

sts,

invo

lve

askin

g a

ques

tio

n a

bo

ut

the

natu

ral

wo

rld

.

Su

bst

ran

d C

. U

nd

erst

and

that

: T

he

purp

ose

of

accu

rate

ob

serv

atio

ns

and

dat

a co

llec

tio

n i

s to

pro

vid

e ev

iden

ce.

Sci

enti

sts

use

to

ols

to

en

hance

thei

r se

nse

s in

ord

er t

o

ob

tain

mo

re e

vid

ence

.

Su

bst

ran

d D

. U

nd

erst

and

that:

Sci

enti

sts

use

ob

serv

atio

ns

fro

m i

nvest

igat

ions

and

kno

wle

dge

that

is

alre

ady k

no

wn

to

dev

elo

p a

n e

xp

lanat

ion.

Su

bst

ran

d E

. U

nd

erst

and

that

: T

he

purp

ose

of

com

mu

nic

atin

g w

ith o

ther

s is

to

shar

e ev

iden

ce a

nd

concl

usi

on

s.

Sci

enti

sts

com

munic

ate

the

resu

lts

of

thei

r

invest

igat

ions

to o

ther

s.

Su

bst

ran

d F

. U

nd

erst

and

that

: T

he

use

of

math

em

atic

s,

read

ing,

wri

ting,

and

tec

hno

log

y a

re i

mp

ort

ant

in

cond

uct

ing s

cien

tifi

c in

quir

ies.

Str

an

d T

wo

Sci

ence

, T

ech

no

log

y a

nd

So

ciet

y

Co

nce

pts

Ob

serv

atio

n a

nd

Evid

ence

(m

ult

iple

op

port

unit

ies

for

invest

igat

ion

of

obje

cts

usi

ng t

he

five

sen

ses

are

giv

en

to s

tud

ents

thro

ug

ho

ut

this

unit

)

Invest

igati

on (

stud

ents

id

enti

fy o

bje

cts

usi

ng t

hei

r se

nse

s).

Rel

atio

nsh

ips

(bet

wee

n s

enso

ry

per

cep

tio

n,

stru

cture

and

fu

nct

ion)

Ord

er a

nd

Org

aniz

atio

n (

Stu

den

ts s

ort

obje

cts

usi

ng t

hei

r se

nse

s)

Big

Id

eas

Ther

e ar

e fi

ve

sen

ses,

sig

ht,

hea

ring,

touch

, sm

ell,

and

tas

te

Sp

ecif

ic t

oo

ls c

an e

xte

nd

so

me

of

our

sen

ses

The

use

of

each

sen

se p

rovid

es

dif

fere

nt

info

rmat

ion a

bo

ut

the

wo

rld

aro

und

us.

Ob

ject

s ca

n b

e id

enti

fied

or

des

crib

ed

usi

ng o

ne

or

mo

re o

f o

ur

sen

ses.

Ess

en

tia

l Q

ues

tio

ns:

Ho

w c

an y

our

sense

s b

e use

d

to i

den

tify

an o

bje

ct?

Ho

w c

an y

our

sense

s b

e use

d

to s

ort

obje

cts?

Ho

w d

o y

our

sense

s hel

p y

ou

in a

n e

mer

gency?

What

are

so

me

scie

nti

fic

too

ls

that

can

exte

nd

yo

ur

sense

s to

ob

serv

e o

bje

cts

in g

reat

er

det

ail?

Su

gg

este

d F

orm

ati

ve

Ass

essm

en

ts:

Dra

w a

nd

lab

el p

ictu

res

of

thei

r w

ork

Des

crib

e w

hat

they d

o

duri

ng s

cience

tim

e an

d

its

purp

ose

Rec

ord

and

make

sim

ple

pre

dic

tio

ns

abo

ut

dat

a an

d

ob

serv

atio

ns

Dis

cover

ho

w c

arefu

lly

they m

ust

ob

serv

e an

obje

ct t

o d

isti

ng

uis

h i

t

fro

m o

ther

s

Mak

e d

etai

led

dra

win

gs

of

ob

ject

s

Mak

e d

raw

ings

of

the

det

ails

they o

bse

rve

thro

ugh t

he

hand

len

s

Co

llec

t, s

ort

and

clas

sify

ob

ject

s b

y

textu

re a

fter

wal

kin

g

thro

ugh t

he

scho

ol

nei

ghb

orh

oo

d

H - 4

001276

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op

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201

1 b

y

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Su

bst

ran

d B

. T

oo

ls a

re u

sefu

l in

sci

ence

to

hel

p g

ather

dat

a fo

r o

bse

rvat

ions

and

mea

sure

men

ts a

nd

pro

vid

e a

safe

mea

ns

of

cond

uct

ing a

n i

nvest

igat

ion.

Str

an

d T

hre

e

His

tory

an

d C

on

text

of

Sci

ence

Su

bst

ran

d B

. M

uch

has

bee

n l

earn

ed a

bo

ut

the

natu

ral

wo

rld

but

ther

e is

sti

ll m

uch

to

und

erst

and

.

Sta

nd

ard

Tw

o

Ma

teria

ls a

nd

Th

eir

Pro

per

ties

Str

an

d O

ne

Pro

per

ties

an

d S

tru

ctu

res

of

Ma

teria

ls

Su

bst

ran

d A

. M

ater

ials

can

be

des

crib

ed a

nd

cla

ssif

ied

acco

rdin

g t

o t

he

foll

ow

ing p

hysi

cal

pro

per

ties

: si

ze,

shap

e, m

ass

, te

xtu

re,

colo

r, a

nd

mat

eria

l co

mp

osi

tio

n.

Stu

dents

can o

bse

rve

mat

eria

ls’

ph

ysi

cal

pro

per

ties

by

usi

ng t

oo

ls t

hat

incl

ud

e ru

lers

, b

alan

ces,

ther

mo

met

ers

and

han

d l

ense

s.

Sta

nd

ard

Six

Lif

e P

roce

sses

Str

an

d T

hre

e

Reg

ula

tio

n a

nd

Beh

av

ior

Su

bst

ran

d A

. S

ense

s help

hu

man

s an

d o

ther

org

anis

ms

det

ect

inte

rnal

and

exte

rnal

cu

es.

Str

an

d F

ou

r

Lif

e P

roce

sses

an

d T

ech

no

log

y A

pp

lica

tio

n

Su

bst

ran

d A

. T

echno

log

y e

xp

and

s th

e ra

nge

of

hu

man

sen

ses.

Mak

e te

xtu

re c

oll

ages

Su

gg

este

d S

um

ma

tiv

e

Ass

essm

en

ts:

No

su

mm

ati

ve

asse

ssm

ents

id

enti

fied

at t

his

tim

e.

H - 5

001277

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op

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1 b

y

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Su

bst

ran

d B

. H

um

ans

use

devic

es a

nd

sp

ecia

lize

d

equip

ment

to e

nsu

re s

afe

ty a

nd

to

im

pro

ve

thei

r q

ual

ity o

f

life

(e.

g.,

go

ggle

s, g

lass

es,

hea

ring a

ids,

and

whee

lchai

rs).

Un

it T

hre

e:

Wo

od

an

d P

ap

er

Kit

Tim

elin

e:

8 w

eek

s

Sta

nd

ard

On

e

Na

ture

an

d A

pp

lica

tio

n o

f S

cien

ce a

nd

Tec

hn

olo

gy

Str

an

d O

ne

Un

der

sta

nd

ing

s a

nd

Ab

ilit

ies

of

Sci

enti

fic

Inq

uir

y

Su

bst

ran

d A

. U

nd

erst

and

that

: S

cien

tifi

c in

ves

tigat

ions,

wh

ether

co

nd

uct

ed b

y s

tud

ents

or

scie

nti

sts,

invo

lve

askin

g a

ques

tio

n a

bo

ut

the

natu

ral

wo

rld

.

Su

bst

ran

d C

. U

nd

erst

and

that

: T

he

purp

ose

of

accu

rate

ob

serv

atio

ns

and

dat

a co

llec

tio

n i

s to

pro

vid

e ev

iden

ce.

Sci

enti

sts

use

to

ols

to

en

hance

thei

r se

nse

s in

ord

er t

o

ob

tain

mo

re e

vid

ence

.

Su

bst

an

da

rd D

. U

nd

erst

and

that

: S

cienti

sts

use

ob

serv

atio

ns

fro

m i

nvest

igat

ions

and

kno

wle

dge

that

is

alre

ady k

no

wn

to

dev

elo

p a

n e

xp

lanat

ion.

Su

bst

an

da

rd E

. U

nd

erst

and

that

: T

he

purp

ose

of

com

mu

nic

atin

g w

ith o

ther

s is

to

shar

e ev

iden

ce a

nd

concl

usi

on

s.

Sci

enti

sts

com

munic

ate

the

resu

lts

of

thei

r

invest

igat

ions

to o

ther

s.

Su

bst

an

da

rd F

. U

nd

erst

and

that

: T

he

use

of

mat

hem

ati

cs,

read

ing,

wri

tin

g,

and

tec

hno

log

y a

re

imp

ort

ant

in c

ond

uct

ing s

cienti

fic

inq

uir

ies.

Str

an

d T

wo

Sci

ence

, T

ech

no

log

y a

nd

So

ciet

y

Su

bst

ran

d A

. P

eop

le h

ave

inven

ted

new

tec

hno

logie

s to

Co

nce

pts

Ob

serv

atio

n (

stud

ents

ob

serv

e d

iffe

rent

kin

ds

of

wo

od

to

id

enti

fy t

hei

r p

hysi

cal

pro

per

ties

)

Pro

per

ties

of

Mat

eria

ls (

stud

ents

ob

serv

e d

iffe

rent

kin

ds

of

wo

od

and

iden

tify

ph

ysi

cal

pro

per

ties

su

ch a

s

colo

r, t

extu

re,

and

buo

yan

cy)

Invest

igati

on (

stud

ents

pla

ce d

iffe

rent

wo

od

s in

to c

onta

iner

s o

f w

ater

to

ob

serv

e si

nkin

g a

nd

flo

atin

g)

Pro

cess

skil

ls (

com

bin

ing m

ater

ials

to

chan

ge

the

ph

ysi

cal

pro

per

ties

of

wo

od

s)

Sci

ence

, te

chno

log

y a

nd

So

ciet

y

(exp

lora

tio

n o

f te

chno

log

y u

sed

to

mak

e p

aper

pro

duct

s)

Big

Id

eas

Too

ls a

nd

sen

ses

are

use

d t

o a

sk

ques

tio

ns,

make

pre

dic

tio

ns,

ob

serv

e,

des

crib

e an

d c

om

mu

nic

ate

res

ult

s ab

out

the

ph

ysi

cal

pro

per

ties

of

wo

od

and

pap

er.

Dif

fere

nt

typ

es o

f w

oo

d e

xhib

it

dif

fere

nt

ph

ysi

cal

pro

per

ties

(e.

g.

abso

rben

cy,

flo

atab

ilit

y,

and

/or

Ess

en

tia

l Q

ues

tio

ns:

Ho

w c

an t

he

shap

e o

f w

oo

d b

e

chan

ged

fo

r h

um

an u

se?

Ho

w d

o t

he

pro

per

ties

of

dif

fere

nt

wo

od

s an

d/o

r p

aper

s

mak

e th

em

use

ful

for

dif

fere

nt

purp

ose

s?

Ho

w c

an w

oo

d a

nd

pap

er

pro

duct

s b

e re

use

d f

or

oth

er

purp

ose

s?

Su

gg

este

d F

orm

ati

ve

Ass

essm

en

ts:

“Ho

me

and

Scho

ol

Exte

nsi

on

s”,

Co

nte

nt

Chec

kli

sts

“Gues

s M

y R

ule

!”

Sel

f ass

essm

ent

and

refl

ecti

on

Pre

and

po

st q

ues

tio

ns

Invest

igati

on

s

Su

gg

este

d S

um

ma

tiv

e

Ass

essm

en

ts:

Rub

rics

and

Chec

kli

sts

for

Per

form

ance

tas

ks

H - 6

001278

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op

yri

gh

t ©

201

1 b

y

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

solv

e p

rob

lem

s.

Su

bst

ran

d B

. T

oo

ls a

re u

sefu

l in

sci

ence

to

hel

p g

ather

dat

a fo

r o

bse

rvat

ions

and

mea

sure

men

ts a

nd

pro

vid

e a

safe

mea

ns

of

cond

uct

ing a

n i

nvest

igat

ion.

Str

an

d T

hre

e

His

tory

an

d C

on

text

of

Sci

ence

Su

bst

ran

d A

. P

eop

le f

rom

all

par

ts o

f th

e w

orl

d p

ract

ice

scie

nce

and

make

man

y i

mp

ort

ant

scie

nti

fic

contr

ibuti

on

s.

Su

bst

ran

d B

. M

uch

has

bee

n l

earn

ed a

bo

ut

the

natu

ral

wo

rld

but

ther

e is

sti

ll m

uch

to

und

erst

and

.

Sta

nd

ard

Tw

o

Ma

teria

ls a

nd

Th

eir

Pro

per

ties

Str

an

d O

ne

Pro

per

ties

an

d S

tru

ctu

res

of

Ma

teria

ls

Su

bst

ran

d A

. M

ater

ials

can

be

des

crib

ed a

nd

cla

ssif

ied

acco

rdin

g t

o t

he

foll

ow

ing p

hysi

cal

pro

per

ties

: si

ze,

shap

e, m

ass

, te

xtu

re,

colo

r, a

nd

mat

eria

l co

mp

osi

tio

n.

Stu

dents

can o

bse

rve

mat

eria

ls’

ph

ysi

cal

pro

pert

ies

by

usi

ng t

oo

ls t

hat

incl

ud

e ru

lers

, b

alan

ces,

ther

mo

met

ers

and

han

d l

ense

s.

Su

bst

ran

d C

. P

hysi

cal

pro

per

ties

of

mat

eria

ls c

an b

e

chan

ged

by e

xp

osu

re t

o w

ater

, hea

t, l

ight,

or

by c

utt

ing,

mix

ing,

and

gri

nd

ing.

Str

an

d F

ive

Ma

teria

l T

ech

no

log

y

Su

bst

ran

d A

. T

he

pro

per

ties

of

mat

eria

ls i

nfl

uence

thei

r

use

. S

om

e m

ater

ials

are

mo

re s

uit

able

fo

r m

akin

g a

par

ticu

lar

pro

duct

or

dev

ice.

sin

kin

g)

Pap

er h

as m

an

y o

bse

rvab

le p

rop

erti

es

(e.g

. b

end

ing,

crea

sin

g,

thic

kn

ess,

stre

ngth

etc

.)

Wo

od

is

a re

sourc

e th

at c

om

es

fro

m

dif

fere

nt

kin

ds

of

tree

s.

So

me w

oo

ds

are

pro

cess

ed a

nd

tra

nsf

orm

ed f

or

hu

man u

se.

Rec

ycl

ing c

an e

xte

nd

the

use

of

tree

s.

H - 7

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op

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201

1 b

y

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Su

bst

ran

d B

. T

echno

log

y h

as

crea

ted

new

mat

eria

ls t

hat

can h

elp

peo

ple

so

lve

pro

ble

ms.

Sta

nd

ard

Eig

ht

Eco

log

y

Str

an

d T

hre

e

Hu

ma

n I

mp

act

Su

bst

ran

d A

. M

any n

atura

l re

sourc

es a

re l

imit

ed.

The

am

ou

nt

avail

able

can

be

mad

e t

o l

ast

longer

by

dec

reas

ing t

he

use

of

som

e re

sourc

es o

r b

y r

eusi

ng o

r

recy

cli

ng c

erta

in m

ater

ials

H - 8

001280

Page 9: Nature and Application of Science and Technology Science ...

1

C

op

yri

gh

t ©

201

1 b

y

Cu

rric

ulu

m F

ram

ewo

rk S

cien

ce

Sch

oo

l: T

ho

ma

s E

dis

on

Ch

art

er

Sch

oo

l

Cu

rric

ula

r T

oo

l:

DE

Sci

en

ce

Co

ali

tio

n

Gra

de:

1

Tea

cher

: _

__

___

___

___

___

__

__

__

_

S

tan

da

rds

Ali

gn

men

t

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Un

it O

ne:

Wea

ther

Tim

elin

e:

7 w

eek

s

Sta

nd

ard

On

e

Na

ture

an

d A

pp

lica

tio

n o

f S

cien

ce a

nd

Tec

hn

olo

gy

Str

an

d O

ne

Un

der

sta

nd

ing

an

d A

bil

itie

s o

f S

cien

tifi

c In

qu

iry

Su

bst

ran

d A

: U

nd

erst

and

that:

Sci

enti

fic

invest

igat

ions,

wheth

er c

ond

uct

ed b

y s

tud

ents

or

scie

nti

sts,

in

vo

lve

askin

g a

qu

esti

on a

bo

ut

the

nat

ura

l

wo

rld

.

Su

bst

ran

d C

: U

nd

erst

and

that:

The

purp

ose

of

accu

rate

ob

serv

atio

ns

and

dat

a co

llec

tio

n i

s to

pro

vid

e

evid

ence

. S

cienti

sts

use

to

ols

to

enhance

thei

r se

nse

s

in o

rder

to

ob

tain

mo

re e

vid

ence

.

Su

bst

ran

d D

: U

nd

erst

and

that:

Sci

enti

sts

use

ob

serv

atio

ns

fro

m i

nvest

igat

ions

and

kno

wle

dge

that

is a

lrea

dy k

no

wn t

o d

evel

op

an e

xp

lanat

ion.

Su

bst

ran

d E

: U

nd

erst

and

that

: T

he

pu

rpo

se o

f

com

mu

nic

atin

g w

ith o

ther

s is

to

shar

e ev

iden

ce a

nd

concl

usi

on

s.

Sci

enti

sts

com

munic

ate

the

resu

lts

of

thei

r in

ves

tigati

on

s to

oth

ers.

Su

bst

ran

d F

: U

nd

erst

and

that

: T

he

use

of

mat

hem

ati

cs,

read

ing,

wri

tin

g,

and

tec

hno

log

y a

re

imp

ort

ant

in c

ond

uct

ing s

cienti

fic

inq

uir

ies.

Str

an

d T

wo

Sci

ence

, T

ech

no

log

y a

nd

So

ciet

y

Co

nce

pts

Pat

tern

s

Ob

serv

atio

n

Invest

igate

Evid

ence

Big

Id

eas

Sen

ses

can b

e u

sed

to

ob

serv

e,

des

crib

e, g

ather

dat

a an

d

com

mu

nic

ate

chan

ges

in w

eath

er

feat

ure

s (c

loud

co

ver

, te

mp

erat

ure

,

pre

cip

itat

ion,

win

d).

Ther

e ar

e to

ols

to

mea

sure

changes

in w

eath

er f

eatu

res

(win

d s

cale

s,

ther

mo

met

ers,

rai

n g

auges)

, an

d

thes

e to

ols

hel

p m

eteo

rolo

gis

ts t

o

mak

e w

eath

er f

ore

cast

s.

The

wea

ther

chan

ges

fro

m d

ay t

o

day

, w

eek t

o w

eek,

and

sea

sonal

ly.

The

wea

ther

aff

ects

dec

isio

ns

that

peo

ple

mak

e ab

out

clo

thin

g t

o w

ear

and

thei

r o

uts

ide

acti

vit

ies.

Sci

enti

sts,

cal

led

met

eoro

logis

ts,

use

to

ols

to

co

llec

t d

ata

to r

epo

rt

Ess

en

tia

l Q

ues

tio

ns:

Ho

w d

oes

wea

ther

aff

ect

all

livin

g t

hin

gs?

Ho

w d

o w

eath

er i

nst

rum

ents

hel

p t

o o

bse

rve

and

des

crib

e

wea

ther

fea

ture

s?

Ho

w d

o t

he

sense

s hel

p

pro

vid

e in

form

atio

n a

bo

ut

the

wea

ther

?

Lea

rnin

g T

arg

ets:

Ob

serv

e an

d r

eco

rd t

he

wea

ther

(cl

oud

co

ver

,

pre

cip

itat

ion,

and

win

d s

pee

d)

by c

ircl

ing t

he

app

rop

riat

e

pic

ture

.

Rea

d a

nd

rec

ord

a r

ain g

auge

to t

he

nea

rest

un

it.

Rea

d a

nd

rec

ord

tem

per

ature

accu

rate

ly.

Infe

r a

seas

on b

ased

on s

ever

al

pie

ces

of

dat

a.

Sel

ect

clo

thin

g a

pp

rop

riat

e fo

r

the

wea

ther

.

Su

gg

este

d F

orm

ati

ve

Ass

essm

en

ts:

Ter

rari

um

and

aq

uar

ium

ob

serv

atio

ns.

Pre

-unit

ass

ess

ment

Rec

ord

ed p

lant

ob

serv

atio

ns

Ob

serv

atio

n o

f st

ud

ent

coll

abo

rati

on

Chec

kli

sts

Ven

n D

iagra

m

Ref

lecti

on S

hee

ts

Ob

serv

atio

n o

f st

ud

ents

cate

go

rizi

ng a

nd

org

aniz

ing

obje

cts

bas

ed o

n

char

acte

rist

ics.

Cre

atio

n o

f ra

infa

ll g

rap

hs

Stu

dent

self

ass

essm

ent

and

refl

ecti

on

Su

gg

este

d S

um

ma

tiv

e

Ass

essm

en

ts:

Tra

nsf

er T

asks

H - 9

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y

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Su

bst

ran

d A

: P

eop

le h

ave

inven

ted

new

tec

hno

logie

s

to s

olv

e p

rob

lem

s.

Su

bst

ran

d B

: T

oo

ls a

re u

sefu

l in

sci

ence

to

hel

p

gat

her

dat

a fo

r o

bse

rvat

ions

and

mea

sure

men

ts a

nd

pro

vid

e a

safe

mea

ns

of

cond

uct

ing a

n i

nvest

igat

ion.

Str

an

d T

hre

e

His

tory

an

d C

on

text

of

Sci

ence

Su

bst

ran

d A

: P

eop

le f

rom

all

par

ts o

f th

e w

orl

d

pra

ctic

e sc

ience

and

mak

e m

an

y i

mp

ort

ant

scie

nti

fic

contr

ibuti

on

s

Su

bst

ran

d B

: M

uch

has

bee

n l

earn

ed a

bo

ut

the

nat

ura

l w

orl

d b

ut

ther

e is

sti

ll m

uch t

o u

nd

erst

and

.

Sta

nd

ard

Th

ree

En

erg

y a

nd

Its

Eff

ects

Str

an

d O

ne

Fo

rm

s a

nd

So

urc

es

of

En

erg

y

Su

bst

ran

d A

: T

he

Sun i

s a

sourc

e o

f en

erg

y t

hat

lig

hts

and

war

ms

the

Ear

th.

Su

bst

ran

d B

: O

bje

cts

that

mo

ve

(i.e

., m

ovin

g a

ir,

mo

vin

g w

ater

) hav

e ener

gy b

eca

use

of

thei

r m

oti

on.

Su

bst

ran

d C

: H

eat

ener

gy i

s a

form

of

ener

gy t

hat

mak

es

thin

gs

war

mer

.

Str

an

d T

hre

e

En

erg

y I

nte

ract

ing

wit

h M

ate

ria

ls:

Th

e

Tra

nsf

orm

ati

on

an

d C

on

serv

ati

on

of

En

erg

y

Su

bst

ran

d A

: W

hen

lig

ht

hit

s an

ob

ject

; th

e li

ght

ener

gy c

an b

eco

me

hea

t en

erg

y.

curr

ent

wea

ther

co

nd

itio

ns

and

pre

dic

t fu

ture

wea

ther

.

Infe

r an

outs

ide

tem

per

ature

bas

ed o

n c

loth

ing a

nd

wea

ther

cond

itio

ns

and

mar

k a

ther

mo

met

er a

pp

rop

riat

ely.

Ass

oci

ate

wea

ther

co

nd

itio

ns

wit

h t

em

per

ature

des

crip

tio

ns.

Rel

ate

wea

ther

co

nd

itio

ns

to

hu

man a

ctiv

ity.

Inte

rpre

t a

wea

ther

dat

a gra

ph.

Tal

ly g

rap

hic

in

form

atio

n.

Use

dat

a to

dec

ide

on a

app

rop

riat

e ac

tivit

y g

iven

wea

ther

co

nd

itio

ns.

Per

form

ance

tas

ks

Rub

rics

/Wea

ther

Ass

essm

ent

Rub

rics

Po

st u

nit

ass

essm

ents

H - 10

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y

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Str

an

d F

ou

r

Th

e P

rod

uct

ion

, C

on

sum

pti

on

an

d A

pp

lica

tio

n o

f

En

erg

y

Su

bst

ran

d A

: M

ovin

g a

ir,

mo

vin

g w

ater

, an

d s

unli

ght

conta

in e

ner

gy t

hat

can

be

put

to o

ur

use

.

Sta

nd

ard

Fo

ur

Ea

rth

in

Sp

ace

Str

an

d O

ne

Th

e E

art

h/M

oo

n/S

un

Sy

stem

Su

bst

ran

d A

: T

he

shap

e o

f th

e E

arth

is

sim

ilar

to

a

spher

e.

Su

bst

ran

d B

: F

rom

Ear

th m

an

y o

bje

cts

may b

e se

en

in t

he

sky i

ncl

ud

ing t

he

Su

n,

the

Mo

on,

star

s, a

nd

man

-mad

e o

bje

cts.

Su

bst

ran

d C

: T

he

Sun a

nd

Mo

on a

pp

ear

to m

ove

slo

wly

acr

oss

the

sky.

Su

bst

ran

d E

: T

he

Mo

on c

an b

e o

bse

rved

so

met

imes

at n

ight

and

so

met

imes

duri

ng

the

day.

Su

bst

ran

d F

: T

he

app

eara

nce

of

the

Mo

on c

han

ges

in

a cy

cle

that

takes

ab

out

a m

on

th.

Str

an

d F

ou

r

Tec

hn

olo

gie

s a

nd

Ap

pli

cati

on

s

Su

bst

ran

d A

: B

ino

cula

rs a

llo

w p

eop

le t

o o

bse

rve

obje

cts

in t

he

sky f

rom

Ear

th.

Sta

nd

ard

Fiv

e

Ea

rth

’s D

yn

am

ic S

yst

em

s

H - 11

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Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Str

an

d O

ne

Co

mp

on

ents

of

the

Ea

rth

Su

bst

ran

d B

: W

ater

can

exis

t as

a s

oli

d,

liq

uid

or

gas

and

in d

iffe

rent

form

s su

ch a

s ra

in,

sno

w a

nd

ice

.

Str

an

d T

wo

Inte

ract

ion

s T

hro

ug

ho

ut

Ea

rth

’s S

yst

em

s

Su

bst

ran

d A

: W

eath

er i

nfl

uence

s p

lan

ts,

anim

als

and

hu

man a

ctiv

ity.

Su

bst

ran

d B

: P

eop

le w

ho

wo

rk o

r p

lay o

utd

oo

rs

oft

en d

ress

and

bas

e th

eir

acti

vit

ies

on t

he

spee

d o

f th

e

win

d a

nd

the

tem

per

ature

of

the

air.

Su

bst

ran

d D

: C

loud

s ar

e sh

ap

ed b

y w

ind

s and

are

mad

e o

f sm

all

wat

er d

rop

lets

or

ice

cryst

als.

C

loud

shap

es c

an b

e use

d t

o h

elp

fo

reca

st w

eath

er.

Str

an

d T

hre

e

Tec

hn

olo

gy

an

d A

pp

lica

tio

ns

Su

bst

ran

d B

: W

eath

er c

an b

e o

bse

rved

, m

easu

red

and

des

crib

ed t

hro

ug

h t

he

use

of

sim

ple

to

ols

such a

s

a th

erm

om

eter

, ra

in g

au

ge

and

win

d v

ane.

Sta

nd

ard

Eig

ht

Eco

log

y

Str

an

d O

ne

Inte

ract

ion

s W

ith

in t

he

En

vir

on

men

t

Su

bst

ran

d A

: A

n i

nte

rco

nnect

ednes

s exis

ts a

mo

ng

the

livin

g a

nd

no

nli

vin

g p

arts

of

an e

nvir

on

ment.

T

his

inte

rco

nnec

ted

ness

can b

e o

bse

rved

by t

he

chan

ges

mad

e b

y p

lants

and

anim

als

in t

hei

r en

vir

on

men

t.

H - 12

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nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Un

it T

wo

: S

oli

ds

an

d L

iqu

ids

Tim

elin

e:

8 w

eek

s

Sta

nd

ard

On

e

Na

ture

an

d A

pp

lica

tio

n o

f S

cien

ce a

nd

Tec

hn

olo

gy

Str

an

d O

ne

Un

der

sta

nd

ing

s a

nd

Ab

ilit

ies

of

Sci

enti

fic

Inq

uir

y

Su

bst

ran

d A

: U

nd

erst

and

that:

Sci

enti

fic

invest

igat

ions,

wheth

er c

ond

uct

ed b

y s

tud

ents

or

scie

nti

sts,

in

vo

lve

askin

g a

qu

esti

on a

bo

ut

the

nat

ura

l

wo

rld

.

Su

bst

ran

d C

: U

nd

erst

and

that:

The

purp

ose

of

accu

rate

ob

serv

atio

ns

and

dat

a co

llec

tio

n i

s to

pro

vid

e

evid

ence

. S

cienti

sts

use

to

ols

to

enhance

thei

r se

nse

s

in o

rder

to

ob

tain

mo

re e

vid

ence

.

Su

bst

ran

d D

: U

nd

erst

and

that:

Sci

enti

sts

use

ob

serv

atio

ns

fro

m i

nvest

igat

ions

and

kno

wle

dge

that

is a

lrea

dy k

no

wn t

o d

evel

op

an e

xp

lanat

ion.

Su

bst

ran

d E

: U

nd

erst

and

that

: T

he

purp

ose

of

com

mu

nic

atin

g w

ith o

ther

s is

to

shar

e ev

iden

ce a

nd

concl

usi

on

s.

Sci

enti

sts

com

munic

ate

the

resu

lts

of

thei

r in

ves

tigati

on

s to

oth

ers.

Su

bst

ran

d F

: U

nd

erst

and

that

: T

he

use

of

mat

hem

ati

cs,

read

ing

, w

riti

ng,

and

tec

hno

log

y a

re

imp

ort

ant

in c

ond

uct

ing s

cienti

fic

inq

uir

ies.

Sta

nd

ard

Tw

o

Ma

teria

ls a

nd

Th

eir

Pro

per

ties

Str

an

d O

ne

Pro

per

ties

an

d S

tru

ctu

res

of

Ma

teria

ls

Su

bst

ran

d A

: M

ater

ials

can

be

des

crib

ed a

nd

Co

nce

pts

Invest

igate

Ob

serv

e

Org

aniz

e

Big

Id

eas

The

sense

s ca

n b

e use

d t

o o

bse

rve,

des

crib

e, g

ather

dat

a an

d

com

mu

nic

ate

abo

ut

the

ph

ysi

cal

pro

per

ties

of

soli

ds

and

liq

uid

s.

Tes

ts c

an b

e p

erfo

rmed

to

invest

igat

e th

e p

hysi

cal

pro

per

ties

of

soli

ds

and

liq

uid

s.

So

lid

s an

d l

iquid

s ca

n b

e so

rted

bas

ed o

n t

he

sim

ilar

itie

s an

d

dif

fere

nce

s o

f th

eir

ph

ysi

cal

pro

per

ties

.

Ess

en

tia

l Q

ues

tio

ns:

Whic

h p

hysi

cal

pro

per

ties

det

erm

ine

if s

om

ethin

g i

s a

soli

d o

r li

quid

?

Ho

w d

o t

he

ph

ysi

cal

pro

per

ties

of

soli

ds

and

liq

uid

s

det

erm

ine

thei

r u

se?

Ho

w d

o t

he

sim

ilar

itie

s and

dif

fere

nce

s o

f a

soli

d o

r a

liq

uid

det

erm

ine

ho

w t

hey

sho

uld

be

sort

ed a

nd

gro

up

ed?

Ho

w d

o t

he

sense

s p

rovid

e

info

rmat

ion a

bo

ut

the

ph

ysi

cal

pro

per

ties

of

a so

lid

or

a

liq

uid

?

Lea

rnin

g T

arg

ets:

Ob

serv

e an

d r

eco

rd p

hysi

cal

pro

per

ties

of

a so

lid

.

Rec

og

niz

e th

at

soli

ds

have

a

def

init

e sh

ape.

Rec

og

niz

e th

at

liq

uid

s ar

e

fluid

s th

at

take

the

shap

e o

f

thei

r co

nta

iner

.

Cla

ssif

y o

bje

cts

on t

he

bas

is o

f

ph

ysi

cal

pro

per

ties

.

Ob

serv

e an

d r

eco

rd p

hysi

cal

pro

per

ties

of

liq

uid

s.

Iden

tify

ph

ysi

cal

pro

per

ties

Su

gg

este

d F

orm

ati

ve

Ass

essm

en

ts:

Ter

rari

um

and

aq

uar

ium

ob

serv

atio

ns.

Pre

-unit

ass

ess

ment

Rec

ord

ed p

lant

ob

serv

atio

ns

Ob

serv

atio

n o

f st

ud

ent

coll

abo

rati

on

Chec

kli

sts

Ven

n D

iagra

m

Ref

lecti

on S

hee

ts

Ob

serv

atio

n o

f st

ud

ents

cate

go

rizi

ng a

nd

org

aniz

ing

obje

cts

bas

ed o

n

char

acte

rist

ics.

Su

gg

este

d S

um

ma

tiv

e

Ass

essm

en

ts:

Tra

nsf

er T

asks

Per

form

ance

tas

ks

Rub

rics

Po

st u

nit

ass

essm

ents

H - 13

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y

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

clas

sifi

ed a

cco

rdin

g t

o t

he

foll

ow

ing

ph

ysi

cal

pro

per

ties

: si

ze,

shap

e, m

ass,

tex

ture

, co

lor,

and

mat

eria

l co

mp

osi

tio

n.

Stu

den

ts c

an o

bse

rve

mat

eria

ls’

ph

ysi

cal

pro

per

ties

by u

sing t

oo

ls t

hat

incl

ud

e ru

lers

,

bal

ance

s, t

her

mo

mete

rs a

nd

han

d l

ense

s.

Su

bst

ran

d B

: M

ater

ials

exis

t in

one

of

thre

e st

ates

soli

d,

liq

uid

, o

r gas

. S

oli

ds

and

liq

uid

s have

easi

ly

ob

serv

able

pro

per

ties

and

may

chan

ge

fro

m o

ne

form

to t

he

oth

er.

Su

bst

ran

d C

: P

hysi

cal

pro

per

ties

of

mat

eria

ls c

an b

e

chan

ged

by e

xp

osu

re t

o w

ater

, hea

t, l

ight,

or

by

cutt

ing,

mix

ing,

and

gri

nd

ing.

Str

an

d F

ive

Ma

teria

l T

ech

no

log

y

Su

bst

ran

d A

: T

he

pro

per

ties

of

mat

eria

ls i

nfl

uence

thei

r u

se.

So

me

mat

eria

ls a

re m

ore

suit

able

fo

r

mak

ing a

par

ticu

lar

pro

duct

or

dev

ice.

Su

bst

ran

d B

: T

echno

log

y h

as c

reat

ed n

ew

mat

eria

ls

that

can

hel

p p

eop

le s

olv

e p

rob

lem

s.

that

can

be

use

d t

o s

ort

so

lid

s

and

liq

uid

s.

Use

to

ols

to

sep

arat

e so

lid

s o

n

the

bas

is o

f p

arti

cle

size

.

Un

it T

hre

e:

Org

an

ism

s

Tim

elin

e:

6 w

eek

s

Sta

nd

ard

1

Na

ture

an

d

Ap

pli

cati

on

of

Sci

ence

an

d T

ech

no

log

y

Str

an

d 1

Un

der

sta

nd

ing

an

d A

bil

itie

s o

f S

ciet

ific

In

qu

iry

Su

bst

ran

d

A:

Und

erst

and

th

at:

Sci

enti

fic

invest

igat

ions,

wheth

er c

ond

uct

ed b

y s

tud

ents

or

scie

nti

sts,

in

vo

lve

askin

g a

qu

esti

on a

bo

ut

the

nat

ura

l

wo

rld

.

Big

Id

eas

Ob

serv

atio

n o

f li

vin

g o

rgan

ism

s and

thei

r in

tera

ctio

ns

wit

h t

hei

r hab

itat

Chan

ge

of

hab

itat

and

liv

ing

org

anis

ms

over

tim

e

Ob

serv

atio

ns

of

the

stru

cture

s o

f

livin

g o

rganis

ms

and

ho

w t

hey

funct

ion i

n t

hei

r en

vir

on

ments

Ess

en

tia

l Q

ues

tio

ns:

Ho

w d

o o

rgan

ism

’s s

truct

ure

s

hel

p t

hem

surv

ive

in t

heir

envir

on

ment?

Ho

w d

o o

rgan

ism

s change

thei

r en

vir

on

ment

over

tim

e?

What

do

liv

ing o

rganis

ms

nee

d f

or

surv

ival

?

Su

gg

este

d F

orm

ati

ve

Ass

essm

en

ts:

Ter

rari

um

and

aq

uar

ium

ob

serv

atio

ns.

Pre

-unit

ass

ess

ment

Rec

ord

ed p

lant

ob

serv

atio

ns

Ob

serv

atio

n o

f st

ud

ent

coll

abo

rati

on

H - 14

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y

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Su

bst

ran

d C

: T

he

purp

ose

of

accu

rate

ob

serv

atio

ns

and

dat

a co

llec

tio

n i

s to

pro

vid

e ev

iden

ce.

Sci

enti

sts

use

to

ols

to

en

han

ce t

hei

r se

nse

s in

ord

er t

o o

bta

in

mo

re e

vid

ence

.

Su

bst

ran

d D

: U

nd

erst

and

that:

Sci

enti

sts

use

ob

serv

atio

ns

fro

m i

nvest

igat

ions

and

kno

wle

dge

that

is a

lrea

dy k

no

wn t

o d

evel

op

an e

xp

lanat

ion.

Su

bst

ran

d E

: U

nd

erst

and

that:

The

purp

ose

of

com

mu

nic

atin

g w

ith o

ther

s is

to

shar

e ev

iden

ce a

nd

concl

usi

on

s.

Sci

enti

sts

com

munic

ate

the

resu

lts

of

thei

r in

ves

tigati

on

s to

oth

ers

Su

bst

ran

d F

: U

nd

erst

and

that

: T

he

use

of

mat

hem

ati

cs,

read

ing,

wri

tin

g,

and

tec

hno

log

y a

re

imp

ort

ant

in c

ond

uct

ing s

cienti

fic

inq

uir

ies

Sta

nd

ard

6

Lif

e P

roce

sses

Str

an

d O

ne

Str

uct

ure

/Fu

nct

ion

Rela

tio

nsh

ip

Su

bst

ran

d A

Pla

nts

and

an

imals

are

sim

ilar

to

and

dif

fere

nt

fro

m

each

oth

er i

n o

bse

rvab

le s

truct

ure

s an

d b

ehavio

r.

Thes

e ch

arac

teri

stic

s d

isti

ng

uis

h t

hem

fro

m e

ach o

ther

and

fro

m n

onli

vin

g t

hin

gs.

Su

bst

ran

d B

Eac

h p

lant

or

anim

al h

as

dif

fere

nt

stru

ctu

res

that

ser

ve

dif

fere

nt

funct

ion

s in

gro

wth

, su

rviv

al a

nd

rep

rod

uct

ion.

Str

an

d T

wo

Ma

tter

an

d E

ner

gy

Tra

nsf

orm

ati

on

s

Stu

dy o

f L

ife

Cycle

s o

f p

lants

and

anim

als

in a

ter

rari

um

and

aq

uar

ium

hab

itat

Liv

ing o

rganis

ms

have

bas

ic n

eed

s

for

surv

ival

Eac

h p

lant

or

anim

al h

as

dif

fere

nt

stru

cture

s th

at h

ave

dif

fere

nt

funct

ions

that

infl

uence

thei

r

gro

wth

and

surv

ival.

Pla

nts

and

an

imals

have

life

cycl

es

that

dif

fer

fro

m o

rgan

ism

to

org

anis

m.

All

org

anis

m c

hange

the

envir

on

ment

wh

ere

they l

ive,

so

me

chan

ges

are

har

mfu

l an

d s

om

e a

re

ben

efic

ial.

What

are

the

stages

that

liv

ing

org

anis

ms

go

thro

ug

h i

n t

hei

r

life

cycl

es?

Lea

rnin

g T

arg

ets:

Ob

serv

e a

terr

ariu

m a

nd

dra

w

a p

ictu

re o

f it

, la

bel

ing t

he

livin

g o

rganis

ms.

Iden

tify

no

n-l

ivin

g

com

po

nents

of

the

terr

ariu

m.

Ob

serv

e an

d r

elat

e ch

an

ges

to

a te

rrar

ium

over

tim

e.

Iden

tify

bas

ic n

eed

s o

f

org

anis

ms

in t

he

terr

ariu

m.

Dis

ting

uis

h b

etw

een l

ivin

g

and

no

n-l

ivin

g t

hin

gs.

Seq

uen

ce p

ictu

res

of

the

life

cycl

e o

f a

pla

nt

fro

m s

eed

to

mat

ure

pla

nt.

Co

mp

are

hu

man

s w

ith o

ther

org

anis

ms

in t

erm

s o

f b

asic

nee

ds

and

fu

nct

ion

s.

Rec

og

niz

e th

e char

acte

rist

ics

of

a li

vin

g p

lant.

Rel

ate

that

org

anis

ms

hav

e

spec

ific

nee

ds

to s

urv

ive.

Des

crib

e th

e ch

an

ge

to

org

anis

ms

if t

her

e w

ere

no

sunli

gh

t.

Chec

kli

sts

Ven

n D

iagra

m

Su

gg

este

d S

um

ma

tiv

e

Ass

essm

en

ts:

Tra

nsf

er T

asks

Per

form

ance

tas

ks

Rub

rics

Po

st u

nit

ass

essm

ents

H - 15

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1 b

y

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Su

bst

ran

d A

Pla

nts

and

an

imals

are

liv

ing t

hin

gs.

A

ll l

ivin

g t

hin

gs

hav

e b

asic

nee

ds

for

surv

ival

incl

ud

ing a

ir,

wat

er,

foo

d (

nutr

ien

ts),

sp

ace,

shel

ter,

and

lig

ht.

Su

bst

ran

d B

In a

dd

itio

n t

o b

asic

nee

ds

for

surv

ival

, li

vin

g t

hin

gs

hav

e nee

ds

spec

ific

to

the

org

anis

m s

uch a

s

tem

per

ature

ran

ge

and

fo

od

req

uir

em

ents

.

Str

an

d T

hre

e

Reg

ula

tio

n a

nd

Beh

av

ior

Su

bst

ran

d A

Sen

ses

help

hu

mans

and

oth

er o

rgan

ism

s d

etec

t

inte

rnal

and

exte

rnal

cues.

Str

an

d F

ou

r

Lif

e P

roce

sses

an

d T

ech

no

log

y A

pp

lica

tio

n

Su

bst

ran

d C

The

abil

ity o

f an

org

anis

m t

o m

eet

its

nee

ds

for

surv

ival

is

dep

end

ent

up

on i

ts e

nvir

on

ment.

Man

ipula

tio

n o

f th

e en

vir

on

men

t ca

n p

osi

tivel

y o

r

neg

ativ

ely a

ffec

t th

e w

ell

bei

ng o

f var

ious

org

anis

ms

that

liv

e th

ere.

Sta

nd

ard

7

Div

ersi

ty a

nd

Co

nti

nu

ity

of

Lif

e

Str

an

d O

ne

Rep

rod

uct

ion

, H

ered

ity

an

d D

evel

op

men

t

Su

bst

ran

d A

The

off

spri

ng o

f so

me

pla

nts

and

anim

als

rese

mb

le t

he

par

ents

(i.

e.,

a tr

ee s

eed

ling r

ese

mb

les

a m

ature

tre

e).

Su

bst

ran

d C

All

pla

nts

and

anim

als

go

thro

ug

h a

lif

e cycl

e o

f b

irth

,

H - 16

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y

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nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

gro

wth

, d

evel

op

ment,

rep

rod

uct

ion,

and

dea

th.

This

cycl

e is

pre

dic

tab

le a

nd

des

crib

able

, b

ut

dif

fers

fro

m

org

anis

m t

o o

rgan

ism

.

Str

an

d T

wo

Div

ersi

ty a

nd

Ev

olu

tio

n

Su

bst

ran

d A

Man

y d

iffe

rent

kin

ds

of

pla

nts

and

anim

als

live

thro

ugho

ut

the

wo

rld

. T

hes

e p

lants

and

anim

als

can

be

gro

up

ed a

cco

rdin

g t

o t

he

char

acte

rist

ics

they s

har

e.

Sta

nd

ard

8

Eco

log

y

Str

an

d O

ne

Inte

ract

ion

s W

ith

in t

he

En

vir

on

men

t

Su

bst

ran

d A

An i

nte

rco

nnec

ted

nes

s ex

ists

am

on

g t

he

livin

g a

nd

no

nli

vin

g p

arts

of

an e

nvir

on

men

t.

This

inte

rco

nnec

ted

ness

can b

e o

bse

rved

by t

he

chan

ges

mad

e b

y p

lants

and

anim

als

in t

hei

r en

vir

on

men

t.

Su

bst

ran

d B

Pla

nts

and

an

imals

nee

d e

no

ugh s

pac

e an

d r

eso

urc

es

to s

urv

ive.

O

ver

cro

wd

ing l

ead

s to

an i

ncr

ease

d n

eed

for

reso

urc

es.

Str

an

d T

wo

En

erg

y F

low

an

d M

ate

ria

l C

ycl

es i

n t

he

En

vir

on

men

t

Su

bst

ran

d A

All

anim

als

dep

end

on p

lants

. S

om

e an

imal

s ea

t p

lants

for

foo

d.

Oth

er a

nim

als

eat

an

imal

s th

at h

ave

eate

n

pla

nts

.

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1

Cop

yri

gh

t ©

2011

by

\

Cu

rric

ulu

m F

ram

ewo

rk S

cien

ce

Sch

oo

l: T

ho

ma

s E

dis

on

Ch

art

er

Sch

oo

l

Cu

rric

ula

r T

oo

l: D

E S

cien

ce C

oa

liti

on

G

rad

e: 2

T

each

er:

__

__

__

___

___

___

__

__

__

_

S

tan

da

rds

Ali

gn

men

t

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Un

it O

ne:

Inse

cts

Tim

elin

e:

8 w

eek

s

Sta

nd

ard

On

e

Na

ture

an

d A

pp

lica

tio

n o

f S

cien

ce a

nd

Tec

hn

olo

gy

Str

an

d O

ne

Un

der

sta

nd

ing

an

d A

bil

itie

s o

f S

cien

tifi

c In

qu

iry

Su

bst

ran

d A

: U

nd

erst

and

that:

Sci

enti

fic

inves

tigat

ions,

wh

ether

co

nd

uct

ed b

y s

tud

ents

or

scie

nti

sts,

invo

lve

askin

g

a q

ues

tio

n a

bo

ut

the

natu

ral

wo

rld

.

Su

bst

ran

d C

: U

nd

erst

and

that:

The

purp

ose

of

accu

rate

ob

serv

atio

ns

and

dat

a co

llec

tio

n i

s to

pro

vid

e ev

iden

ce.

Sci

enti

sts

use

to

ols

to

en

hance

thei

r se

nse

s in

ord

er t

o

ob

tain

mo

re e

vid

ence

.

Su

bst

ran

d D

: U

nd

erst

and

that:

Sci

enti

sts

use

ob

serv

atio

ns

fro

m i

nvest

igat

ion

s an

d k

no

wle

dge

that

is

alre

ady k

no

wn

to d

evel

op

an e

xp

lanat

ion.

Su

bst

ran

d E

: U

nd

erst

and

that

: T

he

purp

ose

of

com

mu

nic

atin

g w

ith o

ther

s is

to

shar

e ev

iden

ce a

nd

concl

usi

on

s.

Sci

enti

sts

com

munic

ate

the

resu

lts

of

thei

r

invest

igat

ions

to o

ther

s.

Su

bst

ran

d F

: U

nd

erst

and

that

: T

he

use

of

math

em

atic

s,

read

ing,

wri

ting,

and

tec

hno

log

y a

re i

mp

ort

ant

in

cond

uct

ing s

cien

tifi

c in

quir

ies.

Sta

nd

ard

Six

Lif

e P

roce

sses

Co

nce

pts

Ob

serv

atio

n a

nd

Evid

ence

Str

uct

ure

and

Funct

ion

Inte

ract

ions

Cycl

es

Beh

avio

r/R

eg

ula

tio

n

Chan

ges

over

tim

e

Big

Id

eas

Liv

ing t

hin

gs

have

pre

dic

tab

le a

nd

ob

serv

able

sta

ges

in t

hei

r li

fe c

ycl

es.

All

liv

ing t

hin

gs

nee

d s

helt

er,

foo

d,

wat

er,

ligh

t, a

nd

air

.

Sp

ecif

ic i

nse

cts

have

spec

ific

nee

ds

at d

iffe

rent

tim

es i

n t

hei

r li

fe c

ycl

e.

Ph

ysi

cal

stru

cture

s, f

unct

ions

and

nee

ds

of

livin

g t

hin

gs

chan

ge

thro

ugho

ut

their

lif

e cycl

es.

Ess

en

tia

l Q

ues

tio

ns:

What

are

so

me

sim

ilar

itie

s an

d

dif

fere

nce

s in

the

larv

ae,

pup

ae,

and

ad

ult

s o

f in

sect

s

that

go

thro

ugh

met

am

orp

ho

sis

(co

mp

lete

or

inco

mp

lete

)?

What

are

the

beh

avio

rs o

f

inse

cts

at d

iffe

ren

t st

ages

of

thei

r li

fe c

ycl

e?

Ho

w d

o s

pec

ific

str

uct

ure

s ai

d

in t

he

surv

ival

of

inse

cts

thro

ugho

ut

their

lif

e cycl

e?

Ho

w a

re i

nse

ct l

ife

cycl

es

rela

ted

to

the

life

cycle

s o

f

oth

er l

ivin

g o

rgan

ism

s?

Lea

rnin

g T

arg

ets:

Cla

ssif

y t

hin

gs

as l

ivin

g o

r

no

n-l

ivin

g.

Rec

og

niz

e th

at

the

stru

cture

of

bo

dy p

arts

aff

ects

the

par

t’s

funct

ion.

Sta

te t

he

char

acte

rist

ics

of

an

inse

ct.

Su

gg

este

d F

orm

ati

ve

Ass

essm

en

ts:

Ob

serv

atio

n

Ven

n D

iagra

ms

Stu

dents

cre

ate

a hab

itat

Su

gg

este

d S

um

ma

tiv

e

Ass

essm

en

ts:

Per

form

ance

tas

ks

Rub

rics

/chec

kli

sts

Tra

nsf

er T

asks

End

of

Mo

dule

asse

ssm

ents

H - 19

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nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Str

an

d O

ne

Str

uct

ure

/Fu

nct

ion

Rela

tio

nsh

ip

Su

bst

ran

d A

: P

lants

and

anim

als

are

sim

ilar

to

and

dif

fere

nt

fro

m e

ach o

ther

in o

bse

rvab

le s

truct

ure

s and

beh

avio

r.

Thes

e ch

arac

teri

stic

s d

isti

ng

uis

h t

hem

fro

m

each

oth

er a

nd

fro

m n

onli

vin

g t

hin

gs.

Su

bst

ran

d B

: E

ach p

lant

or

anim

al h

as

dif

fere

nt

stru

cture

s

that

ser

ve

dif

fere

nt

funct

ions

in g

row

th,

surv

ival

and

rep

rod

uct

ion

Str

an

d T

wo

Ma

tth

er a

nd

En

erg

y T

ran

sfo

rm

ati

on

s

Su

bst

ran

d A

. P

lants

and

anim

als

are

livin

g t

hin

gs.

A

ll

livin

g t

hin

gs

hav

e b

asic

nee

ds

for

surv

ival

incl

ud

ing a

ir,

wat

er,

foo

d (

nu

trie

nts

), s

pac

e, s

hel

ter,

and

lig

ht.

Su

bst

ran

d B

: I

n a

dd

itio

n t

o b

asic

nee

ds

for

surv

ival

,

livin

g t

hin

gs

hav

e nee

ds

spec

ific

to

the

org

anis

m s

uch a

s

tem

per

ature

ran

ge

and

fo

od

req

uir

em

ents

.

Str

an

d F

ou

r

Lif

e P

roce

sses

an

d T

ech

no

log

y A

pp

lica

tio

n

Su

bst

ran

d C

: T

he

abil

ity o

f an o

rgan

ism

to

mee

t it

s nee

ds

for

surv

ival

is d

epen

den

t up

on

its

en

vir

on

men

t.

Man

ipula

tio

n o

f th

e en

vir

on

men

t ca

n p

osi

tivel

y o

r

neg

ativ

ely a

ffec

t th

e w

ell

bei

ng o

f var

ious

Sta

nd

ard

Sev

en

Div

ersi

ty a

nd

Co

nti

nu

ity

of

Lif

e

Su

bst

ran

d O

ne:

Rep

rod

uct

ion

, H

ered

ity

, a

nd

Dev

elo

men

t

Eval

uate

hab

itat

s fo

r m

eeti

ng

bas

ic n

eed

s.

Co

mp

are

life

cycl

es o

f in

sect

s

and

des

crib

e si

mil

arit

ies

and

dif

fere

nce

s.

Rea

d a

nd

anal

yze

a g

rap

h.

Pre

dic

t li

fe c

ycle

sta

ges

.

Co

mp

are

the

stag

es

in t

he

life

cycl

e o

f a

tree

.

Des

crib

e ch

ange

over

tim

e o

f

a li

vin

g o

rganis

m.

H - 20

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nd

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s A

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ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Su

bst

ran

d A

: .

The

off

spri

ng

of

som

e p

lants

and

anim

als

rese

mb

le t

he

par

ents

(i.

e.,

a tr

ee s

eed

lin

g r

esem

ble

s a

mat

ure

tre

e).

Su

bst

ran

d B

: T

he

off

spri

ng o

f so

me

pla

nts

and

anim

als

do

no

t re

sem

ble

the

par

ents

. S

imil

arit

ies

bet

wee

n p

aren

ts

and

thei

r o

ffsp

ring b

eco

me

mo

re a

pp

aren

t as

thei

r li

fe

cycl

e co

nti

nues

(i.

e.,

cate

rpil

lars

bec

om

e b

utt

erfl

ies)

.

Su

bst

ran

d C

: A

ll p

lan

ts a

nd

anim

als

go

thro

ugh a

lif

e

cycl

e o

f b

irth

, gro

wth

, d

evel

op

ment,

rep

rod

uct

ion,

and

dea

th.

This

cycl

e is

pre

dic

tab

le a

nd

des

crib

able

, b

ut

dif

fers

fro

m o

rganis

m t

o o

rgan

ism

.

Str

an

d T

wo

Div

ersi

ty a

nd

Ev

olu

tio

n

Su

bst

ran

d A

. M

any d

iffe

rent

kin

ds

of

pla

nts

and

an

imals

live

thro

ug

ho

ut

the

wo

rld

. T

hes

e p

lants

and

anim

als

can

be

gro

up

ed a

cco

rdin

g t

o t

he

char

acte

rist

ics

they s

har

e.

Str

an

d T

hre

e

Tec

hn

olo

gy

Ap

pli

cati

on

s

Su

bst

ran

d A

: P

eop

le u

se t

he

var

iety

of

pla

nts

and

anim

als

fou

nd

thro

ug

ho

ut

the

wo

rld

fo

r fo

od

, cl

oth

ing,

and

shel

ter

(e.g

., s

ilk f

or

clo

thin

g,

wo

od

fo

r b

uil

din

g s

hel

ters

).

Sta

nd

ard

Eig

ht

Eco

log

y

Str

an

d O

ne

Inte

ract

ion

s W

ith

in t

he E

nv

iro

nm

en

t

Su

bst

ran

d B

: P

lants

and

anim

als

nee

d e

no

ug

h s

pac

e an

d

reso

urc

es t

o s

urv

ive.

O

ver

cro

wd

ing l

ead

s to

an i

ncr

ease

d

nee

d f

or

reso

urc

es.

H - 21

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nd

ard

s A

lig

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ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Un

it T

wo

: B

ala

nci

ng

an

d W

eig

hin

g

Tim

elin

e:

7 w

eek

s

Sta

nd

ard

On

e

Na

ture

an

d A

pp

lica

tio

n o

f S

cien

ce a

nd

Tec

hn

olo

gy

Str

an

d O

ne

Un

der

sta

nd

ing

an

d A

bil

itie

s o

f S

cien

tifi

c In

qu

iry

Su

bst

ran

d A

: U

nd

erst

and

that:

Sci

enti

fic

inves

tigat

ions,

wh

ether

co

nd

uct

ed b

y s

tud

ents

or

scie

nti

sts,

invo

lve

askin

g

a q

ues

tio

n a

bo

ut

the

natu

ral

wo

rld

.

Su

bst

ran

d C

: U

nd

erst

and

that:

The

purp

ose

of

accu

rate

ob

serv

atio

ns

and

dat

a co

llec

tio

n i

s to

pro

vid

e ev

iden

ce.

Sci

enti

sts

use

to

ols

to

en

hance

thei

r se

nse

s in

ord

er t

o

ob

tain

mo

re e

vid

ence

.

Su

bst

ran

d D

Und

erst

and

that

: S

cien

tist

s use

ob

serv

ati

ons

fro

m i

nvest

igat

ion

s an

d k

no

wle

dge

that

is

alre

ady k

no

wn

to d

evel

op

an e

xp

lanat

ion.

Su

bst

ran

d E

: U

nd

erst

and

that

: T

he

purp

ose

of

com

mu

nic

atin

g w

ith o

ther

s is

to

shar

e ev

iden

ce a

nd

concl

usi

on

s.

Sci

enti

sts

com

munic

ate

the

resu

lts

of

thei

r

invest

igat

ions

to o

ther

s.

Su

bst

ran

d F

: U

nd

erst

and

that

: T

he

use

of

math

em

atic

s,

read

ing,

wri

ting,

and

tec

hno

log

y a

re i

mp

ort

ant

in

cond

uct

ing s

cien

tifi

c in

quir

ies.

Sta

nd

ard

Tw

o

Ma

teria

ls a

nd

Th

eir

Pro

per

ties

Str

an

d O

ne

Pro

per

ties

an

d S

tru

ctu

res

of

Ma

teria

ls

Su

bst

ran

d A

: M

ater

ials

can

be

des

crib

ed a

nd

cla

ssif

ied

Co

nce

pts

Ob

serv

atio

n a

nd

Evid

ence

(to

iden

tify

var

iab

les

that

aff

ect

bal

ance

)

Rea

sonin

g a

nd

Exp

lanat

ion (

of

ob

serv

atio

ns

to s

up

po

rt p

red

icti

ons

abo

ut

bal

anci

ng)

Invest

igati

on (

var

iab

les

that

aff

ect

bal

ance

)

Pro

cess

Skil

ls (

in c

reat

ing t

oo

ls t

hat

can b

e use

d t

o m

easu

re m

ass)

Pro

per

ties

of

Mat

eria

ls (

mass

)

Co

ntr

oll

ing e

xp

erim

ents

(th

e it

em

bei

ng m

easu

red

must

be

dir

ectl

y

rela

ted

to

the

bal

anci

ng o

f m

ater

ials

)

Co

mp

aris

on o

f d

ata

and

ob

serv

atio

ns

to s

up

po

rt p

red

icti

ons

on a

lar

ge

scal

e (n

ot

just

ind

ivid

ual

res

ult

s)

Dat

a O

rgan

izat

ion t

o v

isual

ly

rep

rese

nt/

pre

sent

resu

lts

(gra

phin

g)

Big

Id

eas

Too

ls a

nd

sen

ses

are

use

d t

o a

sk

ques

tio

ns,

make

pre

dic

tio

ns,

ob

serv

e,

des

crib

e, a

nd

co

mm

unic

ate

resu

lts

abo

ut

the

ph

ysi

cal

pro

per

ties

(m

ass,

colo

r, s

ize,

shap

e, t

extu

re)

of

mat

eria

ls a

nd

can

be

mea

sure

d.

Bal

ance

is

affe

cted

by t

he

mass

,

Ess

en

tia

l Q

ues

tio

ns:

Ho

w d

o y

ou k

no

w i

f

som

ethin

g i

s b

alan

ced

?

What

to

ols

or

tech

no

log

y c

an

yo

u u

se t

o d

eter

min

e b

alan

ce

or

mass

?

Wh

y m

ight

one

ob

ject

hav

e

mo

re m

ass

than a

no

ther

ob

ject

that

takes

up

the

sam

e am

ou

nt

of

spac

e?

Ho

w c

an y

ou c

hange

a

bal

ance

d s

truct

ure

to

make

it

unb

alance

d?

Ho

w c

an i

tem

s b

e ar

ranged

usi

ng t

he

ph

ysi

cal

pro

per

ty o

f

mas

s?

Ho

w c

an d

ata

be

rep

rese

nte

d

to s

ho

w r

esu

lts

and

all

ow

com

par

iso

ns?

Lea

rnin

g T

arg

ets:

S

elec

t ap

pro

pri

ate

too

ls t

o f

ind

the

mass

of

ob

ject

s.

Use

an e

qual

arm

bal

ance

and

Unif

ix c

ub

es t

o d

eter

min

e th

e

mas

s o

f o

bje

cts.

Mak

e a

gra

ph.

Pla

ce o

bje

cts

in s

eria

l o

rder

Su

gg

este

d F

orm

ati

ve

Ass

essm

en

ts:

Ob

serv

atio

n r

eco

rdin

g

shee

ts

Stu

dent

pre

dic

tio

ns

Unif

ix C

ub

es

Wri

ting a

nd

com

mu

nic

atin

g d

ata

sets

Su

gg

este

d S

um

ma

tiv

e

Ass

essm

en

ts:

Rub

rics

/chec

kli

sts

for

Per

form

ance

tas

ks

Tra

nsf

er t

ask

s

Bal

anci

ng a

nd

Wei

ghin

g

Ass

essm

ent

for

gra

de

two

H - 22

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2011

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nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

acco

rdin

g t

o t

he

foll

ow

ing p

hysi

cal

pro

per

ties

: si

ze,

shap

e,

mas

s, t

extu

re,

colo

r, a

nd

mat

eri

al c

om

po

siti

on.

Stu

den

ts

can o

bse

rve

mat

eria

ls’

ph

ysi

cal

pro

per

ties

by u

sin

g t

oo

ls

that

incl

ud

e ru

lers

, b

alan

ces,

ther

mo

met

ers

and

han

d

lense

s.

Sta

nd

ard

Th

ree

En

erg

y a

nd

Its

Eff

ects

Str

an

d O

ne

Th

e F

orm

s a

nd

So

urc

es

of

En

erg

y

Su

bst

ran

d B

: O

bje

cts

that

mo

ve

(i.e

., m

ovin

g a

ir,

mo

vin

g

wat

er)

have

ener

gy b

ecause

of

thei

r m

oti

on.

Str

an

d T

wo

Fo

rces

an

d t

he

Tra

nsf

er o

f E

ner

gy

Su

bst

ran

d B

: W

hen

bal

ance

d f

orc

es a

ct o

n a

n o

bje

ct i

t

wil

l re

mai

n a

t re

st,

but

if u

nb

ala

nce

d f

orc

es a

ct o

n t

he

obje

ct i

t w

ill

beg

in t

o m

ove.

po

siti

on o

f th

e m

ass

, an

d t

he

po

siti

on

of

the

fulc

rum

.

Wei

ght

is d

eter

min

ed b

y m

ass

and

no

t nec

essa

rily

by v

olu

me

or

size

.

Exam

ple

Chee

rio

s ta

ke

up

mo

re

spac

e th

an s

pli

t p

eas

but

hav

e le

ss

mas

s.

acco

rdin

g t

o m

ass.

Bal

ance

a b

eam

that

has

a

fixed

fu

lcru

m.

Iden

tify

the

cente

r o

f gra

vit

y

of

a fu

lcru

m/b

alance

bea

m/w

eight

syst

em

.

Gen

erat

e a

rule

to

id

enti

fy

ho

w t

wo

ob

ject

s b

alan

ce o

n a

bal

ance

bea

m.

Un

it T

wo

: S

oil

s

Tim

elin

e:

6 w

eek

s

Sta

nd

ard

On

e

Na

ture

an

d A

pp

lica

tio

n o

f S

cien

ce a

nd

Tec

hn

olo

gy

Str

an

d O

ne

Un

der

sta

nd

ing

an

d A

bil

itie

s o

f S

cien

tifi

c In

qu

iry

Su

bst

ran

d A

: U

nd

erst

and

that:

Sci

enti

fic

inves

tigat

ions,

wh

ether

co

nd

uct

ed b

y s

tud

ents

or

scie

nti

sts,

invo

lve

askin

g

a q

ues

tio

n a

bo

ut

the

natu

ral

wo

rld

.

Su

bst

ran

d

C:

Und

erst

and

that:

The

purp

ose

of

accu

rate

ob

serv

atio

ns

and

dat

a co

llec

tio

n i

s to

pro

vid

e ev

iden

ce.

Sci

enti

sts

use

to

ols

to

en

hance

thei

r se

nse

s in

ord

er t

o

Co

nce

pts

Ob

serv

atio

n a

nd

Evid

ence

Rea

sonin

g a

nd

Exp

lanat

ion

Invest

igati

on

Pro

cess

Skil

ls

Pro

per

ties

of

Mat

eria

ls

Co

ntr

oll

ing E

xp

erim

ents

Ess

en

tia

l Q

ues

tio

ns:

Ho

w d

o w

orm

s en

hance

the

dec

om

po

siti

on o

f p

lant

mat

eria

l in

co

mp

ost

ing?

What

sim

ple

tes

ts c

an b

e

cond

uct

ed t

o i

den

tify

the

thre

e

bas

ic c

om

po

nen

ts o

f so

il

(san

d,

clay,

hu

mu

s)?

Ho

w c

an t

he

com

po

nen

ts o

f

soil

be

com

par

ed/c

ontr

aste

d?

Su

gg

este

d F

orm

ati

ve

Ass

essm

en

ts:

Les

son E

ight

ass

ess

ment

Co

llec

tio

n o

f evid

ence

Per

form

stu

dy t

ests

Invest

igate

co

mp

osi

tio

n

of

myst

ery s

oil

Pre

dic

tio

ns

H - 23

001295

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6

Cop

yri

gh

t ©

2011

by

\

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

ob

tain

mo

re e

vid

ence

.

Su

bst

ran

d D

. U

nd

erst

and

that:

Sci

enti

sts

use

ob

serv

atio

ns

fro

m i

nvest

igat

ions

and

kno

wle

dge

that

is

alre

ady k

no

wn

to

dev

elo

p a

n e

xp

lanat

ion.

Su

bst

ran

d E

. U

nd

erst

and

that

: T

he

purp

ose

of

com

mu

nic

atin

g w

ith o

ther

s is

to

shar

e ev

iden

ce a

nd

concl

usi

on

s.

Sci

enti

sts

com

munic

ate

the

resu

lts

of

thei

r

invest

igat

ions

to o

ther

s

Su

bst

ran

d F

: U

nd

erst

and

that

: T

he

use

of

math

em

atic

s,

read

ing,

wri

ting,

and

tec

hno

log

y a

re i

mp

ort

ant

in

cond

uct

ing s

cien

tifi

c in

quir

ies.

Sta

nd

ard

Tw

o

Ma

teria

ls a

nd

Th

eir

Pro

per

ties

Su

bst

ran

d A

. M

ater

ials

can

be

des

crib

ed a

nd

cla

ssif

ied

acco

rdin

g t

o t

he

foll

ow

ing p

hysi

cal

pro

per

ties

: si

ze,

shap

e,

mas

s, t

extu

re,

colo

r, a

nd

mat

eri

al c

om

po

siti

on.

Stu

den

ts

can o

bse

rve

mat

eria

ls’

ph

ysi

cal

pro

per

ties

by u

sin

g t

oo

ls

that

incl

ud

e ru

lers

, b

alan

ces,

ther

mo

met

ers

and

han

d

lense

s.

Sta

nd

ard

Fiv

e

Ea

rth

’s D

yn

am

ic S

yst

em

Str

an

d O

ne

Co

mp

on

ents

of

Ea

rth

Su

bst

ran

d A

. C

om

po

nents

of

Ear

th’s

syst

em

incl

ud

e

min

eral

s, r

ock

s, s

oil

, w

ater

an

d a

ir.

Thes

e m

ater

ials

can b

e

ob

serv

ed,

sort

ed a

nd

/or

clas

sifi

ed b

ased

on t

hei

r p

hysi

cal

pro

per

ties

.

Su

bst

ran

d C

. S

and

, cl

ay a

nd

hu

mu

s hav

e d

isti

nct

ph

ysi

cal

Co

mp

aris

on o

f d

ata

and

ob

serv

atio

ns

to s

up

po

rt p

red

icti

ons

on a

lar

ge

scal

e

Big

Id

eas

Dat

a O

rgan

izat

ion t

o v

isual

ly

rep

rese

nt/

com

mu

nic

ate

resu

lts

Ap

ply

ing l

earn

ed c

once

pts

an

d s

kil

ls

to a

nal

yze

un

fam

ilia

r so

il s

am

ple

s.

Co

mm

unic

ate

co

ncl

usi

on

s th

roug

h

wri

tin

g,

dra

win

g a

nd

dis

cuss

ion.

Too

ls a

nd

sen

ses

are

use

d t

o a

sk

ques

tio

ns,

make

pre

dic

tio

ns,

ob

serv

e,

des

crib

e, a

nd

co

mm

unic

ate

resu

lts

abo

ut

the

ph

ysi

cal

pro

per

ties

of

soil

.

Pla

nt

gro

wth

and

wate

r re

tenti

on c

an

be

affe

cted

by s

oil

co

mp

osi

tio

n.

Liv

ing o

rganis

ms

can a

ffec

t so

il

com

po

siti

on.

Exam

ple

: w

orm

s in

gest

pla

nt

mat

eria

l and

thei

r excr

etio

ns

are

par

t o

f th

e so

il c

alle

d h

um

us.

Ho

w c

an s

oil

co

mp

osi

tio

n

affe

ct

wat

er r

eten

tio

n a

nd

pla

nt

gro

wth

?

What

to

ols

or

tech

no

log

y c

an

yo

u u

se t

o a

nal

yze

so

il

sam

ple

s?

Lea

rnin

g T

arg

ets:

O

bse

rve

soil

sam

ple

s and

reco

rd o

bse

rvat

ions.

Iden

tify

char

acte

rist

ics

of

hu

mu

s.

Sel

ect

app

rop

riat

e to

ols

to

cond

uct

tes

ts o

n s

oil

sam

ple

s.

Exp

lain

ho

w s

and

, cl

ay a

nd

hu

mu

s hel

p p

lants

to

gro

w.

Exam

ine

a lo

cal

soil

sam

ple

and

det

erm

ine

its

com

po

nents

.

Exp

lain

ho

w l

ivin

g o

rgan

ism

s

hel

p i

n d

eco

mp

osi

ng o

rganic

mat

ter.

Su

gg

este

d S

um

ma

tiv

e

Ass

essm

en

ts:

Rub

rics

/Chec

kli

sts

for

Per

form

ance

tas

ks

Tra

nsf

er t

ask

s

H - 24

001296

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7

Cop

yri

gh

t ©

2011

by

\

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

pro

per

ties

and

are

co

mp

onents

of

soil

s.

Su

bst

ran

d D

. A

so

il’s

co

mp

osi

tio

n v

arie

s fr

om

envir

on

ment

to e

nvir

on

ment.

Su

bst

ran

d E

. S

oil

typ

e ca

n b

e id

enti

fied

by t

est

ing f

or

gra

in s

ize

and

co

mp

osi

tio

n.

Str

an

d T

hre

e

Tec

hn

olo

gy

an

d A

pp

lica

tio

ns

Su

bst

ran

d A

. E

arth

mat

eria

ls c

an b

e o

bse

rved

and

des

crib

ed u

sin

g s

imp

le t

oo

ls (

e.g.,

han

d l

ens

and

bal

ance

s).

H - 25

001297

Page 26: Nature and Application of Science and Technology Science ...

1

Cop

yri

gh

t ©

2011

by

Cu

rric

ulu

m F

ram

ewo

rk S

cien

ce

Sch

oo

l: T

ho

ma

s E

dis

on

Ch

art

er

Sch

oo

l

Cu

rric

ula

r T

oo

l: D

E S

cien

ce C

oa

liti

on

G

rad

e: 3

T

each

er:

__

__

__

___

___

___

__

__

__

_

S

tan

da

rds

Ali

gn

men

t

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Un

it O

ne:

Hu

ma

n B

od

y

Tim

elin

e:

8 w

eek

s

Sta

nd

ard

On

e

Na

ture

an

d A

pp

lica

tio

n o

f S

cien

ce a

nd

Tec

hn

olo

gy

Str

an

d O

ne

Un

der

sta

nd

ing

an

d A

bil

itie

s o

f S

cien

tifi

c In

qu

iry

Su

bst

ran

d A

. U

nd

erst

and

that

: S

cien

tifi

c in

ves

tigat

ions,

wh

ether

co

nd

uct

ed b

y s

tud

ents

or

scie

nti

sts,

invo

lve

askin

g

a q

ues

tio

n a

bo

ut

the

natu

ral

wo

rld

Su

bst

ran

d C

. U

nd

erst

and

that

: T

he

purp

ose

of

accu

rate

ob

serv

atio

ns

and

dat

a co

llec

tio

n i

s to

pro

vid

e ev

iden

ce.

Sci

enti

sts

use

to

ols

to

en

hance

thei

r se

nse

s in

ord

er t

o

ob

tain

mo

re e

vid

ence

.

Su

bst

ran

d D

. U

nd

erst

and

that:

Sci

enti

sts

use

ob

serv

atio

ns

fro

m i

nvest

igat

ions

and

kno

wle

dge

that

is

alre

ady k

no

wn

to

dev

elo

p a

n e

xp

lanat

ion.

Su

bst

ran

d E

. U

nd

erst

and

that

: T

he

pu

rpo

se o

f

com

mu

nic

atin

g w

ith o

ther

s is

to

shar

e ev

iden

ce a

nd

concl

usi

on

s.

Sci

enti

sts

com

munic

ate

the

resu

lts

of

thei

r

invest

igat

ions

to o

ther

s

Su

bst

ran

d F

. U

nd

erst

and

that

: T

he

use

of

math

em

atic

s,

read

ing,

wri

ting,

and

tec

hno

log

y a

re i

mp

ort

ant

in

cond

uct

ing s

cien

tifi

c in

quir

ies.

Str

an

d T

wo

Sci

ence

, T

ech

no

log

y a

nd

So

ciet

y

Co

nce

pts

Ob

serv

atio

n a

nd

Evid

ence

Rea

sonin

g a

nd

Exp

lanat

ion

Invest

igati

on

Mo

del

ing

Str

uct

ure

/Funct

ion

Syst

em

s

Beh

avio

r/R

eg

ula

tio

n

Big

Id

eas

Hu

man

s an

d o

ther

anim

als

have

skel

eto

ns

that

pro

vid

e su

pp

ort

,

pro

tect

ions,

and

mo

vem

ent.

The

skel

eto

n o

f h

um

ans

and

oth

er

anim

als

are

sim

ilar

to

and

dif

fere

nt

fro

m e

ach o

ther

in

stru

cture

and

fu

nct

ion.

Sci

enti

fica

lly o

rien

ted

ques

tio

ns

lead

to

co

llec

ting e

vid

ence

,

form

ing e

xp

lanati

on

s, c

onnec

ting

exp

lanat

ions

to p

rio

r kno

wle

dge

and

theo

ry,

and

co

mm

unic

atin

g a

nd

just

ifyin

g

the

exp

lanat

ion.

Ess

en

tia

l Q

ues

tio

ns:

Ho

w d

o b

ones

, m

usc

les,

and

jo

ints

funct

ion t

oget

her

in h

um

ans

to

enab

le m

ovem

ent,

pro

tect

ion a

nd

sup

po

rt?

Ho

w d

oes

the

stru

cture

of

the

dif

fere

nt

typ

es

of

join

ts (

gli

din

g,

hin

ge,

bal

l an

d s

ocket

) en

able

the

hu

man b

od

y t

o m

ove?

Ho

w d

o m

od

els

dem

on

stra

te h

ow

bo

nes

, m

usc

les,

and

jo

ints

wo

rk i

n

the

hu

man

bo

dy t

o e

nab

le

mo

vem

ent,

pro

vid

e su

pp

ort

, an

d

dem

onst

rate

pro

tect

ion o

f vit

al

org

ans?

What

are

the

sim

ilar

itie

s an

d

dif

fere

nce

s in

str

uct

ure

and

fu

nct

ion

bet

wee

n a

hu

man s

kel

eto

n a

nd

oth

er

ver

teb

rate

s?

Ho

w d

o d

iffe

rent

bo

dy p

arts

resp

ond

to

vis

ual

, aud

ito

ry,

and

tact

ile

stim

uli

?

What

co

mm

on d

isea

ses

or

pro

ble

ms

of

the

mu

scu

lar

and

skele

tal

syst

em

s

affe

ct

our

bo

die

s?

Su

gg

este

d F

orm

ati

ve

Ass

essm

en

ts:

Stu

dent

Resp

onse

Shee

ts

Sci

ence

Jo

urn

als

FO

SS

sto

ry “

Aft

er t

he

Sto

ry”

com

pre

hensi

on

ques

tio

ns

and

tas

ks

Co

mp

are

and

Co

ntr

asts

Inte

rdis

cip

linar

y

Exte

nsi

on

s

Su

gg

este

d

Su

mm

ati

ve

Ass

essm

en

ts:

Rub

rics

/Chec

kli

sts

for

Per

form

ance

tas

ks

Tra

nsf

er t

ask

s

Pro

ject

H - 26

001298

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2

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yri

gh

t ©

2011

by

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Su

bst

ran

d A

. P

eop

le h

ave

inven

ted

new

tec

hno

logie

s to

solv

e p

rob

lem

s

Sta

nd

ard

Th

ree

En

erg

y a

nd

Its

Eff

ects

Str

an

d T

wo

Fo

rces

an

d t

he

Tra

nsf

er o

f E

ner

gy

Su

bst

ran

d B

.

When

bal

ance

d f

orc

es a

ct o

n a

n o

bje

ct i

t

wil

l re

mai

n a

t re

st,

but

if u

nb

ala

nce

d f

orc

es a

ct o

n t

he

obje

ct i

t w

ill

beg

in t

o m

ove.

Sta

nd

ard

Six

Lif

e P

roce

sses

Str

an

d O

ne

Str

uct

ure

/ F

un

ctio

n R

ela

tio

nsh

ips

Su

bst

ran

d B

. E

ach p

lant

or

anim

al h

as

dif

fere

nt

stru

cture

s th

at s

erve

dif

fere

nt

funct

ions

in g

row

th,

surv

ival

and

rep

rod

uct

ion

Su

bst

ran

d C

. I

n a

nim

als

the

skel

etal-

mu

scula

r sy

stem

pro

vid

es s

truct

ure

, su

pp

ort

an

d e

nab

les

mo

vem

ent.

Str

an

d T

hre

e

Reg

ula

tio

n a

nd

Beh

av

ior

Su

bst

ran

d A

. S

ense

s help

hu

man

s an

d o

ther

org

anis

ms

det

ect

inte

rnal

and

exte

rnal

cu

es

Su

bst

ran

d B

. T

he

bra

in r

ecei

ves

sig

nal

s fr

om

par

ts o

f th

e

bo

dy v

ia t

he

sense

s.

In r

esp

on

se,

the

bra

in s

end

s si

gnal

s to

par

ts o

f th

e b

od

y t

o i

nfl

uence

rea

ctio

ns.

Str

an

d F

ou

r

Lif

e P

roce

sses

an

d T

ech

no

log

y A

pp

lica

tio

ns

Liv

ing s

yst

em

s, s

uch

as

the

mu

scula

r an

d s

kel

etal

syst

em

s,

dem

onst

rate

the

com

ple

menta

ry

nat

ure

of

stru

cture

and

fu

nct

ion.

The

Hu

man B

od

y r

esp

ond

s to

inte

rnal

and

exte

rnal

cues,

wh

ich

allo

w t

hem

to

surv

ive.

Sti

mulu

s re

spo

nse

enab

les

the

hu

man b

od

y t

o

inte

rpre

t an

d r

eact

to

a g

iven

situ

ati

on.

What

are

the

sim

ilar

itie

s an

d

dif

fere

nce

s in

the

skele

ton o

f an

infa

nt

to t

hat

of

an a

dult

hu

man?

Ho

w c

an t

he

stru

cture

and

fu

nct

ion

of

the

skel

etal

syst

em

be

use

d t

o

gro

up

ver

teb

rate

s?

Ho

w d

o m

usc

les

mo

ve

bo

nes

in

resp

onse

to

sig

nal

s fr

om

the

bra

in?

Ho

w d

o d

iffe

rent

bo

dy p

arts

resp

ond

to

vis

ual

, aud

ito

ry,

and

tact

ile

stim

uli

?

Lea

rnin

g T

arg

ets:

Iden

tify

dif

fere

nt

typ

es o

f jo

ints

and

des

crib

e ho

w e

ach h

elp

s th

e b

od

y t

o

mo

ve.

Lis

t th

ree

ways

the

skel

eto

n h

elp

s a

per

son t

o s

urv

ive.

Exp

lain

ho

w t

he

bo

nes

, m

usc

les,

and

jo

ints

change

thro

ugho

ut

the

hu

man l

ife

cycl

e.

Exam

ine

a p

ictu

re o

f an

art

ific

ial

join

t, i

den

tify

the

typ

e o

f jo

int

and

ho

w t

his

jo

int

funct

ions.

Des

crib

e si

mil

arit

ies

and

dif

fere

nce

s

bet

wee

n s

kel

eto

ns

of

oth

er a

nim

als.

Des

crib

e ho

w m

usc

les

allo

w b

ones

to m

ove.

H - 27

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3

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yri

gh

t ©

2011

by

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Su

bst

ran

d B

. H

um

ans

use

devic

es a

nd

sp

ecia

lize

d

equip

ment

to e

nsu

re s

afe

ty a

nd

to

im

pro

ve

thei

r q

ual

ity o

f

life

(e.

g.,

go

ggle

s, g

lass

es,

hea

ring a

ids,

and

whee

lchai

rs).

Sta

nd

ard

Sev

en

Div

ersi

ty a

nd

Co

nti

nu

ity

of

Liv

ing

Th

ing

s

Str

an

d O

ne

Rep

rod

uct

ion

, H

ered

ity

an

d D

evel

op

men

t

Su

bst

ran

d A

. T

he

off

spri

ng o

f so

me

pla

nts

and

anim

als

rese

mb

le t

he

par

ents

(i.

e.,

a tr

ee s

eed

lin

g r

esem

ble

s a

mat

ure

tre

e).

Des

crib

e ho

w t

he

bo

nes

, m

usc

les,

and

bra

in f

unct

ion t

oget

her

.

Un

it T

wo

: E

art

h M

ate

ria

ls

Tim

elin

e :

8 w

eek

s

Sta

nd

ard

On

e

Na

ture

an

d A

pp

lica

tio

n o

f S

cien

ce a

nd

Tec

hn

olo

gy

Str

an

d O

ne

Un

der

sta

nd

ing

an

d A

bil

itie

s o

f S

cien

tifi

c In

qu

iry

Su

bst

ran

d A

. U

nd

erst

and

that

: S

cien

tifi

c in

ves

tigat

ions,

wh

ether

co

nd

uct

ed b

y s

tud

ents

or

scie

nti

sts,

invo

lve

askin

g

a q

ues

tio

n a

bo

ut

the

natu

ral

wo

rld

.

Su

bst

ran

d C

. U

nd

erst

and

that

: T

he

purp

ose

of

accu

rate

ob

serv

atio

ns

and

dat

a co

llec

tio

n i

s to

pro

vid

e ev

iden

ce.

Sci

enti

sts

use

to

ols

to

en

hance

thei

r se

nse

s in

ord

er t

o

ob

tain

mo

re e

vid

ence

.

Su

bst

ran

d D

. U

nd

erst

and

that:

Sci

enti

sts

use

ob

serv

atio

ns

fro

m i

nvest

igat

ions

and

kno

wle

dge

that

is

alre

ady k

no

wn

to

dev

elo

p a

n e

xp

lanat

ion.

Su

bst

ran

d E

. U

nd

erst

and

that

: T

he

purp

ose

of

Co

nce

pts

Ob

serv

atio

n a

nd

Evid

ence

Pro

per

ties

and

Fu

nct

ion

s

Invest

igati

on

s

Big

Id

eas

Ro

cks

and

min

eral

s hav

e

ob

serv

able

pro

per

ties

. T

hes

e

pro

per

ties

can

be

use

d t

o

com

par

e, s

ort

, an

d c

lass

ify t

he

rock

s an

d m

iner

als.

Sim

ple

to

ols

are

use

d t

o

det

erm

ine

the

ph

ysi

cal

pro

per

ties

of

rock

s an

d m

iner

als.

Peo

ple

use

ro

cks

and

min

eral

s to

mee

t th

eir

wan

ts a

nd

nee

ds.

Oft

en

Ess

en

tia

l Q

ues

tio

ns:

Ho

w a

re p

rop

erti

es u

sed

to

id

enti

fy,

sort

, an

d c

lass

ify r

ock

s an

d

min

eral

s?

What

kin

d o

f si

mp

le t

oo

ls a

re u

sed

to h

elp

det

erm

ine

the

pro

per

ties

and

ho

w a

re t

he

too

ls u

sed

?

Ho

w d

oes

aci

d r

ain a

ffec

t ro

cks

that

conta

in c

alci

te? W

hat

kin

ds

of

rock

s

wo

uld

be

a go

od

cho

ice

for

buil

din

g

mat

eria

l? W

hy?

Lea

rnin

g T

arg

ets:

Exp

lain

the

dif

fere

nce

bet

wee

n a

rock

and

a m

iner

al.

Sep

arat

e ro

cks

fro

m m

iner

als

acco

rdin

g t

o t

hei

r ap

pea

rance

.

Su

gg

este

d F

orm

ati

ve

Ass

essm

en

ts:

Ear

th M

ater

ials

Ass

essm

ents

onli

ne

Inte

ract

ive

Stu

dent

No

teb

oo

ks

Invest

igati

on

s

Ear

th M

ater

ials

Stu

dents

No

teb

oo

ks

Su

gg

este

d

Su

mm

ati

ve

Ass

essm

en

ts:

Invest

igati

on

s

Rub

rics

/chec

kli

sts

for

Per

form

ance

tas

ks

H - 28

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4

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yri

gh

t ©

2011

by

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

com

mu

nic

atin

g w

ith o

ther

s is

to

shar

e ev

iden

ce a

nd

concl

usi

on

s.

Sci

enti

sts

com

munic

ate

the

resu

lts

of

thei

r

invest

igat

ions

to o

ther

s.

Su

bst

ran

d F

. U

nd

erst

and

that

: T

he

use

of

math

em

atic

s,

read

ing,

wri

ting,

and

tec

hno

log

y a

re i

mp

ort

ant

in

cond

uct

ing s

cien

tifi

c in

quir

ies.

Str

an

d T

wo

Sci

ence

, T

ech

no

log

y a

nd

So

ciet

y

Su

bst

ran

d A

. P

eop

le h

ave

inven

ted

new

tec

hno

logie

s to

solv

e p

rob

lem

s.

Su

bst

ran

d B

. T

oo

ls a

re u

sefu

l in

sci

ence

to

hel

p g

ather

dat

a fo

r o

bse

rvat

ions

and

mea

sure

men

ts a

nd

pro

vid

e a

safe

mea

ns

of

cond

uct

ing a

n i

nvest

igat

ion.

Sta

nd

ard

Fiv

e

Ea

rth

’s D

yn

am

ic S

yst

em

Str

an

d O

ne

Co

mp

on

ents

of

the

Ea

rth

Su

bst

ran

d A

. C

om

po

nents

of

Ear

th’s

syst

em

incl

ud

e

min

eral

s, r

ock

s, s

oil

, w

ater

an

d a

ir.

Thes

e m

ater

ials

can b

e

ob

serv

ed,

sort

ed a

nd

/or

clas

sifi

ed b

ased

on t

hei

r p

hysi

cal

pro

per

ties

.

Su

bst

ran

d F

. R

ock

s ar

e nat

ura

l co

mb

inat

ion

s o

f m

iner

als.

Min

eral

s ca

n b

e cl

assi

fied

acc

ord

ing t

o t

hei

r p

hysi

cal

pro

per

ties

(i.

e.,

lust

er,

colo

r an

d h

ard

nes

s).

Str

an

d T

hre

e

Tec

hn

olo

gy

an

d A

pp

lica

tio

ns

Su

bst

ran

d A

. E

arth

mat

eria

ls c

an b

e o

bse

rved

and

des

crib

ed u

sin

g s

imp

le t

oo

ls (

e.g.,

han

d l

ens

and

bal

ance

s).

the

use

of

the

rock

or

min

era

ls i

s

det

erm

ined

by i

ts p

hysi

cal

pro

per

ties

.

Iden

tify

to

ols

and

des

crib

e ho

w t

he

too

ls a

re u

sed

to

id

enti

fy t

he

ingre

die

nts

in r

ock

s.

Ob

serv

e an

d d

escr

ibe

the

colo

r,

lust

er,

textu

re,

har

dnes

s, a

nd

reac

tio

n t

o a

cid

of

min

eral

s.

Co

nd

uct

the

scra

tch t

est.

Rec

ord

dat

a in

a t

able

or

char

t.

Per

form

the

vin

egar

tes

t. I

den

tify

rock

s th

at c

on

tain

cal

cit

e.

Det

erm

ine

wh

ich r

ock

sam

ple

wo

uld

make

a go

od

outs

ide

stat

ue.

H - 29

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5

Cop

yri

gh

t ©

2011

by

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Un

it T

hre

e:

Wa

ter

Tim

elin

e: 8

wee

ks

Sta

nd

ard

On

e

Na

ture

an

d A

pp

lica

tio

n o

f S

cien

ce a

nd

Tec

hn

olo

gy

Str

an

d O

ne

Un

der

sta

nd

ing

an

d A

bil

itie

s o

f S

cien

tifi

c In

qu

iry

Su

bst

ran

d A

. U

nd

erst

and

that

: S

cien

tifi

c in

ves

tigat

ions,

wh

ether

co

nd

uct

ed b

y s

tud

ents

or

scie

nti

sts,

invo

lve

askin

g

a q

ues

tio

n a

bo

ut

the

natu

ral

wo

rld

.

Su

bst

ran

d C

. U

nd

erst

and

that

: T

he

purp

ose

of

accu

rate

ob

serv

atio

ns

and

dat

a co

llec

tio

n i

s to

pro

vid

e ev

iden

ce.

Sci

enti

sts

use

to

ols

to

en

hance

thei

r se

nse

s in

ord

er t

o

ob

tain

mo

re e

vid

ence

.

Su

bst

ran

d D

. U

nd

erst

and

that:

Sci

enti

sts

use

ob

serv

atio

ns

fro

m i

nvest

igat

ions

and

kno

wle

dge

that

is

alre

ady k

no

wn

to

dev

elo

p a

n e

xp

lanat

ion.

Su

bst

ran

d E

. U

nd

erst

and

that

: T

he

purp

ose

of

com

mu

nic

atin

g w

ith o

ther

s is

to

shar

e ev

iden

ce a

nd

concl

usi

on

s.

Sci

enti

sts

com

munic

ate

the

resu

lts

of

thei

r

invest

igat

ions

to o

ther

s.

Su

bst

ran

d F

. U

nd

erst

and

that

: T

he

use

of

math

em

atic

s,

read

ing,

wri

ting,

and

tec

hno

log

y a

re i

mp

ort

ant

in

cond

uct

ing s

cien

tifi

c in

quir

ies.

Str

an

d T

wo

Sci

ence

, T

ech

no

log

y a

nd

So

ciet

y

Su

bst

ran

d A

. P

eop

le h

ave

inven

ted

new

tec

hno

logie

s to

solv

e p

rob

lem

s.

Su

bst

ran

d B

. T

oo

ls a

re u

sefu

l in

sci

ence

to

hel

p g

ather

dat

a fo

r o

bse

rvat

ions

and

mea

sure

men

ts a

nd

pro

vid

e a

safe

Co

nce

pts

Ob

serv

atio

n a

nd

Evid

ence

Invest

igati

on

Pro

per

ties

of

Mat

eria

ls

Chan

ge

Pro

cess

es

Cycl

es

Big

Id

eas

Wat

er h

as o

bse

rvab

le p

rop

erti

es

and

inte

ract

s d

iffe

rentl

y w

ith

dif

fere

nt

mat

eria

ls.

Wat

er f

low

s d

ow

nhil

l.

Wat

er c

an b

e a

liq

uid

, so

lid

, or

gas

.

So

lid

wat

er (

ice)

flo

ats

on l

iqu

id

wat

er a

nd

has

a d

efin

ite

shap

e.

War

mer

wat

er r

ises

ab

ove

cold

er

wat

er.

Liq

uid

wat

er c

han

ges

to

wat

er

vap

or

in t

he

air

thro

ug

h t

he

pro

cess

of

evap

ora

tio

n.

Wat

er v

apo

r ch

anges

to

liq

uid

wat

er t

hro

ug

h t

he

pro

cess

of

cond

ensa

tio

n.

Ess

en

tia

l Q

ues

tio

ns:

Ho

w d

oes

the

pro

per

ty o

f a

mat

eria

l

det

erm

ine

the

way i

n w

hic

h i

t

inte

ract

s w

ith w

ater

?

Ho

w d

oes

the

slo

pe

of

the

lan

d

det

erm

ine

the

rate

at

whic

h w

ater

flo

ws?

What

hap

pen

s w

hen h

ot

wat

er a

nd

cold

wat

er i

nte

ract

? W

hic

h w

ay

do

es t

he

ener

gy f

low

? H

ow

do

yo

u

kno

w?

What

hap

pen

s to

liq

uid

wate

r w

hen

it f

reez

es?

Do

es t

he

mas

s o

f th

e w

ate

r

incr

ease

?

Ho

w d

oes

air

tem

per

ature

and

surf

ace

area

aff

ect

the

rate

of

evap

ora

tio

n?

Wher

e d

oes

co

nd

ensa

tio

n c

om

e

fro

m? W

hat

is

cond

ensa

tio

n?

Do

all

ear

th m

ater

ials

inte

ract

wit

h

wat

er i

n t

he

sam

e w

ay? E

xp

lain

.

What

fac

tors

aff

ect

the

abil

ity o

f

wat

er t

o t

ran

sfer

ener

gy t

o o

ther

obje

cts?

Lea

rnin

g T

arg

ets:

Lis

t p

rop

erti

es o

f li

quid

wat

er,

wat

er

Su

gg

este

d F

orm

ati

ve

Ass

essm

en

ts:

Invest

igati

on

s

Wo

rksh

eets

Stu

dent

dra

win

gs

of

the

wat

er c

ycl

e

Char

ts/O

bse

rvati

on

s/P

r

edic

tio

ns

“Putt

ing W

ater

to

Wo

rk”

and

“Wat

erw

ork

s”-

stud

ents

cre

ate

step

by

step

pla

ns

Su

gg

este

d

Su

mm

ati

ve

Ass

essm

en

ts:

Wat

er A

ssess

ment

Rub

rics

fo

r

Per

form

ance

and

tran

sfer

tas

ks

H - 30

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6

Cop

yri

gh

t ©

2011

by

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

mea

ns

of

cond

uct

ing a

n i

nvest

igat

ion.

Sta

nd

ard

Tw

o

Ma

teria

ls a

nd

Th

eir

Pro

per

ties

Str

an

d O

ne

Pro

per

ties

an

d S

tru

ctu

res

of

Ma

teria

ls

Su

bst

ran

d B

. M

ater

ials

exis

t in

one

of

thre

e st

ates

– s

oli

d,

liq

uid

, o

r gas

. S

oli

ds

and

liq

uid

s hav

e ea

sily

ob

serv

able

pro

per

ties

and

may c

han

ge

fro

m o

ne

form

to

the

oth

er.

Sta

nd

ard

Th

ree

En

erg

y a

nd

Its

Eff

ects

Str

an

d O

ne

Th

e F

orm

s a

nd

So

urc

es

of

En

erg

y

Su

bst

ran

d B

. O

bje

cts

that

mo

ve

(i.e

., m

ovin

g a

ir,

mo

vin

g

wat

er)

have

ener

gy b

ecause

of

thei

r m

oti

on.

Su

bst

ran

d C

. H

eat

ener

gy i

s a

form

of

ener

gy t

hat

makes

thin

gs

war

mer

.

Str

an

d T

wo

Fo

rces

an

d t

he

Tra

nsf

er o

f E

ner

gy

Su

bst

ran

d C

. E

ner

gy o

f a

mo

vin

g o

bje

ct c

an b

e

tran

sfer

red

to

oth

er o

bje

cts

(i.e

., t

he

ener

gy o

f m

ovin

g

wat

er c

an b

e use

d t

o t

urn

a w

ate

rwhee

l).

Str

an

d F

ou

r

Th

e P

rod

uct

ion

Co

nsu

mp

tio

n a

nd

A

pp

lica

tio

n o

f

En

erg

y

Su

bst

ran

d A

. M

ovin

g a

ir,

mo

vin

g w

ater

, an

d s

un

lig

ht

conta

in e

ner

gy t

hat

can

be

put

to o

ur

use

.

Sta

nd

ard

Fiv

e

vap

or,

and

ice

.

Des

crib

e ho

w e

ner

gy c

an c

ause

wat

er t

o c

han

ge

stat

e fr

om

a s

oli

d

(ice

) to

a l

iquid

.

Rec

og

niz

e th

at

ener

gy c

om

es

fro

m

the

Sun.

Des

crib

e ho

w e

ner

gy c

an c

ause

wat

er t

o c

han

ge

stat

e fo

rm a

liq

uid

to w

ater

vap

or.

Mak

e a

sim

ple

pla

n t

o i

nves

tigat

e

the

chan

ge

of

stat

e o

f w

ater

.

Des

crib

e ho

w m

ovin

g w

ater

tran

sfer

s en

erg

y.

Des

crib

e ho

w l

ivin

g t

hin

gs

dep

end

up

on w

ater

and

co

nse

quen

ces

of

a

dro

ught

up

on l

ivin

g t

hin

gs.

H - 31

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Cop

yri

gh

t ©

2011

by

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Ea

rth

’s D

yn

am

ic S

yst

em

s

Str

an

d O

ne

Co

mp

on

ents

of

the

Ea

rth

Su

bst

ran

d A

. C

om

po

nents

of

Ear

th’s

syst

em

incl

ud

e

min

eral

s, r

ock

s, s

oil

, w

ater

an

d a

ir.

Thes

e m

ater

ials

can b

e

ob

serv

ed,

sort

ed a

nd

/or

clas

sifi

ed b

ased

on t

hei

r p

hysi

cal

pro

per

ties

.

Su

bst

ran

d B

. W

ater

can

exis

t as

a s

oli

d,

liq

uid

or

gas

and

in d

iffe

ren

t fo

rms

such

as

rain

, sn

ow

and

ice

.

Str

an

d T

wo

Inte

ract

ion

s T

hro

ug

ho

ut

Ea

rth

’s S

yst

em

s

Su

bst

ran

d C

. W

ater

fro

m r

ain,

lakes,

and

und

ergro

und

, is

nee

ded

by p

lan

ts,

anim

als

and

peo

ple

fo

r th

eir

ever

yd

ay

acti

vit

ies.

Str

an

d T

hre

e

Tec

hn

olo

gy

an

d A

pp

lica

tio

n

Su

bst

ran

d A

. E

arth

mat

eria

ls c

an b

e o

bse

rved

and

des

crib

ed u

sin

g s

imp

le t

oo

ls (

e.g.,

han

d l

ens

and

bal

ance

s).

Sta

nd

ard

Eig

ht

Eco

log

y

Str

an

d O

ne

Inte

ract

ion

s W

ith

in t

he

En

vir

on

men

t

Su

bst

ran

d A

. A

n i

nte

rco

nnect

ednes

s exis

ts a

mo

ng t

he

livin

g a

nd

no

nli

vin

g p

arts

of

an e

nvir

on

ment.

T

his

inte

rco

nnec

ted

ness

can b

e o

bse

rved

by t

he

chan

ges

mad

e

by p

lants

and

anim

als

in t

hei

r en

vir

on

ment.

H - 32

001304

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1

C

op

yri

gh

t ©

201

1 b

y

Cu

rric

ulu

m F

ram

ewo

rk S

cien

ce

Sch

oo

l: T

ho

ma

s E

dis

on

Ch

art

er

Sch

oo

l

Cu

rric

ula

r T

oo

l: D

E S

cien

ce C

oa

liti

on

G

rad

e: 4

T

each

er:

__

__

__

___

___

___

__

__

__

_

S

tan

da

rds

Ali

gn

men

t

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Un

it T

wo

: L

an

d a

nd

Wa

ter

Tim

elin

e: 8

wee

ks

Sta

nd

ard

On

e

Na

ture

an

d A

pp

lica

tio

n o

f S

cien

ce a

nd

Tec

hn

olo

gy

Str

an

d O

ne

Un

der

sta

nd

ing

an

d A

bil

itie

s o

f S

cien

tifi

c In

qu

iry

Su

bst

ran

d A

. U

nd

erst

and

that:

Sci

enti

fic

invest

igat

ions

invo

lve

askin

g a

fo

cuse

d s

cienti

fic

ques

tio

n.

Invest

igat

ion

s d

iffe

r d

epen

din

g u

po

n t

he

ques

tio

n b

eing a

sked

.

Su

bst

ran

d B

. U

nd

erst

and

that

: F

air

test

des

ign

sup

po

rts

the

val

idit

y o

f th

e in

ves

tigati

on.

So

meti

mes

it

is n

ot

po

ssib

le t

o k

no

w e

ver

yth

ing t

hat

wil

l have

an

effe

ct

on t

he

inves

tigat

ion o

r co

ntr

ol

all

cond

itio

ns.

Su

bst

ran

d C

. U

nd

erst

and

that:

The

purp

ose

of

accu

rate

dat

a co

llec

tio

n i

s to

pro

vid

e ev

iden

ce t

o

com

par

e w

ith t

he

pre

dic

tio

n.

Su

bst

ran

d D

. U

nd

erst

and

that:

The

bo

dy o

f sc

ienti

fic

kno

wle

dge

gro

ws

as s

cienti

sts

ask q

uest

ion

s, c

ond

uct

invest

igat

ions,

dev

elo

p e

xp

lan

atio

ns

and

co

mp

are

resu

lts

wit

h w

hat

is

alre

ady k

no

wn.

Su

bst

ran

d E

. U

nd

erst

and

that:

The

purp

ose

of

com

mu

nic

atin

g i

s to

shar

e and

just

ify r

esult

s.

Sci

enti

sts

com

mu

nic

ate

thei

r re

sult

s to

oth

ers,

incl

ud

ing t

he

det

ails

that

allo

w o

ther

s to

rep

lica

te t

he

resu

lts.

Co

nce

pts

Ob

serv

atio

n a

nd

Evid

ence

:

Ob

serv

e th

e fa

cto

rs (

hu

ma

n a

nd

na

tura

l) t

hat

aff

ect

ero

sio

n a

nd

dep

osi

tio

n o

f se

dim

ents

.

Use

a m

od

el t

o o

bse

rve

the

wate

r

cycl

e in

clu

din

g e

vap

ora

tio

n,

cond

ensa

tio

n,

and

pre

cip

itat

ion

that

aff

ects

the

shap

e o

f th

e la

nd

.

Inte

ract

ion o

f sc

ience

and

tech

no

log

y t

hro

ugh t

he

des

ign

,

mo

del

ing a

nd

co

nst

ruct

ion o

f d

ams

in a

str

eam

tab

le.

Inte

ract

ion o

f (l

and

and

wate

r ca

n

chan

ge

the

land

scap

e) d

iffe

ren

t

elem

ents

of

eart

h t

hat

char

acte

rize

the

land

and

wat

er l

and

scap

e.

Chan

ge:

Ob

serv

e ho

w w

ater

bri

ng

s

abo

ut

chan

ge

to t

he

Ear

th’s

surf

ace.

Invest

igate

the

pro

per

ties

of

soil

s

and

the

flo

w c

har

acte

rist

ics

of

wat

er t

hat

det

erm

ine

the

nat

ure

of

ero

sio

n a

nd

dep

osi

tio

n.

Invest

igate

the

aff

ect

of

land

Ess

en

tia

l Q

ues

tio

ns:

Ho

w d

oes

und

erst

and

ing t

he

pro

per

ties

of

Ear

th m

ate

rial

s

and

the

ph

ysi

cal

law

s th

at

go

ver

n t

hei

r b

ehavio

r le

ad t

o

pre

dic

tio

n o

f E

arth

events

?

Ho

w d

o c

han

ges

in o

ne

par

t o

f

Ear

th s

yst

em

s aff

ect

oth

er p

arts

of

the

syst

em

?

In w

hat

ways

can E

arth

’s

pro

cess

es b

e ex

pla

ined

as

inte

ract

ion

s am

ong c

ycl

es?

Ho

w d

o t

he

syst

em

s in

tera

ct

and

all

ow

us

to e

xp

lain

ob

serv

atio

ns

or

events

and

mak

e p

red

icti

on

s?

Ho

w d

oes

hu

man

inte

ract

ion

affe

ct

changes

in t

he

land

scap

e?

Ho

w c

an w

e use

a m

od

el t

o

pre

dic

t nat

ure

?

Ho

w d

oes

the

wat

er c

ycl

e af

fect

the

land

?

Ho

w w

ou

ld l

and

shap

e and

so

il

Su

gg

este

d F

orm

ati

ve

Ass

essm

en

ts:

Pre

-ass

essm

ents

Stu

dent

Journ

als

Dra

win

gs

and

des

crip

tio

ns

Gra

phic

org

aniz

ers

T-c

har

ts

Sel

f ass

essm

ents

Invest

igati

on

s

Su

gg

este

d S

um

ma

tiv

e

Ass

essm

en

ts:

Per

form

ance

tas

ks

Tra

nsf

er t

ask

s

Rub

rics

Wri

tten

Su

mm

arie

s

Mo

del

s

Po

st-U

nit

ass

ess

ment

H - 33

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2

C

op

yri

gh

t ©

201

1 b

y

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Su

bst

ran

d F

. U

nd

erst

and

that

: T

he

use

of

mat

hem

ati

cs,

read

ing,

wri

tin

g,

and

tec

hno

log

y a

re

imp

ort

ant

in c

ond

uct

ing s

cienti

fic

inq

uir

ies.

Str

an

d T

wo

Sci

ence

, T

ech

no

log

y a

nd

So

ciet

y

Su

bst

ran

d A

. S

cien

ce a

nd

tec

hno

log

y a

re r

elat

ed.

Tec

hno

log

y p

rovid

es t

he

too

ls n

eed

ed f

or

scie

nce

to

invest

igat

e q

uest

ion

s an

d m

ay p

rovid

e so

luti

ons

to

soci

ety’s

pro

ble

ms,

wants

, o

r nee

ds.

N

ot

all

tech

no

logic

al s

olu

tio

ns

are

effe

ctiv

e, u

nif

orm

ly

ben

efic

ial,

or

equal

ly a

vai

lab

le t

o e

ver

yo

ne.

Sta

nd

ard

Fiv

e

Ea

rth

’s D

yn

am

ic S

yst

em

s

Str

an

d O

ne

Co

mp

on

ents

of

the

Ea

rth

Su

bst

ran

d A

. W

ater

exis

ts i

n t

hre

e st

ates

(so

lid

, li

quid

and

gas

) th

at a

re d

epen

dent

up

on t

he

surr

ound

ing

tem

per

ature

.

Su

bst

ran

d B

. R

ock

s an

d m

iner

als

are

bro

ken

do

wn

over

tim

e to

cla

y a

nd

san

d s

ized

par

ticl

es.

Thes

e

par

ticl

es c

om

bin

e w

ith p

lan

t re

mai

ns

to f

orm

so

il.

Su

bst

ran

d C

. T

he

abil

ity o

f w

ater

to

pas

s th

rou

gh s

oil

dep

end

s o

n t

he

rela

tive

am

oun

ts o

f cl

ay a

nd

sand

in t

he

soil

.

Str

an

d T

wo

Inte

ract

ion

s T

hro

ug

ho

ut

Ea

rth

’s S

yst

em

s

Su

bst

ran

d A

. E

arth

is

a d

ynam

ic s

yst

em

res

ult

ing

fro

m i

nte

ract

ion

s am

ong t

he

geo

spher

e, h

yd

rosp

her

e,

atm

osp

her

e and

bio

spher

e.

form

atio

ns

on e

rosi

on a

nd

ero

sio

n

on l

and

fo

rmati

on

s (e

.g.,

can

yo

ns

and

del

tas)

.

Big

Id

eas

Flo

w o

f w

ater

and

slo

pe

of

lan

d

shap

es a

nd

aff

ects

am

ou

nt

of

ero

sio

n.

So

il c

an b

e b

roken

do

wn i

nto

ind

ivid

ual

co

mp

onents

that

have

ob

serv

able

mea

sura

ble

pro

per

ties

.

Ear

th’s

co

mp

onents

fo

rm s

yst

em

s.

Thes

e sy

stem

s co

nti

nual

ly i

nte

ract

at d

iffe

rent

rate

s o

f ti

me,

aff

ecti

ng

the

Ear

th l

oca

lly a

nd

glo

bal

ly.

Tec

hno

log

y e

nab

les

us

to b

ette

r

und

erst

and

Ear

th’s

syst

em

s. I

t al

so

allo

ws

us

to a

nal

yze

the

imp

act

of

hu

man a

ctiv

itie

s o

n E

arth

’s

syst

em

s an

d t

he

imp

act

of

Ear

th’s

syst

em

s o

n h

um

an a

ctiv

ity

Mo

del

s ca

n b

e use

d t

o i

nves

tigat

e

and

pre

dic

t la

rger

inte

ract

ions

(ero

sio

n,

dep

osi

tio

n,

and

wat

er

cycl

e)

Hu

man

s m

ust

tak

e in

to a

cco

unt

nat

ura

l in

tera

ctio

ns

bet

wee

n l

and

and

wat

er w

hen d

esig

nin

g

land

scap

es.

The

wat

er c

ycl

e ca

use

s chang

es t

o

the

land

com

po

siti

on a

ffec

t ho

w t

he

land

can

be

use

d?

Ho

w w

ou

ld l

and

shap

e and

so

il

com

po

siti

on a

ffec

t er

osi

on?

Lea

rnin

g T

arg

ets:

Lab

el t

he

pro

cess

es

of

evap

ora

tio

n,

cond

ensa

tio

n,

and

pre

cip

itat

ion o

n a

dra

win

g o

f

the

wat

er c

ycl

e.

Exp

lain

pat

h w

ater

mig

ht

ravel

in t

he

wate

r cycl

e.

Des

crib

e ho

w w

ater

is

imp

ort

ant

to t

he

geo

spher

e,

hyd

rosp

her

e, b

iosp

her

e, a

nd

atm

osp

her

e.

Des

crib

e th

e p

rop

erti

es o

f w

ater

as a

so

lid

, li

quid

and

wate

r

vap

or.

Des

crib

e ho

w m

iner

als

bre

ak

do

wn o

ver

tim

e to

fo

rm p

arts

of

soil

.

soil

and

ho

w t

hey a

re d

iffe

ren

t.

Des

crib

e ho

w w

ater

inte

ract

s

wit

h d

iffe

rent

soil

co

mp

onents

dif

fere

ntl

y.

Exp

lain

ho

w p

arti

cle

size

and

po

re s

pac

e af

fect

wate

r

per

mea

bil

ity.

Des

crib

e ho

w a

str

eam

dep

osi

ts

H - 34

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3

C

op

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gh

t ©

201

1 b

y

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Su

bst

ran

d B

. W

ater

res

hap

es E

arth

’s l

and

surf

ace

by

ero

din

g r

ock

and

so

il i

n s

om

e ar

eas

and

dep

osi

ting

them

in o

ther

are

as.

Su

bst

ran

d C

. T

he

flo

w o

f w

ater

can

be

affe

cted

by

hu

man a

ctiv

itie

s, g

rou

nd

co

ver

and

the

slo

pe

of

the

land

aff

ecte

d.

Su

bst

ran

d D

. W

ater

in r

iver

s an

d s

trea

ms

tran

spo

rts

mat

eria

ls.

As

a gener

al r

ule

, w

hen a

str

eam

ente

rs a

larg

er b

od

y o

f w

ater

, le

ss m

ass

ive

mat

eria

ls i

n

susp

ensi

on w

ill

travel

far

ther

than

mo

re m

assi

ve

mat

eria

ls b

efo

re s

ettl

ing.

Su

bst

ran

d E

. T

he

surf

ace

of

Ear

th c

hanges

const

antl

y.

So

me

of

thes

e chan

ges

hap

pen

slo

wly

and

are

dif

ficult

to d

etec

t o

n a

dai

ly b

asis

. O

ther

chan

ges

hap

pen

quic

kly

and

res

ult

fro

m e

vents

(i.

e.,

maj

or

sto

rms

and

vo

lcan

oes

).

Str

an

d T

hre

e

Tec

hn

olo

gy

an

d A

pp

lica

tio

ns

Su

bst

ran

d A

. S

om

e sa

tell

ites

all

ow

sci

enti

sts

to

ob

serv

e, o

ver

tim

e, l

arge-s

cale

chan

ges

in t

he

geo

spher

e as

wel

l as

the

dev

elo

pm

ent

of

sho

rt t

erm

wea

ther

events

.

its

load

in t

erm

s o

f th

e m

ass

of

the

dif

fere

nt

eart

h c

om

po

nents

.

Hyp

oth

esiz

e o

n t

he

cause

s o

f

mud

dy r

un

-off

.

Un

it F

ive:

Ele

ctri

city

an

d M

ag

net

ism

Tim

elin

e: 5

wee

ks

Sta

nd

ard

On

e

Na

ture

an

d A

pp

lica

tio

n o

f S

cien

ce a

nd

Tec

hn

olo

gy

Str

an

d O

ne

Un

der

sta

nd

ing

an

d A

bil

itie

s o

f S

cien

tifi

c In

qu

iry

Su

bst

ran

d A

. U

nd

erst

and

that

: S

cien

tifi

c

invest

igat

ions

invo

lve

askin

g a

fo

cuse

d s

cienti

fic

Co

nce

pts

Ob

serv

atio

n a

nd

Evid

ence

:

Ob

serv

e th

e chan

ges

in t

he

forc

e o

f

attr

acti

on.

Pro

per

ties

of

mat

eria

ls:

Co

nd

uct

ors

vs.

In

sula

tors

; M

agnet

ic v

s. N

on

-

Mag

neti

c.

Ess

en

tia

l Q

ues

tio

ns:

Exp

lain

wh

at i

s nee

ded

to

com

ple

te a

sim

ple

cir

cuit

and

wh

y?

Des

crib

e an

d e

xp

lain

the

pat

h

of

elec

tric

ity t

hro

ug

h a

giv

en

circ

uit

.

Su

gg

este

d F

orm

ati

ve

Ass

essm

en

ts:

Stu

dent

Shee

ts f

rom

Invest

igati

on

s

Invest

igati

on

s

FO

SS

sto

ries

and

“A

fter

the

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y

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

ques

tio

n.

Invest

igat

ion

s d

iffe

r d

epen

din

g u

po

n t

he

ques

tio

n b

eing a

sked

.

Su

bst

ran

d B

. U

nd

erst

and

that

: F

air

test

des

ign

sup

po

rts

the

val

idit

y o

f th

e in

ves

tigati

on.

So

meti

mes

it

is n

ot

po

ssib

le t

o k

no

w e

ver

yth

ing t

hat

wil

l have

an

effe

ct

on t

he

inves

tigat

ion o

r co

ntr

ol

all

cond

itio

ns.

Su

bst

ran

d C

. U

nd

erst

and

that:

The

purp

ose

of

accu

rate

dat

a co

llec

tio

n i

s to

pro

vid

e ev

iden

ce t

o

com

par

e w

ith t

he

pre

dic

tio

n.

Su

bst

ran

d D

. U

nd

erst

and

that:

The

bo

dy o

f sc

ienti

fic

kno

wle

dge

gro

ws

as s

cienti

sts

ask q

uest

ion

s, c

ond

uct

invest

igat

ions,

dev

elo

p e

xp

lan

atio

ns

and

co

mp

are

resu

lts

wit

h w

hat

is

alre

ady k

no

wn.

Su

bst

ran

d E

. U

nd

erst

and

that:

The

purp

ose

of

com

mu

nic

atin

g i

s to

shar

e and

just

ify r

esult

s.

Sci

enti

sts

com

mu

nic

ate

thei

r re

sult

s to

oth

ers,

incl

ud

ing t

he

det

ails

that

allo

w o

ther

s to

rep

lica

te t

he

resu

lts.

Su

bst

ran

d F

. U

nd

erst

and

that

: T

he

use

of

mat

hem

ati

cs,

read

ing,

wri

tin

g,

and

tec

hno

log

y a

re

imp

ort

ant

in c

ond

uct

ing s

cienti

fic

inq

uir

ies.

Sta

nd

ard

Tw

o

Ma

teria

ls a

nd

Th

eir

Pro

per

ties

Str

an

d O

ne

Pro

per

ties

an

d S

tru

ctu

res

of

Ma

teria

ls

Su

bst

ran

d A

. O

bse

rvab

le p

hy

sica

l p

rop

erti

es c

an b

e

use

d t

o c

lass

ify m

ate

rial

s.

Thes

e p

hysi

cal

pro

per

ties

may i

ncl

ud

e so

lub

ilit

y,

mas

s, m

agnet

ism

, an

d e

lect

rica

l

cond

uct

ivit

y.

To

ols

such a

s gra

duat

ed c

yli

nd

ers,

bal

ance

s, r

ule

rs,

mag

nif

iers

, si

mp

le c

ircu

its,

and

mag

net

s ar

e use

d t

o s

tud

y t

he

ph

ysi

cal

pro

per

ties

.

Pro

cess

es t

o c

reat

e a

circ

uit

syst

em

.

Ap

pli

cati

on o

f el

ectr

icit

y a

nd

mag

net

ism

in t

he

inte

ract

ion o

f

scie

nce

and

tec

hno

log

y

(ap

pli

cati

on i

s co

ver

ed i

n r

ead

ing

s

but

no

t th

roug

h i

nvest

igat

ive

acti

vit

ies

wit

hin

kit

)

Invest

igate

the

forc

e o

f m

ag

neti

sm

and

the

cond

itio

ns

that

may a

ffec

t

mag

net

ism

Rea

sonin

g a

nd

Exp

lanat

ion:

Co

mp

arin

g/c

on

tras

ting d

iffe

rent

typ

es o

f ci

rcuit

s.

Inte

ract

ions

bet

wee

n e

lect

rici

ty

and

mat

eria

ls.

Acc

ura

te d

ata

coll

ecti

on i

s to

pro

vid

e ev

iden

ce t

o c

om

par

e w

ith

the

pre

dic

tio

n.

Acc

ura

tely

co

llec

t d

ata

usi

ng

ob

serv

atio

ns,

sim

ple

to

ols

and

equip

ment

Big

Id

eas

A s

erie

s ci

rcuit

has

only

one

pat

hw

ay f

or

elec

tric

ity t

o f

low

thro

ugh.

A p

aral

lel

circ

uit

has

two

or

mo

re

pat

hw

ays

for

elec

tric

ity t

o f

low

thro

ugh.

What

hap

pen

s to

a l

igh

t b

ulb

wh

en c

onnec

ted

to

a c

om

ple

te

circ

uit

and

exp

lain

wh

y?

Giv

en m

etall

ic a

nd

no

n-

met

alli

c o

bje

cts,

exp

lain

wh

ich

yo

u w

ou

ld u

se t

o c

om

ple

te a

circ

uit

and

wh

y?

Ho

w i

s th

e fl

ow

of

elec

tric

ity

the

sam

e an

d d

iffe

rent

in a

seri

es v

ersu

s p

aral

lel

circ

uit

?

Ho

w w

ou

ld y

ou t

ell?

Giv

en c

erta

in m

ater

ials

, ho

w

wo

uld

yo

u c

lass

ify t

hem

as

mag

net

ic/n

on-m

ag

net

ic?

Lea

rnin

g T

arg

ets:

Co

nst

ruct

a s

imp

le c

ircu

it.

Dra

w a

co

mp

lete

cir

cuit

.

Rec

og

niz

e key c

om

po

nents

of

an e

lect

ric

circ

uit

.

Tra

ce t

he

pat

h o

f el

ectr

icit

y

thro

ugh a

co

mp

lete

cir

cuit

.

Man

ipula

te s

elec

ted

mate

rial

s

such a

s w

ires

, cl

ips,

a b

atte

ry,

and

a b

ulb

.

Und

erst

and

the

funct

ion o

f a

swit

ch.

Dis

ting

uis

h c

ond

uct

ors

fro

m

Sto

ries

” q

ues

tio

ns

Su

gg

este

d S

um

ma

tiv

e

Ass

essm

en

ts:

End

-of-

unit

Su

mm

ativ

e

Ass

essm

ent

Rub

rics

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y

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nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Sta

nd

ard

Th

ree

En

erg

y a

nd

Its

Eff

ects

Str

an

d O

ne

Th

e F

orm

s a

nd

So

urc

es

of

En

erg

y

Su

bst

ran

d F

. T

he

ener

gy o

bta

ined

fro

m e

lect

rica

l

outl

ets

is e

lect

rica

l en

erg

y t

hat

was

pro

duce

d a

t an

elec

tric

al p

ow

er p

lant.

Ele

ctri

cal

ener

gy

can

be

gener

ated

and

then

tra

nsm

itte

d

over

gre

at d

ista

nce

s.

Bat

teri

es a

re p

ort

able

so

urc

es o

f

elec

tric

al e

ner

gy.

Str

an

d T

wo

Fo

rces

an

d t

he

Tra

nsf

er o

f E

ner

gy

Su

bst

ran

d A

. F

orc

e is

an

y p

ush

or

pull

exer

ted

by

one

ob

ject

on a

no

ther

. S

om

e fo

rces

(e.

g.,

mag

net

ic

forc

es a

nd

gra

vit

y)

can m

ake

thin

gs

mo

ve

wit

ho

ut

touch

ing t

hem

.

Su

bst

ran

d F

. T

he

ener

gy o

f el

ectr

icit

y i

s tr

ansf

erre

d

to e

lect

rica

l d

evic

es t

hro

ug

h s

imp

le c

lose

d c

ircu

its

(sim

ple

ser

ies

or

sim

ple

par

alle

l ci

rcuit

s).

Su

bst

ran

d G

. S

om

e m

ate

rial

s al

low

ele

ctri

city

to

flo

w

free

ly (

cond

uct

ors

), w

hil

e o

ther

mate

rial

s in

hib

it t

he

flo

w o

f el

ectr

icit

y (

insu

lato

rs).

Str

an

d T

hre

e

En

erg

y I

nte

ract

ing

wit

h M

ate

ria

ls;

Th

e

Tra

nsf

orm

ati

on

an

d C

on

serv

ati

on

of

En

erg

y

Su

bst

ran

d C

. E

lect

rica

l en

erg

y i

n c

ircuit

s ca

n b

e

chan

ged

(tr

ansf

orm

ed)

into

lig

ht,

hea

t, s

ound

, an

d t

he

ener

gy o

f m

oti

on.

The

stre

ngth

of

an e

lect

rica

l

curr

ent

can b

e var

ied

dep

end

ent

on

the

nu

mb

er o

f el

ectr

ical

so

urc

es

and

the

dis

tance

ele

ctri

city

tra

vel

s.

Met

al m

ater

ials

co

nd

uct

ele

ctri

city

and

no

n-m

etal

mat

eria

ls a

re

insu

lato

rs a

nd

do

no

t co

nd

uct

elec

tric

ity.

Mag

nets

wil

l at

trac

t ir

on a

nd

ste

el,

Mag

neti

c fo

rces

can a

ttra

ct o

r re

pel

each

oth

er,

We

use

tro

ub

le-s

ho

oti

ng s

trat

egie

s

or

reas

onab

le e

vid

ence

to

co

mp

lete

an i

nco

mp

lete

cir

cuit

,

Ele

ctri

cal

ener

gy i

n c

ircuit

s ca

n b

e

chan

ged

(tr

ansf

orm

ed)

into

lig

ht,

hea

t, s

ou

nd

(te

legra

ph)

and

th

e

ener

gy o

f m

oti

on.

The

purp

ose

of

accu

rate

dat

a

coll

ecti

on i

s to

pro

vid

e ev

iden

ce i

n

the

form

of

a d

ata

char

t, l

ine

and

bar

gra

ph t

o c

om

par

e w

ith t

heir

pre

dic

tio

n.

Fai

r te

st d

esig

n s

up

po

rts

the

val

idit

y o

f th

e in

ves

tigat

ion.

So

met

imes

it

is n

ot

po

ssib

le t

o

kno

w e

ver

yth

ing t

hat

wil

l hav

e an

effe

ct

on t

he

inves

tigat

ion o

r

contr

ol

all

cond

itio

ns

thro

ugh t

he

com

par

iso

n o

f in

vest

igat

ion r

esu

lts

wit

h o

ther

s.

insu

lato

rs.

Tro

ub

lesh

oo

t a

pro

ble

m i

n a

n

elec

tric

cir

cuit

.

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y

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Str

an

d F

ou

r

Pro

du

ctio

n,

Co

nsu

mp

tio

n a

nd

th

e A

pp

lica

tio

n o

f

En

erg

y

Su

bst

ran

d A

. T

he

pro

duct

ion o

f m

ost

of

the

ener

gy

that

we

use

in o

ur

dai

ly l

ives

co

mes

fro

m e

ner

gy

sto

red

in n

atura

l re

sourc

es.

T

he

quan

tity

of

thes

e re

sourc

es

is

lim

ited

, so

it

is i

mp

ort

ant

to c

onse

rve

our

nat

ura

l

reso

urc

es b

y u

sing t

hem

wis

ely

.

Un

it T

hre

e:

Sk

y W

atc

her

s

Tim

elin

e: 5

wee

ks

Sta

nd

ard

On

e

Na

ture

an

d A

pp

lica

tio

n o

f S

cien

ce a

nd

Tec

hn

olo

gy

Str

an

d O

ne

Un

der

sta

nd

ing

an

d A

bil

itie

s o

f S

cien

tifi

c In

qu

iry

Su

bst

ran

d A

. U

nd

erst

and

that

: S

cien

tifi

c

invest

igat

ions

invo

lve

askin

g a

fo

cuse

d s

cienti

fic

ques

tio

n.

Invest

igat

ion

s d

iffe

r d

epen

din

g u

po

n t

he

ques

tio

n b

eing a

sked

.

Su

bst

ran

d B

. U

nd

erst

and

that

: F

air

test

des

ign

sup

po

rts

the

val

idit

y o

f th

e in

ves

tigati

on.

So

meti

mes

it

is n

ot

po

ssib

le t

o k

no

w e

ver

yth

ing t

hat

wil

l have

an

effe

ct

on t

he

inves

tigat

ion o

r co

ntr

ol

all

cond

itio

ns.

Su

bst

ran

d C

. U

nd

erst

and

that:

The

purp

ose

of

accu

rate

dat

a co

llec

tio

n i

s to

pro

vid

e ev

iden

ce t

o

com

par

e w

ith t

he

pre

dic

tio

n.

Su

bst

ran

d D

. U

nd

erst

and

that:

The

bo

dy o

f sc

ienti

fic

kno

wle

dge

gro

ws

as s

cienti

sts

ask q

uest

ion

s, c

ond

uct

invest

igat

ions,

dev

elo

p e

xp

lan

atio

ns

and

co

mp

are

resu

lts

wit

h w

hat

is

alre

ady k

no

wn.

Su

bst

ran

d E

. U

nd

erst

and

that:

The

purp

ose

of

Co

nce

pts

Ob

serv

e th

e cycl

es o

r p

red

icta

ble

pat

tern

of

the

mo

on p

hase

s.

Use

of

techno

log

y t

o g

ather

pla

net

ary d

ata

for

com

par

iso

n.

Invest

igate

the

pat

tern

of

the

sun

’s

mo

vem

ent

acro

ss t

he

sky a

nd

its

effe

cts

.

Ob

serv

e d

iffe

rent

ob

ject

s in

th

e

day

tim

e and

nig

htt

ime

sky.

Usi

ng m

od

els

to d

em

onst

rate

that

rota

tio

n,

revo

luti

on

s, d

ay,

nig

ht,

and

sea

son

s ar

e re

pea

ting

pre

dic

tab

le p

atte

rns.

Big

Id

eas

Sci

enti

fic

inq

uir

y i

nvo

lves

ask

ing

scie

nti

fica

lly o

rien

ted

ques

tio

ns,

coll

ecti

ng e

vid

ence

, fo

rmin

g

exp

lanat

ions,

co

nnec

tin

g

exp

lanat

ions

to s

cienti

fic

kno

wle

dge

and

theo

ry,

and

Ess

en

tia

l Q

ues

tio

ns:

Ho

w h

ave

pas

t sc

ien

tifi

c

contr

ibuti

on

s in

fluence

d c

urr

ent

scie

nti

fic

und

erst

and

ing o

f th

e

wo

rld

?

What

pre

dic

tab

le,

ob

serv

able

pat

tern

s o

ccur

as a

res

ult

of

the

inte

ract

ion b

etw

een t

he

Ear

th,

Mo

on,

and

Su

n? W

hat

cau

ses

thes

e p

atte

rns?

What

is

Ear

th’s

pla

ce i

n t

he

So

lar

Syst

em

?

Ho

w h

as t

echno

log

y e

xp

and

ed

our

kno

wle

dge

of

the

Ear

th,

Mo

on,

and

Su

n S

yst

em

?

Lea

rnin

g T

arg

ets:

Mea

sure

and

rec

ord

tem

per

ature

Mea

sure

and

rec

ord

hei

ght

of

shad

ow

s

Su

gg

este

d F

orm

ati

ve

Ass

essm

en

ts:

Act

ivit

y S

hee

ts

Invest

igati

on

s

Exp

erim

ents

Ob

serv

atio

n

Su

gg

este

d S

um

ma

tiv

e

Ass

essm

en

ts:

End

-of-

unit

Su

mm

ativ

e

asse

ssm

ent

Per

form

ance

tas

ks

Tra

nsf

er t

ask

s

Rub

rics

/chec

kli

sts

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y

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

com

mu

nic

atin

g i

s to

shar

e and

just

ify r

esult

s.

Sci

enti

sts

com

mu

nic

ate

thei

r re

sult

s to

oth

ers,

incl

ud

ing t

he

det

ails

that

allo

w o

ther

s to

rep

lica

te t

he

resu

lts.

Su

bst

ran

d F

. U

nd

erst

and

that

: T

he

use

of

mat

hem

ati

cs,

read

ing,

wri

tin

g,

and

tec

hno

log

y a

re

imp

ort

ant

in c

ond

uct

ing s

cienti

fic

inq

uir

ies.

Str

an

d T

wo

Sci

ence

, T

ech

no

log

y a

nd

So

ciet

y

Su

bst

ran

d A

. S

cien

ce a

nd

tec

hno

log

y a

re r

elat

ed.

Tec

hno

log

y p

rovid

es t

he

too

ls n

eed

ed f

or

scie

nce

to

invest

igat

e q

uest

ion

s an

d m

ay p

rovid

e so

luti

ons

to

soci

ety’s

pro

ble

ms,

wants

, o

r nee

ds.

N

ot

all

tech

no

logic

al s

olu

tio

ns

are

effe

ctiv

e, u

nif

orm

ly

ben

efic

ial,

or

equal

ly a

vai

lab

le t

o e

ver

yo

ne.

Sta

nd

ard

Fo

ur

Ea

rth

in

Sp

ace

Str

an

d O

ne

Th

e E

art

h/M

oo

n/S

un

Sy

stem

Su

bst

ran

d A

. T

he

app

aren

t pat

h o

f th

e S

un,

as s

een

fro

m E

arth

, is

fro

m e

ast

to

west

. O

ver

the

cours

e o

f a

day

, hal

f o

f th

e E

arth

is

alw

ay

s il

lum

inat

ed b

y t

he

Sun

causi

ng d

ay,

and

the

hal

f no

t il

lum

inat

ed b

y t

he

Su

n

exp

erie

nce

s nig

htt

ime.

Su

bst

ran

d B

. T

he

cycl

e fr

om

day

to

nig

ht

is c

ause

d b

y

the

Ear

th’s

ro

tati

on.

Ear

th u

nd

ergo

es o

ne

com

ple

te

rota

tio

n a

bo

ut

ever

y 2

4 h

ours

.

Su

bst

ran

d C

. T

he

Mo

on o

rbit

s th

e E

arth

. T

he

app

eara

nce

of

the

Mo

on c

han

ges

as

it m

oves

thro

ug

h

its

orb

it.

Thes

e ch

anges

are

call

ed p

has

es.

com

mu

nic

atin

g a

nd

just

ifyin

g t

he

exp

lanat

ion.

Und

erst

and

ing p

ast

pro

cess

es a

nd

contr

ibuti

on

s is

ess

enti

al i

n

buil

din

g s

cienti

fic

kno

wle

dge.

Ther

e ar

e o

bse

rvab

le,

pre

dic

tab

le

pat

tern

s o

f m

ovem

ent

in t

he

Ear

th,

Mo

on,

and

Su

n s

yst

em

that

acco

unt

for

day

and

nig

ht.

Tec

hno

log

y e

xp

and

s o

ur

kno

wle

dge

of

the

Ear

th,

Mo

on

, an

d

Su

n S

yst

em

.

Ear

th i

s p

art

of

a sy

stem

that

incl

ud

es o

ther

pla

net

s.

Use

sim

ple

to

ols

to

tak

e

mea

sure

ments

inclu

din

g

tem

per

ature

and

hei

ght,

Use

mo

del

s to

dem

onst

rate

an

d

des

crib

e ro

tati

on a

nd

revo

luti

on,

day a

nd

nig

ht,

and

seas

onal

chan

ge,

Illu

stra

te m

oo

n p

has

es,

shad

ow

trac

ing

s, a

nd

fea

ture

s in

the

day

and

nig

ht

sky,

Co

nd

uct

sim

ple

exp

erim

ents

and

dra

w c

oncl

usi

ons

fro

m t

he

resu

lts,

Mak

e p

red

icti

ons

abo

ut

the

suns

po

siti

on i

n t

he

sky,

tem

per

ature

s in

su

nli

ght

and

shad

e, a

nd

phas

es

of

the

mo

on

,

Co

mm

unic

ate

id

eas,

ob

serv

atio

ns,

and

exp

erie

nce

s

thro

ugh d

iscuss

ion,

wri

tin

g,

and

dra

win

gs,

Ob

serv

e ch

arac

teri

stic

s o

f th

e

pla

net

s,

Cre

ate

a m

od

el o

f th

e so

lar

syst

em

,

Ob

serv

e th

e si

ze o

f th

e su

n a

nd

mo

on i

n t

he

sky

Use

mo

del

s to

ill

ust

rate

the

app

roxim

ate

siz

e an

d d

ista

nce

rela

tio

nsh

ip b

etw

een t

he

sun

and

the

mo

on

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y

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Su

bst

ran

d D

. T

he

Sun i

s m

uch l

arger

than t

he

Mo

on.

Alt

ho

ug

h t

he

Mo

on i

s cl

ose

r to

Ear

th t

han

the

Sun,

the

two

ap

pea

r to

be

the

sam

e si

ze w

hen

vie

wed

fro

m

Ear

th.

This

is

bec

ause

ob

ject

s ap

pea

r sm

alle

r as

the

dis

tance

fro

m t

he

vie

wer

incr

eas

es.

Str

an

d T

wo

Th

e S

ola

r S

yst

em

Su

bst

ran

d A

. E

arth

is

one

of

the

pla

net

s in

our

So

lar

Syst

em

that

orb

its

the

Su

n.

The

Sun w

e se

e d

uri

ng t

he

day

is

our

nea

rest

sta

r.

Sta

rs w

e se

e at

nig

ht

lie

outs

ide

our

So

lar

Syst

em

Str

an

d F

ou

r

Tec

hn

olo

gy

an

d A

pp

lica

tio

ns

Su

bst

ran

d A

. H

um

anit

y’s

vie

w o

f th

e S

ola

r S

yst

em

has

exp

and

ed e

no

rmo

usl

y a

s a r

esult

of

our

exp

lora

tio

n

of

oute

r sp

ace.

T

he

Hub

ble

tel

esco

pe

giv

es

us

a b

ette

r

vie

w o

f th

e m

any p

lanet

s th

an t

he

vie

w w

e have

fro

m

the

Ear

th.

Ro

bo

t p

rob

es,

sent

to p

lanet

s, s

end

bac

k

clo

se-u

p p

ictu

res

of

thei

r su

rface

s.

Exp

lain

wh

y t

he

sun a

nd

mo

on

app

ear

to b

e si

mil

ar i

n s

ize

wh

en o

bse

rved

in t

he

sky

Use

pho

tos

gat

her

ed f

rom

terr

estr

ial

tele

sco

pes

, ro

bo

t

pro

bes

, th

e H

ub

ble

tel

esco

pe

and

manned

exp

lora

tio

n o

f th

e

mo

on t

o e

xam

ine

pic

ture

s

of

the

pla

nets

and

mo

on

Un

it F

ou

r: S

tru

ctu

res

of

Lif

e

Tim

elin

e:

8 w

eek

s

Sta

nd

ard

On

e

Na

ture

an

d A

pp

lica

tio

n o

f S

cien

ce a

nd

Tec

hn

olo

gy

Str

an

d O

ne

Un

der

sta

nd

ing

s a

nd

Ab

ilit

ies

of

Sci

enti

fic

Inq

uir

y

Su

bst

ran

d A

. U

nd

erst

and

that

: S

cien

tifi

c

invest

igat

ions

invo

lve

askin

g a

fo

cuse

d s

cienti

fic

ques

tio

n.

Invest

igat

ion

s d

iffe

r d

epen

din

g u

po

n t

he

ques

tio

n b

eing a

sked

.

Su

bst

ran

d C

. U

nd

erst

and

that:

The

purp

ose

of

accu

rate

dat

a co

llec

tio

n i

s to

pro

vid

e ev

iden

ce t

o

Co

nce

pts

Ob

serv

atio

n a

nd

Evid

ence

:

Ob

serv

e th

e d

iffe

rent

pro

per

ties

of

seed

s

Pro

cess

es t

o o

bse

rve

the

life

cycl

e

of

org

anis

ms

Des

crib

e o

rgan

ism

s in

ter

ms

of

thei

r p

hysi

cal

stru

cture

s and

funct

ions

Acc

ura

te d

ata

coll

ecti

on i

s to

Ess

en

tia

l Q

ues

tio

ns:

Ho

w d

oes

str

uctu

re r

elat

e to

funct

ion i

n l

ivin

g s

yst

em

s?

Ho

w d

o r

esp

onse

s to

in

tern

al

and

exte

rnal

cues

aid

in a

n

org

anis

m’s

surv

ival

?

Ho

w d

o o

rgan

ism

s change

as

they g

o t

hro

ug

h t

heir

lif

e

cycl

es?

Su

gg

este

d F

orm

ati

ve

Ass

essm

en

ts:

Invest

igati

on

s

Exp

erim

ents

Ob

serv

atio

ns

and

rec

ord

ed

dat

a

FO

SS

Scie

nce

Sto

ries

and

afte

r re

adin

g q

ues

tio

ns

H - 40

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y

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

com

par

e w

ith t

he

pre

dic

tio

n.

Su

bst

ran

d B

. U

nd

erst

and

that

: F

air

test

des

ign

sup

po

rts

the

val

idit

y o

f th

e in

ves

tigati

on.

So

meti

mes

it

is n

ot

po

ssib

le t

o k

no

w e

ver

yth

ing t

hat

wil

l have

an

effe

ct

on t

he

inves

tigat

ion o

r co

ntr

ol

all

cond

itio

ns.

Su

bst

ran

d D

. U

nd

erst

and

that:

The

bo

dy o

f sc

ienti

fic

kno

wle

dge

gro

ws

as s

cienti

sts

ask q

uest

ion

s, c

ond

uct

invest

igat

ions,

dev

elo

p e

xp

lan

atio

ns

and

co

mp

are

resu

lts

wit

h w

hat

is

alre

ady k

no

wn.

Su

bst

ran

d E

. U

nd

erst

and

that:

The

purp

ose

of

com

mu

nic

atin

g i

s to

shar

e and

just

ify r

esult

s.

Sci

enti

sts

com

mu

nic

ate

thei

r re

sult

s to

oth

ers,

incl

ud

ing t

he

det

ails

that

allo

w o

ther

s to

rep

lica

te t

he

resu

lts

Su

bst

ran

d F

. U

nd

erst

and

that

: T

he

use

of

mat

hem

ati

cs,

read

ing,

wri

tin

g,

and

tec

hno

log

y a

re

imp

ort

ant

in c

ond

uct

ing s

cienti

fic

inq

uir

ies.

Str

an

d T

wo

Sci

ence

, T

ech

no

log

y a

nd

So

ciet

y

Su

bst

ran

d A

. S

cien

ce a

nd

tec

hno

log

y a

re r

elat

ed.

Tec

hno

log

y p

rovid

es t

he

too

ls n

eed

ed f

or

scie

nce

to

invest

igat

e q

uest

ion

s an

d m

ay p

rovid

e so

luti

ons

to

soci

ety’s

pro

ble

ms,

wants

, o

r nee

ds.

N

ot

all

tech

no

logic

al s

olu

tio

ns

are

effe

ctiv

e, u

nif

orm

ly

ben

efic

ial,

or

equal

ly a

vai

lab

le t

o e

ver

yo

ne.

Sta

nd

ard

Six

Lif

e P

roce

sses

Str

an

d O

ne

Str

uct

ure

/Fu

nct

ion

Rela

tio

nsh

ip

pro

vid

e ev

iden

ce t

o c

om

par

e w

ith

the

pre

dic

tio

n

Chan

ge:

Ob

serv

e ho

w w

ater

bri

ng

s

abo

ut

chan

ge

in a

see

d

Co

ntr

ol

and

Co

nd

itio

ns:

Invest

igate

the

eff

ects

of

wate

r,

lig

ht

and

nutr

ients

on t

he

gro

wth

of

seed

s an

d p

lants

Acc

ura

tely

co

llec

t d

ata

usi

ng

ob

serv

atio

ns,

sim

ple

to

ols

, an

d

equip

ment.

Dis

pla

y a

nd

org

aniz

e

dat

a in

tab

les,

char

ts,

dia

gra

ms,

and

bar

gra

phs.

Co

mp

are

and

ques

tio

n

resu

lts

wit

h a

nd

fro

m o

ther

s.

Co

mp

are

and

co

ntr

ast

the

beh

avio

r

of

dif

fere

nt

org

anis

ms

Iden

tify

and

des

crib

e th

e st

ructu

res

of

an o

rganis

m t

hat

all

ow

it

to

surv

ive

in i

ts e

nvir

on

men

t/hab

itat

Rea

sonin

g a

nd

Exp

lanat

ion:

Co

mp

arin

g/c

on

tras

ting d

iffe

rent

kin

ds

of

org

anis

ms

and

thei

r

stru

cture

s/fu

nct

ions

Big

Id

eas

See

ds

have

spec

ific

str

uctu

res

and

funct

ions.

A s

eed

is

a (d

orm

an

t) l

ivin

g

org

anis

m.

See

ds

und

ergo

changes

in t

he

Ho

w a

re o

rgan

ism

s o

f th

e sa

me

kin

d a

like

and

dif

fere

nt

fro

m

each

oth

er?

Ho

w d

oes

an o

rganis

m d

epen

d

on i

ts b

asic

nee

ds

for

its

surv

ival

and

gro

wth

.

Lea

rnin

g T

arg

ets:

Ob

serv

e d

ry s

eed

s an

d e

xp

lain

wh

at s

eed

s nee

d t

o g

erm

inat

e.

Ob

serv

e so

aked

see

ds.

Desc

rib

e

chan

ges

bet

wee

n t

he

dry

and

soak

ed b

ean s

eed

s u

sing c

orr

ect

term

ino

log

y f

or

the

seed

par

ts.

Lab

el s

truct

ure

s o

n a

bea

n s

eed

.

Des

crib

e th

e fu

nct

ion o

f th

e

seed

co

at,

coty

led

on,

and

em

bry

o.

Anal

yze

a b

ar g

rap

h t

o d

escr

ibe

pan

t gro

wth

usi

ng e

vid

ence

fro

m t

he

bar

gra

ph.

Iden

tify

and

des

crib

e th

e

funct

ion o

f th

e le

af,

stem

,

flo

wer

, ro

ot

and

see

d.

Rec

og

niz

e th

e S

un a

s th

e

sourc

e o

f en

erg

y f

or

pla

nts

.

Iden

tify

str

uct

ure

s th

at a

llo

w

pla

nt

seed

s to

dis

per

se.

Co

mp

are

life

cycl

es o

f p

lants

Su

gg

este

d S

um

ma

tiv

e

Ass

essm

en

ts:

Po

st s

um

mat

ive

asse

ssm

ent

H - 41

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op

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1 b

y

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Su

bst

ran

d A

. S

truct

ure

s th

at f

unct

ion f

or

sim

ilar

purp

ose

s in

liv

ing t

hin

gs

may h

ave

dif

fere

nt

app

eara

nce

s.

Su

bst

ran

d C

. O

rgan

ism

s ca

n b

e gro

up

ed b

ased

on

sim

ilar

itie

s and

dif

fere

nce

s in

thei

r st

ruct

ure

s an

d

funct

ions.

T

hes

e m

ay i

ncl

ud

e ch

arac

teri

stic

s su

ch a

s

app

end

ages

, ro

ots

and

lea

ves

of

pla

nts

, o

r th

e p

rese

nce

or

lack

of

a b

ackb

one

Str

an

d T

wo

Ma

tter

an

d E

ner

gy

Tra

nsf

orm

ati

on

s

Su

bst

ran

d A

. P

lants

nee

d t

he S

un’s

ener

gy t

o g

row

and

surv

ive.

Su

bst

ran

d B

. A

nim

als

nee

d f

oo

d t

o p

rovid

e m

ater

ials

and

ener

gy f

or

life

wh

ich t

hey

der

ive

dir

ectl

y o

r

ind

irec

tly f

rom

pla

nts

.

Str

an

d T

hre

e

Reg

ula

tio

n a

nd

Beh

av

ior

Su

bst

ran

d A

. A

n o

rganis

m d

isp

lays

beh

avio

rs i

n

resp

onse

to

inte

rnal

cues,

such

as

hu

nger

, an

d e

xte

rnal

cues

, su

ch a

s li

ght,

tem

per

ature

, o

r in

tera

ctio

n w

ith

livin

g t

hin

gs.

Su

bst

ran

d B

. T

her

e ar

e si

mil

arit

ies

and

dif

fere

nce

s in

ho

w o

rganis

ms

resp

ond

to

inte

rnal

and

exte

rnal

cues.

Thes

e b

ehav

iors

may i

ncl

ud

e st

rate

gie

s fo

r ac

quir

ing

foo

d,

buil

din

g s

hel

ters

, o

r ev

adin

g p

red

ato

rs.

Sta

nd

ard

Sev

en

Div

ersi

ty a

nd

Co

nti

nu

ity

of

Liv

ing

Th

ing

s

Str

an

d O

ne

Rep

rod

uct

ion

, H

ered

ity

an

d D

evel

op

men

t

pre

sence

of

wat

er.

Pla

nts

nee

d w

ater

, li

ght,

and

nutr

ients

to

gro

w.

Ind

ivid

ual

org

anis

ms

beh

ave

and

use

thei

r st

ructu

res

to r

esp

ond

to

inte

rnal

and

exte

rnal

sti

mu

li t

o

imp

rove

their

chan

ces

of

surv

ival

.

Sim

ilar

str

uct

ure

s fo

und

on

dif

fere

nt

org

anis

ms

(e.g

., e

yes

,

ears

, m

outh

s) h

ave

sim

ilar

funct

ions

and

enab

le t

ho

se

org

anis

ms

to s

urv

ive

and

rep

rod

uce

in d

iffe

rent

envir

on

ments

.

Ther

e ar

e si

mil

arit

ies

and

dif

fere

nce

s w

ith r

egar

ds

to t

he l

ife

cycl

es o

f d

iffe

rent

org

anis

ms.

Pla

nts

can

be

gro

wn u

sin

g

hyd

rop

onic

s.

Org

anis

ms

nee

d w

ater

, fo

od

, ai

r,

and

sp

ace

to s

urv

ive.

An o

rgan

ism

’s s

truct

ure

is

shap

ed

by i

ts f

unct

ion.

and

anim

als.

Mea

sure

length

in c

enti

met

ers.

Des

crib

e th

e ro

le o

f m

olt

ing i

n

a cr

ayfi

sh.

Exp

lain

ho

w t

he

abil

ity o

f a

cray

fish

to

surv

ive

is a

ffec

ted

by i

ts p

hysi

cal

stru

cture

s,

beh

avio

rs a

nd

phase

in t

he

life

cycl

e.

Exp

lain

the

terr

ito

rial

nat

ure

of

cray

fish

and

thei

r b

ehavio

rs.

Exp

lain

ho

w s

tructu

res

on

anim

als

allo

w f

or

them

to

surv

ive.

H - 42

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1 b

y

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Su

bst

ran

d A

. P

hysi

cal

char

acte

rist

ics

are

pas

sed

on

fro

m p

aren

t to

off

spri

ng.

Org

anis

ms

wit

h t

wo

par

ents

inher

it c

har

acte

rist

ics

of

bo

th.

Su

bst

ran

d B

. A

n o

rgan

ism

’s p

hysi

cal

app

eara

nce

can

chan

ge

wit

ho

ut

the

chan

ge

bei

ng p

asse

d o

n t

o i

ts

off

spri

ng (

e.g.,

dyed

hai

r, l

oss

of

a cl

aw

).

Su

bst

ran

d C

. M

ost

pla

nts

go

thro

ug

h a

lif

e cycl

e o

f

ger

min

atio

n,

gro

wth

, d

evelo

pm

ent,

rep

rod

uct

ion,

and

dea

th.

Str

an

d T

wo

Div

ersi

ty a

nd

Ev

olu

tio

n

Su

bst

ran

d A

. O

rganis

ms

of

the

sam

e ty

pe

var

y i

n

app

eara

nce

. T

hes

e var

iati

on

s m

ay p

rovid

e an

advan

tage

in r

epro

duct

ion a

nd

surv

ival

.

Str

an

d T

hre

e

Tec

hn

olo

gy

an

d A

pp

lica

tio

ns

Su

bst

ran

d A

. T

hro

ugh t

he

use

of

bio

tech

no

log

y,

scie

nti

sts

engin

eer

pla

nts

and

man

ipula

te g

row

ing

cond

itio

ns

to m

eet

hu

man

nee

ds

and

wants

(e.

g.,

fru

its

wit

ho

ut

seed

s, h

yd

rop

onic

s).

Sta

nd

ard

Eig

ht

Eco

log

y

Str

an

d O

ne

Inte

ract

ion

s W

ith

in t

he

En

vir

on

men

t

Su

bst

ran

d B

. A

ll l

ivin

g o

rganis

ms

inte

ract

wit

h t

he

livin

g a

nd

no

nli

vin

g p

arts

of

thei

r su

rro

und

ing

s to

mee

t

thei

r nee

ds

for

surv

ival

. T

hes

e in

tera

ctio

ns

lead

to

a

const

ant

exchange

of

mat

ter.

Su

bst

ran

d C

. A

dap

tati

on

s in

org

anis

ms

enab

le t

hem

H - 43

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1 b

y

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

to l

ive

and

rep

rod

uce

in c

erta

in e

nvir

on

ments

. T

ho

se

org

anis

ms

that

are

bes

t su

ited

fo

r a

par

ticu

lar

envir

on

ment

hav

e ad

apta

tio

ns

that

all

ow

them

to

com

pet

e fo

r av

aila

ble

res

ourc

es a

nd

co

pe

wit

h t

he

ph

ysi

cal

cond

itio

ns

of

thei

r im

med

iate

surr

ound

ing

s.

H - 44

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op

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1 b

y

Cu

rric

ulu

m F

ram

ewo

rk S

cien

ce

Sch

oo

l: T

ho

ma

s E

dis

on

Ch

art

er

Sch

oo

l

Cu

rric

ula

r T

oo

l: D

E S

cien

ce C

oa

liti

on

G

rad

e: 5

T

each

er:

__

__

__

___

___

___

__

__

__

_

S

tan

da

rds

Ali

gn

men

t

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Un

it O

ne:

Mo

tio

ns

an

d D

esig

ns

Tim

elin

e :

10

wee

ks

Sta

nd

ard

On

e

Th

e N

atu

re a

nd

Ap

pli

cati

on

of

Sci

ence

s a

nd

Tec

hn

olo

gy

Str

an

d O

ne

Un

der

sta

nd

ing

s a

nd

Ab

ilit

ies

of

Sci

enti

fic

Inq

uir

y

Su

bst

ran

d A

. U

nd

erst

and

that

: S

cien

tifi

c

invest

igat

ions

invo

lve

askin

g a

fo

cuse

d s

cienti

fic

ques

tio

n.

Invest

igat

ion

s d

iffe

r d

epen

din

g u

po

n t

he

ques

tio

n b

eing a

sked

.

Su

bst

ran

d B

. U

nd

erst

and

that

: F

air

test

des

ign

sup

po

rts

the

val

idit

y o

f th

e in

ves

tigati

on

. S

om

eti

mes

it i

s no

t p

oss

ible

to

kno

w e

ver

yth

ing t

hat

wil

l hav

e an

effe

ct

on t

he

inves

tigat

ion o

r co

ntr

ol

all

cond

itio

ns.

Su

bst

ran

d C

. U

nd

erst

and

that:

The

purp

ose

of

accu

rate

dat

a co

llec

tio

n i

s to

pro

vid

e ev

iden

ce t

o

com

par

e w

ith t

he

pre

dic

tio

n.

Su

bst

ran

d D

. U

nd

erst

and

that:

The

bo

dy o

f sc

ienti

fic

kno

wle

dge

gro

ws

as s

cienti

sts

ask q

uest

ion

s, c

ond

uct

invest

igat

ions,

dev

elo

p e

xp

lan

atio

ns

and

co

mp

are

resu

lts

wit

h w

hat

is

alre

ady k

no

wn.

Su

bst

ran

d E

. U

nd

erst

and

that:

The

purp

ose

of

com

mu

nic

atin

g i

s to

shar

e and

just

ify r

esult

s.

Sci

enti

sts

com

mu

nic

ate

thei

r re

sult

s to

oth

ers,

incl

ud

ing t

he

det

ails

that

allo

w o

ther

s to

rep

lica

te t

he

resu

lts.

Co

nce

pts

Ob

serv

e an

ob

ject

’s m

ovem

ent

and

des

crib

e th

e ch

anges

in m

oti

on.

Co

nst

ruct

mo

del

s to

ob

serv

e

pat

tern

s o

f m

oti

on.

Co

nd

uct

in

ves

tigat

ions

to

reco

gniz

e th

at f

orc

e ca

n c

han

ge

the

spee

d o

f an

ob

ject

.

Ener

gy m

ay b

e st

ore

d i

n m

ateri

als

wit

h e

last

ic p

rop

erti

es.

Inte

ract

ions

of

mat

eria

ls a

ffec

t th

e

mo

tio

n o

f an o

bje

ct.

Des

ign i

nvest

igat

ion

s th

at m

od

ify

a co

ntr

ol

to m

eet

spec

ific

cond

itio

ns.

Big

Id

eas

Mo

vin

g o

bje

cts

hav

e en

erg

y.

Fas

ter

mo

vin

g o

bje

cts

hav

e m

ore

ener

gy t

han s

low

er m

ovin

g

obje

cts.

Ener

gy c

an b

e st

ore

d i

n a

tw

iste

d

rub

ber

ban

d. T

his

ener

gy c

an m

ake

thin

gs

mo

ve.

Ess

en

tia

l Q

ues

tio

ns:

What

hap

pen

s to

the

ener

gy i

n

a sy

stem

— w

her

e d

oes

this

ener

gy c

om

e fr

om

, ho

w i

s it

chan

ged

wit

hin

the

syst

em

,

and

wher

e d

oes

it u

ltim

atel

y g

o?

Ho

w d

oes

the

flo

w o

f ener

gy

affe

ct

the

mat

eria

ls i

n t

he

syst

em

?

Ho

w d

o w

e kno

w t

hat

thin

gs

hav

e ener

gy?

Ho

w c

an e

ner

gy b

e tr

ansf

erre

d

fro

m o

ne

mat

eria

l to

ano

ther

?

What

hap

pen

s to

a m

ater

ial

wh

en e

ner

gy i

s tr

ansf

erre

d t

o

it?

Lea

rnin

g T

arg

ets:

Iden

tify

the

sto

red

ener

gy i

n a

twis

ted

rub

ber

ban

d a

s th

e

sourc

e o

f en

erg

y t

hat

can

cause

a v

ehic

le t

o m

ove.

Exp

lain

ho

w t

he

mo

tio

n o

f a

veh

icle

is

aff

ecte

d b

y m

ore

twis

ts o

f th

e ru

bb

er b

and

(gre

ater

sto

red

ela

stic

ener

gy)

Su

gg

este

d F

orm

ati

ve

Ass

essm

en

ts:

Stu

dent

Wo

rksh

eets

Sel

f ass

essm

ent

and

ref

lect

ion

Ob

serv

atio

n o

f st

ud

ents

and

dis

cuss

ion

s

Veh

icle

Dra

win

gs

Veh

icle

mo

del

s fr

om

tec

hnic

al

dra

win

gs

Pre

dic

tio

ns

Rec

ord

ed o

bse

rvat

ions

and

dat

a

coll

ecti

ons

Su

gg

este

d S

um

ma

tiv

e

Ass

essm

en

ts:

End

-of-

Unit

Su

mm

ativ

e

asse

ssm

ent

Per

form

ance

tas

k

Tra

nsf

er t

ask

s

Rub

rics

/chec

kli

sts

H - 45

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1 b

y

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Su

bst

ran

d F

. U

nd

erst

and

that

: T

he

use

of

mat

hem

ati

cs,

read

ing,

wri

tin

g,

and

tec

hno

log

y a

re

imp

ort

ant

in c

ond

uct

ing s

cienti

fic

inq

uir

ies.

Str

an

d T

wo

Sci

ence

, T

ech

no

log

y a

nd

So

ciet

y

Su

bst

ran

d A

. S

cien

ce a

nd

tec

hno

log

y a

re r

elat

ed.

Tec

hno

log

y p

rovid

es t

he

too

ls n

eed

ed f

or

scie

nce

to

invest

igat

e q

uest

ion

s an

d m

ay p

rovid

e so

luti

ons

to

soci

ety’s

pro

ble

ms,

wants

, o

r n

eed

s.

No

t al

l

tech

no

logic

al s

olu

tio

ns

are

effe

ctiv

e, u

nif

orm

ly

ben

efic

ial,

or

equal

ly a

vai

lab

le t

o e

ver

yo

ne.

Sta

nd

ard

Th

ree

En

erg

y a

nd

Its

Eff

ects

Str

an

d O

ne

Fo

rm

s a

nd

So

urc

es

of

En

erg

y

Su

bst

ran

d B

. T

he

ener

gy o

f a m

ovin

g o

bje

ct d

epen

ds

on i

ts s

pee

d.

Fas

ter

mo

vin

g o

bje

cts

hav

e m

ore

ener

gy

than

slo

wer

mo

vin

g o

bje

cts

Su

bst

ran

d C

. E

ner

gy c

an b

e st

ore

d i

n a

n e

last

ic

mat

eria

l w

hen

it

is s

tret

ched

.

Str

an

d T

wo

Fo

rces

an

d t

he

Tra

nsf

er o

f E

ner

gy

Su

bst

ran

d A

. F

orc

e is

an

y p

ush

or

pull

exer

ted

by

one

ob

ject

on a

no

ther

. S

om

e fo

rces

(e.

g.,

mag

net

ic

forc

es a

nd

gra

vit

y)

can m

ake

thin

gs

mo

ve

wit

ho

ut

touch

ing t

hem

.

Su

bst

ran

d B

. T

he

spee

ds

of

two

or

mo

re o

bje

cts

can

be

com

par

ed (

i.e.

, fa

ster

, sl

ow

er)

by m

easu

rin

g t

he

dis

tance

tra

vele

d i

n a

giv

en u

nit

of

tim

e, o

r b

y

mea

suri

ng t

he

tim

e nee

ded

to

tra

vel

a f

ixed

dis

tance

.

Chan

ges

in t

he

mo

tio

n o

f an

ob

ject

can b

e p

rod

uce

d b

y d

iffe

rent

size

d

forc

es.

Chan

ges

in t

he

mo

tio

n o

f an

ob

ject

can b

e p

rod

uce

d b

y f

orc

es f

rom

dif

fere

nt

dir

ecti

ons.

Sp

eed

is

the

am

oun

t o

f d

ista

nce

trav

eled

over

a c

erta

in a

mo

unt

of

tim

e.

Sp

eed

s o

f o

bje

cts

can b

e co

mp

ared

(fas

ter,

slo

wer

) th

rou

gh k

no

win

g

the

dis

tance

and

tim

e.

or

incr

ease

d

load

(do

wn

war

d a

ctin

g f

orc

e).

Inte

rpre

t d

ata

and

det

erm

ine

wh

ich d

ata

set

bes

t m

eets

the

esta

bli

shed

cri

teri

a.

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1 b

y

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Su

bst

ran

d C

. A

fo

rce

must

be

app

lied

to

chan

ge

the

spee

d o

f a

mo

vin

g o

bje

ct o

r ch

ange

its

dir

ecti

on o

f

mo

tio

n.

Lar

ger

fo

rces

wil

l cr

eate

gre

ater

chan

ges

in

an o

bje

ct’s

sp

eed

in a

giv

en u

nit

of

tim

e.

Su

bst

ran

d D

. P

ush

ing a

nd

pu

llin

g f

orc

es c

an b

e use

d

to t

ransf

er e

ner

gy f

rom

one

ob

ject

to

ano

ther

.

Un

it T

wo

: M

ixtu

res

an

d S

olu

tio

ns

Tim

elin

e:

8 w

eek

s

Sta

nd

ard

On

e

Th

e N

atu

re a

nd

Ap

pli

cati

on

of

Sci

ence

s a

nd

Tec

hn

olo

gy

Str

an

d O

ne

Un

der

sta

nd

ing

s a

nd

Ab

ilit

ies

of

Sci

enti

fic

Inq

uir

y

Su

bst

ran

d A

. U

nd

erst

and

that

: S

cien

tifi

c

invest

igat

ions

invo

lve

askin

g a

fo

cuse

d s

cienti

fic

ques

tio

n.

Invest

igat

ion

s d

iffe

r d

epen

din

g u

po

n t

he

ques

tio

n b

eing a

sked

.

Su

bst

ran

d B

. U

nd

erst

and

that

: F

air

test

des

ign

sup

po

rts

the

val

idit

y o

f th

e in

ves

tigati

on.

So

meti

mes

it i

s no

t p

oss

ible

to

kno

w e

ver

yth

ing t

hat

wil

l hav

e an

effe

ct

on t

he

inves

tigat

ion o

r co

ntr

ol

all

cond

itio

ns.

Su

bst

ran

d C

. U

nd

erst

and

that:

The

purp

ose

of

accu

rate

dat

a co

llec

tio

n i

s to

pro

vid

e ev

iden

ce t

o

com

par

e w

ith t

he

pre

dic

tio

n.

Su

bst

ran

d D

. U

nd

erst

and

that:

The

bo

dy o

f sc

ienti

fic

kno

wle

dge

gro

ws

as s

cienti

sts

ask q

uest

ion

s, c

ond

uct

invest

igat

ions,

dev

elo

p e

xp

lan

atio

ns

and

co

mp

are

resu

lts

wit

h w

hat

is

alre

ady k

no

wn

Su

bst

ran

d E

. U

nd

erst

and

that:

The

purp

ose

of

com

mu

nic

atin

g i

s to

shar

e and

just

ify r

esult

s.

Sci

enti

sts

com

mu

nic

ate

thei

r re

sult

s to

oth

ers,

Co

nce

pts

Mat

eria

ls h

ave

ob

serv

able

and

mea

sura

ble

pro

per

ties

that

can

be

chan

ged

.

Mat

eria

ls h

ave

use

s b

ased

on t

hei

r

stru

cture

and

pro

per

ties

.

So

luti

on

s ar

e d

efin

ed t

hro

ugh

ob

serv

atio

n a

nd

ev

iden

ce.

Big

Id

eas

The

stru

cture

s o

f m

ater

ials

det

erm

ine

thei

r p

rop

erti

es.

The

pro

per

ties

of

a m

ixtu

re a

re

bas

ed o

n t

he

pro

per

ties

of

its

com

po

nents

.

Sci

enti

fic

inq

uir

y i

nvo

lves

ask

ing

scie

nti

fica

lly-o

rien

ted

ques

tio

ns,

coll

ecti

ng e

vid

ence

, fo

rmin

g

exp

lanat

ions,

co

nnec

tin

g

exp

lanat

ions

to s

cienti

fic

kno

wle

dge

and

theo

ry,

and

com

mu

nic

atin

g a

nd

just

ifyin

g t

he

exp

lanat

ion.

The

pro

per

ties

of

a so

luti

on a

re

Ess

en

tia

l Q

ues

tio

ns:

What

makes

a q

uest

ion

scie

nti

fic?

What

co

nst

itute

s ev

idence

?

When

do

yo

u k

no

w y

ou h

ave

eno

ugh e

vid

ence

?

Wh

y i

s it

nec

essa

ry t

o j

ust

ify

and

co

mm

unic

ate

an

exp

lanat

ion?

Ho

w d

o t

he

pro

per

ties

of

mat

eria

ls d

eter

min

e th

eir

use

?

Ho

w c

an t

he

pro

per

ties

of

the

com

po

nents

of

a m

ixtu

re b

e

use

d t

o s

epar

ate

the

mix

ture

?

Ho

w d

o t

he

com

po

nents

det

erm

ine

the

pro

per

ties

of

mix

ture

s?

Lea

rnin

g T

arg

ets:

Pre

dic

t th

e co

mp

on

ents

of

a

mix

ture

.

Wei

gh a

mix

ture

to

det

erm

ine

Su

gg

este

d F

orm

ati

ve

Ass

essm

en

ts:

Res

po

nse

shee

ts

Tea

cher

Ob

serv

atio

ns

End

of

Mo

dule

Ass

ess

ment

FO

SS

Scie

nce

Sto

ries

Sel

f ass

essm

ent

and

ref

lect

ion

s

Pro

ced

ure

s S

hee

ts

Su

gg

este

d S

um

ma

tiv

e

Ass

essm

en

ts:

End

-of-

unit

Su

mm

ativ

e

asse

ssm

ent

Per

form

ance

tas

ks

Tra

nsf

er T

asks

Rub

rics

/chec

kli

sts

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nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

incl

ud

ing t

he

det

ails

that

allo

w o

ther

s to

rep

lica

te t

he

resu

lts.

Su

bst

ran

d F

. U

nd

erst

and

that

: T

he

use

of

mat

hem

ati

cs,

read

ing,

wri

tin

g,

and

tec

hno

log

y a

re

imp

ort

ant

in c

ond

uct

ing s

cienti

fic

inq

uir

ies.

Sta

nd

ard

Tw

o

Ma

teria

ls a

nd

Th

eir P

rop

erti

es

Str

an

d O

ne

Pro

per

ties

an

d S

tru

ctu

res

of

Ma

teria

ls

Su

bst

ran

d A

. O

bse

rvab

le p

hy

sica

l p

rop

erti

es c

an b

e

use

d t

o c

lass

ify m

ate

rial

s.

Thes

e p

hysi

cal

pro

per

ties

may i

ncl

ud

e so

lub

ilit

y,

mas

s, m

agnet

ism

, an

d

elec

tric

al c

ond

uct

ivit

y.

To

ols

such a

s gra

duat

ed

cyli

nd

ers,

bal

ance

s, r

ule

rs,

magnif

iers

, si

mp

le c

ircuit

s,

and

magnet

s ar

e use

d t

o s

tud

y t

he

ph

ysi

cal

pro

per

ties

Su

bst

ran

d B

. H

eati

ng a

nd

co

oli

ng o

f m

ater

ials

may

pro

duce

chan

ges

in t

he

state

of

soli

ds,

liq

uid

s an

d

gas

es.

Str

an

d T

wo

Mix

ture

s a

nd

So

luti

on

s

Su

bst

ran

d A

. M

ost

mat

eria

ls a

re p

hysi

cal

mix

ture

s.

Ph

ysi

cal

mix

ture

s ca

n b

e co

mp

ose

d o

f d

iffe

rent

kin

ds

of

mat

eria

ls,

each

hav

ing d

isti

nct

ph

ysi

cal

pro

per

ties

.

Thes

e p

hysi

cal

pro

per

ty d

iffe

rence

s ca

n b

e use

d t

o

sep

arat

e, s

ort

, an

d g

roup

the

mat

eria

ls o

f th

e m

ixtu

re.

Su

bst

an

da

rd B

. M

ixtu

res

can

co

nsi

st o

f d

iffe

rent

com

bin

atio

ns

of

soli

ds

and

/or

liq

uid

s.

The

char

acte

rist

ics

of

thes

e re

sult

ing m

ixtu

res

dep

end

on

the

rela

tive

am

ou

nts

and

pro

per

ties

of

the

com

po

nen

ts

Su

bst

ran

d C

. P

hysi

cal

pro

per

ties

can

be

use

d t

o

sep

arat

e m

ixtu

res

thro

ug

h t

echniq

ues

such a

s fi

ltra

tio

n

bas

ed o

n t

he

pro

per

ties

of

its

com

po

nents

.

A s

olu

tio

n i

s a

mix

ture

, b

ut

a

mix

ture

is

no

t al

ways

a so

luti

on.

its

mass

and

co

rrec

tly r

eco

rd

the

mass

wit

h i

ts u

nit

s

(gra

ms)

.

Mak

e a

pla

n t

o s

epar

ate

the

mix

ture

usi

ng t

hre

e d

iffe

rent

too

ls.

Des

crib

e ho

w t

he

too

ls

wil

l se

par

ate

the

mix

ture

.

Des

crib

e ho

w e

vap

ora

tio

n c

an

be

use

d t

o d

eter

min

e if

an

y

sub

stance

s ar

e d

isso

lved

in t

he

liq

uid

.

Iden

tify

that

the

mas

s o

f th

e

tota

l m

ixtu

re w

ould

be

equal

to t

he

sum

of

the

mas

s o

f th

e

ind

ivid

ual

par

ts.

Ob

serv

e an

d r

eco

rd t

wo

ph

ysi

cal

pro

per

ties

fo

r ea

ch o

f

thre

e li

quid

s.

Co

nd

uct

a c

oat

ing t

est

on e

ach

liq

uid

.

Co

nd

uct

the

smea

r te

st o

n

each

of

thre

e li

quid

s.

Ob

serv

e an

d r

eco

rd c

han

ges

to

the

ph

ysi

cal

pro

per

ties

of

liq

uid

s w

hen

wat

er i

s ad

ded

.

Org

aniz

e d

ata

in a

bar

gra

ph.

Rec

og

niz

e th

at

dil

uti

on

dec

reas

es t

he

mas

s o

f a

sub

stance

.

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y

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

and

evap

ora

tio

n

Su

bst

ran

d D

. W

hen

a s

oli

d i

s d

isso

lved

in a

liq

uid

, a

solu

tio

n i

s fo

rmed

that

can b

e se

par

ated

thro

ug

h t

he

pro

cess

of

evap

ora

tio

n.

Str

an

d T

hre

e

Co

nse

rv

ati

on

of

Ma

tter

Su

bst

ran

d A

. T

he

mas

s o

f an

obje

ct r

emai

ns

unchanged

wh

en b

roken i

nto

par

ts.

The

sum

of

the

par

ts e

qual

s th

e w

ho

le.

Anal

yze

dat

a, r

eco

gniz

e a

tren

d,

and

make

a p

red

icti

on.

Use

dat

a to

id

enti

fy a

so

lven

t

that

dis

solv

es t

he

mo

st

solv

ent.

Und

erst

and

that

a c

lear

liq

uid

may c

onta

in d

isso

lved

sub

stance

s th

at c

anno

t b

e se

en

.

Un

it T

hre

e:

Eco

syst

em

s

Tim

elin

e: 1

0 w

eek

s

Sta

nd

ard

On

e

Th

e N

atu

re a

nd

Ap

pli

cati

on

of

Sci

ence

s a

nd

Tec

hn

olo

gy

Str

an

d O

ne

Un

der

sta

nd

ing

s a

nd

Ab

ilit

ies

of

Sci

enti

fic

Inq

uir

y

Su

bst

ran

d A

. U

nd

erst

and

that

: S

cien

tifi

c

invest

igat

ions

invo

lve

askin

g a

fo

cuse

d s

cienti

fic

ques

tio

n.

Invest

igat

ion

s d

iffe

r d

epen

din

g u

po

n t

he

ques

tio

n b

eing a

sked

.

Su

bst

ran

d B

. U

nd

erst

and

that

: F

air

test

des

ign

sup

po

rts

the

val

idit

y o

f th

e in

ves

tigati

on.

So

meti

mes

it i

s no

t p

oss

ible

to

kno

w e

ver

yth

ing t

hat

wil

l hav

e an

effe

ct

on t

he

inves

tigat

ion o

r co

ntr

ol

all

cond

itio

ns.

Su

bst

ran

d C

. U

nd

erst

and

that:

The

purp

ose

of

accu

rate

dat

a co

llec

tio

n i

s to

pro

vid

e ev

iden

ce t

o

com

par

e w

ith t

he

pre

dic

tio

n

Su

bst

ran

d D

. U

nd

erst

and

that:

The

bo

dy o

f sc

ienti

fic

kno

wle

dge

gro

ws

as s

cienti

sts

ask q

uest

ion

s, c

ond

uct

invest

igat

ions,

dev

elo

p e

xp

lan

atio

ns

and

co

mp

are

Co

nce

pts

Mo

del

s ar

e use

d t

o d

up

lica

te,

invest

igat

e, a

nd

anal

yze

aq

uati

c

and

ter

rest

rial

eco

syst

em

s

Mo

del

s ar

e use

d t

o o

bse

rve

inte

ract

ion

s w

ithin

an e

cosy

stem

Mo

del

s ar

e use

d t

o i

nvest

igat

e t

he

imp

act

of

hu

mans

on t

he

envir

on

ment

Ener

gy a

nd

matt

er c

ycl

e th

rou

gh

an e

cosy

stem

Rea

sonin

g a

nd

exp

lanat

ions

off

ers

solu

tio

ns

to e

nvir

on

menta

l

pro

ble

ms

Big

Id

eas

Org

anis

ms

and

thei

r en

vir

on

men

ts

are

inte

rco

nnec

ted

.

Ess

en

tia

l Q

ues

tio

ns:

Ho

w c

an c

hange

in o

ne

par

t o

f

an e

cosy

stem

aff

ect

chan

ge

in

oth

er p

arts

of

the

eco

syst

em

?

Ho

w d

oes

mat

ter

and

ener

gy

lin

k o

rgan

ism

s to

eac

h o

ther

and

thei

r en

vir

on

ment?

Wh

y i

s

sunli

gh

t es

senti

al t

o l

ife

on

Ear

th?

Ho

w d

o h

um

ans

hav

e an

imp

act

on t

he

div

ersi

ty a

nd

stab

ilit

y o

f ec

osy

stem

s?

Ho

w i

s m

atte

r and

ener

gy

tran

sfer

red

/tra

nsf

orm

ed i

n

livin

g s

yst

em

s?

Lea

rnin

g T

arg

ets:

Iden

tify

liv

ing t

hin

gs

in a

n

eco

-co

lum

n.

Su

gg

este

d F

orm

ati

ve

Ass

essm

en

ts:

Tea

cher

des

igned

pre

-

asse

ssm

ent

Dra

win

gs

Sci

ence

Jo

urn

als

Les

son a

s an a

sses

sment

Sel

f ass

essm

ent

and

ref

lect

ion

Su

gg

este

d S

um

ma

tiv

e

Ass

essm

en

ts:

Per

form

ance

tas

ks

Pre

senta

tio

ns

Rub

rics

/Chec

kli

sts

Tea

cher

des

igned

po

st u

nit

asse

ssm

ent

H - 49

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201

1 b

y

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

resu

lts

wit

h w

hat

is

alre

ady k

no

wn.

Su

bst

ran

d E

. U

nd

erst

and

that:

The

purp

ose

of

com

mu

nic

atin

g i

s to

shar

e and

just

ify r

esult

s.

Sci

enti

sts

com

mu

nic

ate

thei

r re

sult

s to

oth

ers,

incl

ud

ing t

he

det

ails

that

allo

w o

ther

s to

rep

lica

te t

he

resu

lts.

Su

bst

ran

d F

. U

nd

erst

and

that

: T

he

use

of

mat

hem

ati

cs,

read

ing,

wri

tin

g,

and

tec

hno

log

y a

re

imp

ort

ant

in c

ond

uct

ing s

cienti

fic i

nq

uir

ies.

Str

an

d T

wo

Sci

ence

, T

ech

no

log

y a

nd

So

ciet

y

Su

bst

ran

d A

. S

cien

ce a

nd

tec

hno

log

y a

re r

elat

ed.

Tec

hno

log

y p

rovid

es t

he

too

ls n

eed

ed f

or

scie

nce

to

invest

igat

e q

uest

ion

s an

d m

ay p

rovid

e so

luti

ons

to

soci

ety’s

pro

ble

ms,

wants

, o

r nee

ds.

N

ot

all

tech

no

logic

al s

olu

tio

ns

are

effe

ctiv

e, u

nif

orm

ly

ben

efic

ial,

or

equal

ly a

vai

lab

le t

o e

ver

yo

ne.

Str

an

d T

hre

e

His

tory

an

d C

on

text

of

Sci

ence

Su

bst

ran

d A

. C

ontr

ibuti

on

s b

y i

nd

ivid

ual

s have

bee

n

esse

nti

al i

n a

dvan

cin

g t

he

bo

dy o

f sc

ienti

fic

kno

wle

dge.

Sta

nd

ard

Six

Lif

e P

roce

sses

Str

an

d O

ne

Str

uct

ure

/Fu

nct

ion

Rela

tio

nsh

ip

Su

bst

ran

d B

. T

he

dig

esti

ve

syst

em

has

maj

or

stru

cture

s th

at f

unct

ion t

o b

reak

do

wn f

oo

d f

or

use

in

the

bo

dy.

The

maj

or

par

ts o

f th

e d

iges

tive

syst

em

incl

ud

e th

e m

outh

, es

op

hagu

s, s

tom

ach,

small

Chan

ges

in o

ne

par

t o

f th

e sy

stem

wil

l af

fect

oth

er p

arts

of

the

syst

em

.

Mat

ter

nee

ded

to

sust

ain l

ife

is

conti

nual

ly r

ecycl

ed a

mo

ng a

nd

bet

wee

n o

rgan

ism

s and

the

envir

on

ment.

Hu

man

s ca

n a

lter

the

livin

g a

nd

no

n-l

ivin

g f

acto

rs w

ithin

an

eco

syst

em

, th

ereb

y c

reat

ing

chan

ges

to

the

over

all

syst

em

.

The

life

pro

cess

es o

f o

rgan

ism

s ar

e

affe

cte

d b

y t

hei

r in

tera

ctio

ns

wit

h

each

oth

er a

nd

thei

r en

vir

on

men

t

and

may b

e al

tere

d b

y h

um

an

man

ipula

tio

n.

Sci

enti

fic

inq

uir

y i

nvo

lves

ask

ing

scie

nti

fica

lly-o

rien

ted

ques

tio

ns,

coll

ecti

ng e

vid

ence

, fo

rmin

g

exp

lanat

ions,

co

nnec

tin

g

exp

lanat

ions

to s

cienti

fic

kno

wle

dge

and

theo

ry,

and

com

mu

nic

atin

g a

nd

just

ifyin

g t

he

exp

lanat

ion.

Iden

tify

no

n-l

ivin

g t

hin

gs

in

an e

co-c

olu

mn

.

Iden

tify

bas

ic n

eed

s o

f fi

sh t

o

surv

ive

in a

n e

cosy

stem

and

wh

y t

hese

nee

ds

are

esse

nti

al.

Iden

tify

bas

ic n

eed

s o

f p

lants

to s

urv

ive

in a

n e

cosy

stem

an

d

wh

y t

hese

nee

ds

are

esse

nti

al.

Des

crib

e p

lausi

ble

conse

quence

s to

over

cro

wd

ing

of

fish

in a

n e

cosy

stem

.

Iden

tify

the

Su

n a

s th

e so

urc

e

of

ener

gy i

n a

n e

cosy

stem

.

Des

crib

e th

e p

ath o

f ener

gy

fro

m t

he

Sun t

o p

rod

uce

rs t

o

com

po

sers

.

Giv

en a

pic

ture

, co

mp

lete

a

sim

ple

fo

od

chai

n.

Des

crib

e ho

w p

op

ula

tio

ns

wit

hin

a w

etla

nd

eco

syst

em

may b

e aff

ecte

d i

f an

org

anis

m

is r

em

oved

.

Iden

tify

chan

ges

in p

op

ula

tio

n

dat

a o

ver

tim

e.

Iden

tify

a c

ause

fo

r ch

anges

in

po

pula

tio

n d

ata

over

tim

e.

Rea

d a

gra

ph a

nd

id

enti

fy a

tren

d.

H - 50

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op

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1 b

y

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

inte

stin

e, a

nd

lar

ge

inte

stin

e.

Str

an

d T

wo

Ma

tter

an

d E

ner

gy

Tra

nsf

orm

ati

on

s

Su

bst

ran

d A

. P

lants

nee

d t

he S

un’s

ener

gy t

o g

row

and

surv

ive.

Su

bst

ran

d B

. A

nim

als

nee

d f

oo

d t

o p

rovid

e

mat

eria

ls a

nd

ener

gy f

or

life

wh

ich t

hey d

eriv

e

dir

ectl

y o

r in

dir

ectl

y f

rom

pla

nts

.

Sta

nd

ard

Eig

ht

Eco

log

y

Str

an

d O

ne

Inte

ract

ion

s W

ith

in t

he

En

vir

on

men

t

Su

bst

ran

d B

. A

ll l

ivin

g o

rganis

ms

inte

ract

wit

h t

he

livin

g a

nd

no

nli

vin

g p

arts

of

thei

r su

rro

und

ing

s to

mee

t th

eir

nee

ds

for

surv

ival

. T

hes

e in

tera

ctio

ns

lead

to a

co

nst

ant

exch

an

ge

of

mat

ter

Su

bst

ran

d C

. A

dap

tati

on

s in

org

anis

ms

enab

le t

hem

to l

ive

and

rep

rod

uce

in c

erta

in e

nvir

on

ments

. T

ho

se

org

anis

ms

that

are

bes

t su

ited

fo

r a

par

ticu

lar

envir

on

ment

hav

e ad

apta

tio

ns

that

all

ow

them

to

com

pet

e fo

r av

aila

ble

res

ourc

es a

nd

co

pe

wit

h t

he

ph

ysi

cal

cond

itio

ns

of

thei

r im

med

iate

surr

ound

ing

s

Su

bst

ran

d D

. C

han

ges

in a

n o

rgan

ism

’s e

nvir

on

men

t

may b

e ei

ther

ben

efic

ial

or

har

mfu

l.

Org

anis

ms

may

be

affe

cted

by o

ther

org

anis

ms,

by v

ario

us

ph

ysi

cal

fact

ors

(e.

g.,

rai

nfa

ll,

tem

per

ature

), b

y p

hysi

cal

forc

es

(e.g

., s

torm

s, e

arth

quak

es)

, an

d b

y d

aily

, se

aso

nal

, and

ann

ual

cycl

es.

Str

an

d T

wo

En

erg

y F

low

an

d M

ate

ria

l C

ycl

es i

n t

he

Ob

serv

e a

wat

er s

am

ple

and

reco

rd o

bse

rvat

ions.

Mea

sure

pH

.

Inte

rpre

t a

pH

tes

t.

Rel

ate

dat

a fr

om

sev

eral

sourc

es t

o a

wate

r sa

mp

le.

Just

ify a

po

siti

on u

sin

g

evid

ence

.

H - 51

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201

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y

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

En

vir

on

men

t S

ub

stra

nd

A.

Pla

nts

nee

d e

ner

gy f

rom

the

Su

n,

wat

er

and

nutr

ients

fo

r gro

wth

and

surv

ival

.

Su

bst

ran

d B

. A

nim

als

eat

pla

nts

or

oth

er a

nim

als

that

have

eate

n p

lants

. A

nim

als

ob

tain

ener

gy a

nd

mat

eria

ls f

or

bo

dy r

epai

r an

d g

row

th f

rom

fo

od

Su

bst

ran

d C

. D

ead

pla

nts

an

d a

nim

als

are

bro

ken

do

wn b

y d

eco

mp

ose

rs.

Str

an

d T

hre

e

Hu

ma

n I

mp

act

Su

bst

ran

d A

.

Hu

man

act

ivit

ies

may c

ause

po

lluti

on

of

air,

wat

er a

nd

so

il.

Su

bst

ran

d B

. D

iffe

rent

techn

olo

gie

s ar

e use

d t

o

acce

ss r

eso

urc

es t

o m

eet

hu

man w

ants

and

nee

ds.

In

man

y c

ases

the

en

vir

on

men

t is

aff

ecte

d a

nd

res

ourc

es

bec

om

e li

mit

ed.

So

me

acti

vit

ies

may i

nclu

de

burn

ing

of

foss

il f

uel

s, l

og

gin

g,

buil

din

g o

f hig

hw

ays,

sho

pp

ing c

ente

rs,

and

dam

s, i

ntr

od

uct

ion o

f o

ne

spec

ies

to c

ontr

ol

ano

ther

sp

ecie

s, s

pra

yin

g o

f in

sect

s,

as w

ell

as

som

e as

pec

ts o

f fa

rmin

g.

H - 52

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Page 53: Nature and Application of Science and Technology Science ...

1

Cu

rric

ulu

m F

ram

ewo

rk

Sch

oo

l: T

ho

ma

s E

dis

on

Ch

art

er S

cho

ol

Cu

rric

ula

r T

oo

l: D

E S

cien

ce C

oa

liti

on

G

rad

e: 6

T

each

er:

__

__

__

___

___

___

__

__

__

_

S

tan

da

rds

Ali

gn

men

t

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Un

it O

ne:

My

Bo

dy

an

d M

e

Tim

elin

e :

8 w

eek

s

Sta

nd

ard

1

Na

ture

an

d A

pp

lica

tio

n o

f S

cien

ce a

nd

Tec

hn

olo

gy

Str

an

d 1

Un

der

sta

nd

ing

s a

nd

Ab

ilit

ies

of

Sci

enti

fic

Inq

uir

y

Su

bst

ran

d A

U

nd

erst

and

that

: S

cien

tifi

c in

ves

tigat

ions

invo

lve

askin

g t

est

able

ques

tio

ns.

Dif

fere

nt

kin

ds

of

ques

tio

ns

sug

gest

dif

fere

nt

scie

nti

fic

invest

igat

ion

s. T

he

curr

ent

bo

dy o

f sc

ienti

fic

kno

wle

dge

guid

es t

he

invest

igat

ion.

Be

able

to

: F

ram

e an

d r

efin

e q

ues

tio

ns

that

can

be

invest

igat

ed s

cienti

fica

lly,

and

gen

erat

e te

stab

le h

yp

oth

eses.

Su

bst

ran

d B

U

nd

erst

and

that

: A

val

id i

nves

tigati

on

contr

ols

var

iab

les.

Dif

fere

nt

exp

erim

enta

l d

esig

ns

and

stra

tegie

s ca

n b

e d

evel

op

ed t

o a

nsw

er t

he

sam

e q

ues

tio

n.

Be

able

to

: D

esig

n a

nd

co

nd

uct

invest

igat

ions

wit

h

contr

oll

ed v

aria

ble

s to

tes

t h

yp

oth

eses

.

Su

bst

ran

d C

U

nd

erst

and

that

: In

a s

cien

tifi

c in

ves

tigat

ion,

dat

a co

llec

tio

n i

nvo

lves

makin

g p

reci

se m

easu

rem

ents

and

kee

pin

g a

ccura

te r

eco

rds

so t

hat

oth

ers

can r

epli

cate

the

exp

erim

ent.

Be

able

to

: A

ccura

tely

co

llec

t d

ata

thro

ug

h t

he

sele

ctio

n a

nd

use

of

too

ls a

nd

tec

hniq

ues

app

rop

riat

e to

the

invest

igat

ion.

Co

nst

ruct

tab

les,

dia

gra

ms

an

d g

rap

hs,

sho

win

g

rela

tio

nsh

ips

bet

wee

n t

wo

var

iab

les,

and

dis

pla

y a

nd

faci

lita

te a

nal

ysi

s o

f d

ata.

Co

mp

are

and

ques

tio

n r

esult

s

wit

h a

nd

fro

m o

ther

stu

dents

.

Un

it C

on

cep

ts:

Syst

em

s- t

he

hu

man b

od

y h

as

inte

rrel

ated

syst

em

s th

at a

re

com

po

sed

of

rela

ted

org

ans

and

oth

er c

om

po

nen

ts.

Syst

em

s an

d

org

ans

are

par

t o

f th

e w

ay p

eop

le

org

aniz

e li

vin

g s

yst

em

s fr

om

cel

ls,

to t

issu

es,

org

ans,

to

org

an s

yst

em

s

to o

rgan

ism

s. (

Dis

cu

ss f

urt

her

).

Invest

igati

on

s –

Ther

e ar

e m

ult

iple

met

ho

ds

of

solv

ing p

rob

lem

s in

scie

nce

. T

her

e ar

e tr

ade-

off

s

asso

ciat

ed w

ith v

ario

us

met

ho

ds

of

coll

ecti

ng d

ata.

Evid

ence

- P

eop

le u

se o

bse

rvat

ions

and

dat

a to

sup

po

rt s

cien

tifi

c

exp

lanat

ions.

Mo

del

s- M

od

els

are

use

d t

o s

tud

y

bo

dy s

yst

em

s and

und

erst

and

ho

w

they f

uncti

on.

Str

uct

ure

and

fu

nct

ion

- T

he

stru

cture

of

bo

dy s

yst

em

s and

org

ans

is r

elat

ed t

o t

he

functi

on i

n a

com

ple

menta

ry m

anner

.

Big

Id

eas:

Ess

en

tia

l Q

ues

tio

ns:

What

makes

a q

uest

ion

scie

nti

fic?

What

co

nst

itu

tes

evid

ence

? W

hen

do

yo

u k

no

w

yo

u h

ave

eno

ugh e

vid

ence

?

Wh

y i

s it

nec

essa

ry t

o j

ust

ify

and

co

mm

unic

ate

an

exp

lanat

ion? W

hat

eth

ical

issu

es a

rise

wh

en s

tud

yin

g

peo

ple

sci

enti

fica

lly?

Ho

w d

o s

cien

ce a

nd

tec

hno

log

y

infl

uence

eac

h o

ther

in s

tud

yin

g

peo

ple

sci

enti

fica

lly?

Ho

w h

ave

pas

t sc

ien

tifi

c

contr

ibuti

on

s in

fluence

d c

urr

ent

scie

nti

fic

und

erst

and

ing o

f th

e

wo

rld

?

Ho

w d

oes

str

uctu

re r

elat

e to

funct

ion i

n h

um

an b

od

y o

rgan

s

and

syst

em

s?

Ho

w d

o r

esp

onse

s to

in

tern

al

and

exte

rnal

cues

aid

in a

n

org

anis

m’s

surv

ival

?

What

can

we

do

to

ben

efit

the

Su

gg

este

d F

orm

ati

ve

Ass

essm

en

ts:

Invest

igati

on

s

Stu

dent

journ

als

Sel

f ass

essm

ents

/refl

ecti

on

s

Su

gg

este

d S

um

ma

tiv

e

Ass

essm

en

ts:

Per

form

ance

tas

k

Rub

rics

Po

st-i

nst

ruct

ion a

sses

sments

H - 53

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1 b

y

1

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Su

bst

ran

d D

U

nd

erst

and

that

: T

her

e is

much e

xp

erim

enta

l

and

ob

serv

atio

nal

evid

ence

th

at s

up

po

rts

a la

rge

bo

dy o

f

kno

wle

dge.

The

scie

nti

fic

com

mu

nit

y s

up

po

rts

kno

wn

info

rmat

ion u

nti

l new

exp

erim

enta

l ev

iden

ce a

rise

s th

at

do

es n

ot

mat

ch e

xis

ting e

xp

lanat

ion

s. T

his

lea

ds

to t

he

evo

luti

on o

f th

e sc

ienti

fic

bo

dy o

f k

no

wle

dge.

Be

able

to

: F

orm

exp

lanati

on

s b

ased

on a

ccura

te a

nd

lo

gic

al

anal

ysi

s o

f ev

idence

. R

evis

e th

e ex

pla

nat

ion u

sin

g

alte

rnat

ive

des

crip

tio

ns,

pre

dic

tio

ns,

mo

del

s and

kno

wle

dge

fro

m o

ther

so

urc

es a

s w

ell

as

resu

lts

of

furt

her

invest

igat

ion.

Su

bst

ran

d E

U

nd

erst

and

that

: E

val

uati

ng t

he

exp

lanat

ion

s

pro

po

sed

by o

ther

s in

vo

lves

exam

inin

g a

nd

co

mp

arin

g

evid

ence

, id

enti

fyin

g f

ault

y r

easo

nin

g,

po

inti

ng o

ut

stat

em

ents

that

go

beyo

nd

the

evid

ence

, an

d s

uggest

ing

alte

rnat

ive

exp

lanat

ion

s fo

r th

e sa

me o

bse

rvat

ions.

Co

nfl

icti

ng d

ata

or

confl

icti

ng

inte

rpre

tati

ons

of

the

sam

e

dat

a su

ggest

the

nee

d f

or

furt

her

inves

tigati

on.

Co

nti

nued

invest

igat

ion c

an l

ead

to

gre

ater

und

erst

and

ing a

nd

reso

luti

on o

f th

e co

nfl

ict.

Be

able

to

: C

om

mu

nic

ate

scie

nti

fic

pro

ced

ure

s, d

ata,

and

exp

lanat

ions

to e

nab

le t

he

rep

lica

tio

n o

f re

sult

s. U

se

com

pute

r te

chno

log

y t

o a

ssis

t in

co

mm

unic

ati

ng t

hes

e

resu

lts.

Cri

tica

l re

vie

w i

s im

po

rtan

t in

the

anal

ysi

s o

f th

ese

resu

lts.

Su

bst

ran

d F

U

nd

erst

and

that

: S

cien

tifi

c hab

its

of

min

d

and

oth

er s

ourc

es o

f k

no

wle

dg

e an

d s

kil

ls a

re e

ssenti

al t

o

scie

nti

fic

inq

uir

y.

Hab

its

of

min

d i

ncl

ud

e to

lera

nce

of

am

big

uit

y,

skep

tici

sm,

op

enness

to

new

id

eas,

and

obje

ctiv

ity.

Oth

er k

no

wle

dge

and

skil

ls i

ncl

ud

e

mat

hem

ati

cs,

read

ing,

wri

tin

g,

and

tec

hno

log

y.

Be

able

to

: U

se m

athem

atic

s, r

ead

ing,

wri

tin

g,

and

tech

no

log

y w

hen c

ond

uct

ing s

cien

tifi

c in

quir

ies.

Sci

enti

fic

inq

uir

y o

f hu

man b

od

y

syst

em

s in

vo

lves

ask

ing

scie

nti

fica

lly-o

rien

ted

ques

tio

ns,

coll

ecti

ng e

vid

ence

, fo

rmin

g

exp

lanat

ions,

co

nnec

tin

g

exp

lanat

ions

to p

rio

r sc

ienti

fic

kno

wle

dge

and

theo

ry,

and

com

mu

nic

atin

g a

nd

just

ifyin

g t

he

exp

lanat

ion.

Ther

e ar

e m

any w

ays

to p

rob

lem

solv

e in

sci

ence

, no

t ju

st o

ne

scie

nti

fic

met

ho

d.

Sci

ence

and

tec

hno

log

y d

rive

each

oth

er f

orw

ard

.

Und

erst

and

ing p

ast

contr

ibuti

ons

is

esse

nti

al i

n b

uil

din

g s

cien

tifi

c

kno

wle

dge.

Hu

man

bo

dy s

yst

em

s, f

rom

tis

sues

to o

rgan

syst

em

s, d

em

onst

rate

the

com

ple

menta

ry n

ature

of

stru

ctu

re

and

funct

ion.

Org

anis

ms

resp

ond

to

inte

rnal

and

exte

rnal

cues

, w

hic

h a

ids

in t

hei

r

surv

ival

.

The

life

pro

cess

es o

f o

rgan

ism

s ar

e

affe

cte

d b

y t

hei

r in

tera

ctio

ns

wit

h

oth

er o

rgan

ism

s an

d w

ith t

heir

envir

on

ment.

They a

nd

may

be

alte

red

by h

um

an m

anip

ula

tio

n.

Lif

e st

yle

dec

isio

ns

imp

act

the

hea

lth o

f h

um

ans

and

oth

er

org

anis

ms?

Lea

rnin

g T

arg

ets:

Des

crib

e an

d u

se s

cien

tifi

c

pro

ble

m s

olv

ing a

nd

exp

erim

enta

l d

esig

n.

Co

mp

are

and

co

ntr

ast

dif

fere

nt

ways

scie

nce

is

use

d t

o s

tud

y

peo

ple

.

Des

ign a

nd

co

nd

uct

an

invest

igat

ion u

sin

g e

lem

ents

of

go

od

exp

erim

enta

l d

esig

n.

Use

a v

arie

ty o

f m

od

els

to

illu

stra

te t

he

com

po

nen

ts,

funct

ions,

and

inte

ract

ion

s o

f

the

circ

ula

tory

, d

iges

tive,

and

resp

irat

ory

syst

em

s.

Eval

uate

a n

utr

itio

nal

lab

el t

o

det

erm

ine

the

nutr

itio

nal

valu

e

of

the

sourc

e o

f fo

od

as

a p

art

of

a b

alan

ced

die

t.

Eval

uate

and

use

qual

itat

ive

and

quan

tita

tive

dat

a to

fo

rm

exp

lanat

ions

and

make

dec

isio

ns.

Cho

ices

can t

hen b

e

mad

e k

no

w t

hat

are

ap

pro

pri

ate

to v

ario

us

situ

atio

ns.

Use

sp

ecif

ic e

quip

ment

to

mea

sure

var

iou

s ci

rcula

tory

and

resp

irat

ory

fu

nct

ions

H - 54

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Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Str

an

d 2

Sci

ence

, T

ech

no

log

y,

an

d S

oci

ety

Su

bst

ran

d A

A

dvan

ces

in t

ech

no

log

y c

an e

xp

and

the

bo

dy

of

scie

nti

fic

kno

wle

dge.

Tec

hno

logic

al t

oo

ls a

llo

w p

eop

le

to o

bse

rve

obje

cts

and

phen

om

ena

that

oth

erw

ise

wo

uld

no

t

be

po

ssib

le. T

echno

log

y e

nhance

s th

e q

ual

ity,

accu

racy,

spee

d a

nd

anal

ysi

s o

f d

ata

gat

her

ed.

Su

bst

ran

d B

S

cien

ce a

nd

tec

hno

log

y i

n s

oci

ety a

re d

riven

by t

he

foll

ow

ing f

acto

rs:

eco

no

mic

al,

po

liti

cal,

cult

ura

l,

soci

al,

and

en

vir

on

men

tal.

Incre

ased

sci

enti

fic

kno

wle

dge

and

tec

hno

log

y c

reat

e chan

ges

that

can

be

ben

efi

cial

or

det

rim

enta

l to

ind

ivid

ual

s o

r so

ciet

y t

hro

ug

h i

mp

act

on

hu

man h

ealt

h a

nd

the

envir

on

men

t.

Str

an

d 3

His

tory

an

d C

on

text

of

Sci

ence

Su

bst

ran

d A

O

ver

the

cours

e o

f hu

man h

isto

ry,

contr

ibuti

on

s to

sci

ence

have

bee

n m

ade

by d

iffe

ren

t p

eop

le

fro

m d

iffe

rent

cult

ure

s. S

tud

yin

g s

om

e o

f th

ese

contr

ibuti

on

s an

d h

ow

they c

am

e ab

out

pro

vid

es i

nsi

ght

into

the

exp

ansi

on o

f sc

ien

tifi

c kno

wle

dge.

Sta

nd

ard

6

Lif

e P

roce

sses

Str

an

d 1

Str

uct

ure

/Fu

nct

ion

Rela

tio

nsh

ip

Su

bst

ran

d B

L

ivin

g s

yst

em

s in

all

kin

gd

om

s d

em

on

stra

te

the

com

ple

men

tary

nat

ure

of

stru

cture

and

funct

ion.

Imp

ort

ant

level

s o

f o

rganiz

atio

n f

or

stru

cture

and

fu

nct

ion

incl

ud

e ce

lls,

tis

sues,

org

ans,

org

an s

yst

em

s, a

nd

org

anis

ms.

Su

bst

ran

d F

T

he

hu

man

bo

dy h

as

syst

em

s th

at p

erfo

rm

hea

lth o

f th

e b

od

y.

Use

kno

wle

dge

of

hu

man b

od

y

syst

em

s to

synth

esiz

e re

sear

ch

dat

a an

d m

ake

info

rmed

dec

isio

ns

regar

din

g p

erso

nal

and

pub

lic

hea

lth.

Res

earc

h a

nd

rep

ort

on h

ow

bo

dy s

yst

em

s ar

e aff

ecte

d b

y

life

style

cho

ices

such a

s d

iet

or

exer

cise

(fo

r ex

am

ple

lac

k o

f

exer

cise

lea

ds

to c

ard

iovas

cula

r

dis

ease

).

Exp

lain

that

hu

man b

od

y

syst

em

s ar

e co

mp

rise

d o

f

org

ans

(e.g

., t

he

hea

rt,

the

sto

mac

h,

and

the

lung

s) t

hat

per

form

sp

ecif

ic f

unct

ions

wit

hin

one

or

mo

re s

yst

em

s.

Lab

el a

nd

des

crib

e th

e

funct

ions

of

the

bas

ic p

arts

of

the

circ

ula

tory

syst

em

incl

ud

ing

the

hea

rt,

arte

ries

, vein

s an

d

cap

illa

ries

.

Lab

el a

nd

des

crib

e th

e

funct

ions

of

the

bas

ic p

arts

of

the

male

and

fem

ale

rep

rod

uct

ive

syst

em

s.

Lab

el a

nd

des

crib

e th

e

funct

ions

of

the

bas

ic p

arts

of

the

resp

irat

ory

syst

em

incl

ud

ing

the

trac

hea

, b

ronch

i and

lu

ngs.

Lab

el a

nd

des

crib

e th

e

H - 55

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nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

funct

ions

nec

essa

ry f

or

life

. M

ajo

r sy

stem

s o

f th

e hu

man

bo

dy i

ncl

ud

e th

e d

iges

tive,

res

pir

ato

ry,

rep

rod

uct

ive,

and

circ

ula

tory

syst

em

s.

Str

an

d 3

Reg

ula

tio

n a

nd

Beh

av

ior

Su

bst

ran

d A

R

egula

tio

n o

f an o

rgan

ism

’s i

nte

rnal

envir

on

ment

invo

lves

sen

sing e

xte

rnal

changes

in t

he

envir

on

ment

and

res

po

nd

ing

ph

ysi

olo

gic

ally

to

kee

p

cond

itio

ns

wit

hin

the

ran

ge

req

uir

ed f

or

surv

ival

(e.

g.

incr

easi

ng h

eart

rat

e w

ith e

xer

tio

n)

Str

an

d 4

Lif

e P

roce

sses

an

d T

ech

no

log

y A

pp

lica

tio

n

Su

bst

ran

d A

T

echno

logic

al a

dvan

ces

in m

edic

ine

and

imp

rovem

ents

in h

ygie

ne

hav

e hel

ped

in t

he

pre

venti

on a

nd

trea

tment

of

illn

ess.

Su

bst

ran

d B

T

he

funct

ionin

g a

nd

hea

lth o

f o

rgan

ism

s ar

e

infl

uence

d b

y m

any f

acto

rs (

i.e.

, her

edit

y,

die

t, l

ifes

tyle

,

bac

teri

a, v

iruse

s, p

aras

ites,

an

d t

he

env

iro

nm

ent)

. C

erta

in

bo

dy s

truct

ure

s an

d s

yst

em

s fu

nct

ion t

o p

rote

ct a

gai

nst

dis

ease

and

inju

ry.

funct

ions

of

the

bas

ic p

arts

of

the

dig

est

ive

trac

t in

clud

ing t

he

mo

uth

, es

op

hagu

s, s

tom

ach,

smal

l in

test

ine,

liv

er,

larg

e

inte

stin

e (c

olo

n),

rec

tum

and

anu

s.

Exp

ress

ho

w t

he

hu

man

circ

ula

tory

, re

spir

ato

ry,

and

dig

esti

ve

syst

em

s w

ork

to

get

her

to c

arry

out

life

pro

cess

es.

Tra

ce h

ow

the

circ

ula

tory

,

resp

irat

ory

, an

d d

igest

ive

syst

em

s in

tera

ct t

o t

ransp

ort

th

e

foo

d a

nd

ox

ygen r

equir

ed t

o

pro

vid

e en

erg

y f

or

life

pro

cess

es.

Co

nd

uct

sim

ple

in

ves

tigat

ions

(ho

w t

he

bo

dy r

eact

s to

exer

cise

, ch

an

ges

in

tem

per

ature

, et

c.)

to d

eter

min

e

ho

w t

he

syst

em

s in

12

the

hu

man o

rgan

ism

res

po

nd

to

var

ious

exte

rnal

stim

uli

to

mai

nta

in s

tab

le i

nte

rnal

cond

itio

ns.

Use

kno

wle

dge

of

hu

man b

od

y

syst

em

s to

synth

esiz

e re

sear

ch

dat

a an

d m

ake

info

rmed

dec

isio

ns

regar

din

g p

erso

nal

and

pub

lic

hea

lth.

Res

earc

h a

nd

rep

ort

on h

ow

bo

dy s

yst

em

s ar

e aff

ecte

d b

y

H - 56

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nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

life

style

cho

ices

such a

s d

iet

or

exer

cise

, fo

r ex

am

ple

lac

k o

f

exer

cise

lea

ds

to c

ard

iovas

cula

r

dis

ease

.

Un

it T

wo

: F

orc

e a

nd

Mo

tio

n

Tim

elin

e:

8 w

eek

s

Sta

nd

ard

1

Th

e N

atu

re a

nd

Ap

pli

cati

on

of

Sci

ence

an

d T

ech

no

log

y

Str

an

d 1

Un

der

sta

nd

ing

s a

nd

Ab

ilit

ies

of

Sci

enti

fic

Inq

uir

y

Su

bst

ran

d A

U

nd

erst

and

that

: S

cien

tifi

c in

ves

tigat

ions

invo

lve

askin

g t

est

able

ques

tio

ns.

D

iffe

rent

kin

ds

of

ques

tio

ns

sug

gest

dif

fere

nt

scie

nti

fic

invest

igat

ion

s.

The

curr

ent

bo

dy o

f sc

ienti

fic

kno

wle

dge

guid

es t

he

invest

igat

ion.

Be

able

to

: F

ram

e an

d r

efin

e q

ues

tio

ns

that

can

be

invest

igat

ed s

cienti

fica

lly,

and

gen

erat

e te

stab

le h

yp

oth

eses.

Su

bst

ran

d C

U

nd

erst

and

that

: In

a s

cien

tifi

c in

ves

tigat

ion,

dat

a co

llec

tio

n i

nvo

lves

makin

g p

reci

se m

easu

rem

ents

and

kee

pin

g a

ccura

te r

eco

rds

so t

hat

oth

ers

can r

epli

cate

the

exp

erim

ent.

Acc

ura

tely

co

llec

t d

ata

thro

ug

h t

he

sele

ctio

n a

nd

use

of

too

ls a

nd

tec

hniq

ues

ap

pro

pri

ate

to t

he

inves

tigat

ion.

Co

nst

ruct

tab

les,

dia

gra

ms

an

d g

rap

hs,

sho

win

g

rela

tio

nsh

ips

bet

wee

n t

wo

var

iab

les,

to

dis

pla

y a

nd

fac

ilit

ate

anal

ysi

s o

f d

ata.

Co

mp

are

and

ques

tio

n r

esult

s w

ith a

nd

fro

m o

ther

stu

den

ts.

Su

bst

ran

d D

U

nd

erst

and

that

: T

her

e is

much e

xp

erim

enta

l

and

ob

serv

atio

nal

evid

ence

th

at s

up

po

rts

a la

rge

bo

dy o

f

kno

wle

dge.

T

he

scie

nti

fic

com

mu

nit

y s

up

po

rts

kno

wn

info

rmat

ion u

nti

l new

exp

erim

enta

l ev

iden

ce a

rise

s th

at

do

es n

ot

mat

ch e

xis

ting e

xp

lanat

ion

s.

This

lea

ds

to t

he

evo

luti

on o

f th

e sc

ienti

fic

bo

dy o

f k

no

wle

dge.

Un

it C

on

cep

ts:

Mo

tio

n c

an b

e ch

arac

teri

zed

by a

n

obje

ct’s

sp

eed

and

dir

ecti

on o

f

trav

el.

An o

bje

ct’s

aver

age

spee

d

can b

e ca

lcula

ted

fro

m k

no

wle

dge

of

dis

tance

and

tim

e.

Bal

ance

d f

orc

es d

o n

ot

cause

a

chan

ge

in t

he

mo

tio

n o

f an

ob

ject

;

unb

alance

d f

orc

es d

o c

ause

a

chan

ge

in t

he

mo

tio

n o

f an

ob

ject

.

The

imp

act

of

forc

es o

n t

he

mo

tio

n

(or

chan

ge

in m

oti

on)

of

an o

bje

ct

can b

e d

isp

layed

and

anal

yze

d u

sing

gra

phic

al m

ean

s.

Gra

vit

y i

s a

forc

e th

at

acts

bet

wee

n

mas

ses

over

lar

ge

dis

tance

s an

d c

an

infl

uence

the

mo

tio

n (

or

chan

ge

in

mo

tio

n)

of

an o

bje

ct.

Gra

vit

y a

cts

ver

tica

lly d

ow

nw

ard

on t

he

loca

l

scal

e an

d v

erti

call

y i

nw

ard

on t

he

glo

bal

sca

le.

Fo

rces

that

infl

uence

the

mo

tio

n (

or

chan

ge

in m

oti

on)

of

ob

ject

s ca

n b

e

iden

tifi

ed a

nd

co

mb

ined

to

det

erm

ine

the

over

all

eff

ect

of

thes

e fo

rces

.

Ess

en

tia

l Q

ues

tio

ns:

Ho

w s

pee

d i

s m

easu

red

and

wh

y i

s sp

eed

im

po

rtan

t?

Ho

w c

an d

ot

pat

tern

s an

d

gra

phs

be

use

d t

o d

eter

min

e is

som

ethin

g i

s m

ovin

g a

t

const

ant

spee

d o

r no

t co

nst

ant

spee

d?

What

is

gra

vit

y a

nd

wh

at

fact

ors

aff

ect

the

stre

ng

th o

f th

e

pull

of

gra

vit

y?

Ho

w a

re m

ass

and

wei

ght

dif

fere

nt?

Ho

w c

an y

ou u

se t

he

dir

ecti

on

of

mo

tio

n t

o h

elp

det

erm

ine

the

dir

ecti

on o

f a

forc

e su

ch a

s ai

r

resi

stance

and

fri

ctio

n?

Wh

y i

s th

e d

irec

tio

n o

f fo

rce

imp

ort

ant?

Ho

w c

an y

ou d

eter

min

e th

e

tota

l fo

rce?

What

aff

ect

do

fo

rces

have

on

the

mo

tio

n o

f o

bje

cts?

Su

gg

este

d F

orm

ati

ve

Ass

essm

en

ts:

Stu

dent

Journ

als

Act

ivit

y p

ages

Sel

f ass

essm

ent

and

ref

lect

ion

Su

gg

este

d S

um

ma

tiv

e

Ass

essm

en

ts:

Per

form

ance

tas

ks

rub

rics

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y

1

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Be

able

to

: F

orm

exp

lanati

on

s b

ased

on a

ccura

te a

nd

lo

gic

al

anal

ysi

s o

f ev

idence

. R

evis

e th

e ex

pla

nat

ion u

sin

g

alte

rnat

ive

des

crip

tio

ns,

pre

dic

tio

ns,

mo

del

s and

kno

wle

dge

fro

m o

ther

so

urc

es a

s w

ell

as

resu

lts

of

furt

her

invest

igat

ion.

Su

bst

ran

d E

U

nd

erst

and

that

: E

val

uati

ng t

he

exp

lanat

ion

s

pro

po

sed

by o

ther

s in

vo

lves

exam

inin

g a

nd

co

mp

arin

g

evid

ence

, id

enti

fyin

g f

ault

y r

easo

nin

g,

po

inti

ng o

ut

stat

em

ents

that

go

beyo

nd

the

evid

ence

, an

d s

uggest

ing

alte

rnat

ive

exp

lanat

ion

s fo

r th

e sa

me

ob

serv

atio

ns.

Co

nfl

icti

ng d

ata

or

confl

icti

ng

inte

rpre

tati

ons

of

the

sam

e

dat

a su

ggest

the

nee

d f

or

furt

her

inves

tigati

on.

Co

nti

nued

invest

igat

ion c

an l

ead

to

gre

ater

und

erst

and

ing a

nd

reso

luti

on o

f th

e co

nfl

ict.

Be

able

to

: C

om

mu

nic

ate

scie

nti

fic

pro

ced

ure

s, d

ata,

and

exp

lanat

ions

to e

nab

le t

he

rep

lica

tio

n o

f re

sult

s. U

se

com

pute

r te

chno

log

y t

o a

ssis

t in

co

mm

unic

ati

ng t

hes

e

resu

lts.

Cri

tica

l re

vie

w i

s im

po

rtan

t in

the

anal

ysi

s o

f th

ese

resu

lts.

Su

bst

ran

d F

U

nd

erst

and

that:

Sci

enti

fic

hab

its

of

min

d

and

oth

er s

ourc

es o

f k

no

wle

dg

e an

d s

kil

ls a

re e

ssenti

al t

o

scie

nti

fic

inq

uir

y.

Hab

its

of

min

d i

ncl

ud

e to

lera

nce

of

am

big

uit

y,

skep

tici

sm,

op

enness

to

new

id

eas,

and

obje

ctiv

ity.

Oth

er k

no

wle

dge

and

skil

ls i

ncl

ud

e

mat

hem

ati

cs,

read

ing,

wri

tin

g,

and

tec

hno

log

y.

Be

able

to

: U

se m

athem

atic

s, r

ead

ing,

wri

tin

g,

and

tech

no

log

y w

hen c

ond

uct

ing s

cien

tifi

c in

quir

ies.

Str

an

d 2

Sci

ence

Tec

hn

olo

gy

an

d S

oci

ety

Su

bst

ran

d A

A

dvan

ces

in t

ech

no

log

y c

an e

xp

and

the

bo

dy

of

scie

nti

fic

kno

wle

dge.

Tec

hno

logic

al t

oo

ls a

llo

w p

eop

le

to o

bse

rve

obje

cts

and

phen

om

ena

that

oth

erw

ise

wo

uld

no

t

Big

Id

eas

Ener

gy t

akes

man

y f

orm

s. T

hes

e

form

s ca

n b

e gro

up

ed i

nto

typ

es o

f

ener

gy t

hat

are

asso

ciat

ed w

ith t

he

mo

tio

n o

f m

ass

(kin

etic

ener

gy),

and

typ

es o

f ener

gy a

sso

ciat

ed w

ith

the

po

siti

on o

f m

ass

and

wit

h

ener

gy f

ield

s (p

ote

nti

al e

ner

gy

).

Chan

ges

take

pla

ce b

ecau

se o

f th

e

tran

sfer

of

ener

gy.

Ener

gy i

s

tran

sfer

red

to

mat

ter

thro

ugh t

he

acti

on o

f fo

rces

. D

iffe

rent

forc

es a

re

resp

onsi

ble

fo

r th

e tr

ansf

er o

f th

e

dif

fere

nt

form

s o

f ener

gy.

Ener

gy r

ead

ily t

ran

sfo

rms

fro

m o

ne

form

to

ano

ther

, b

ut

these

tran

sfo

rmat

ions

are

no

t al

way

s

rever

sib

le.

The

det

ails

of

these

tran

sfo

rmat

ions

dep

end

up

on t

he

init

ial

form

of

the

ener

gy a

nd

the

pro

per

ties

of

the

mat

eria

ls i

nv

olv

ed.

Ener

gy m

ay t

ran

sfer

into

or

out

of

a

syst

em

and

it

may c

han

ge

form

s,

but

the

tota

l ener

gy c

anno

t ch

ange.

Lea

rnin

g T

arg

ets:

Des

ign a

nd

co

nd

uct

an

exp

erim

ent

to d

eter

min

e th

e

spee

d o

f a

mo

vin

g o

bje

ct.

Co

mp

are

the

spee

ds

of

two

mo

vin

g o

bje

cts

qual

itat

ivel

y

(whic

h i

s fa

ster

, w

hic

h i

s

slo

wer

) an

d q

uanti

tati

vely

(ho

w

much f

aste

r).

Mea

sure

tim

e (i

n s

eco

nd

s) a

nd

dis

tance

(in

centi

met

ers)

.

Co

llec

t d

ata

fro

m m

ult

iple

tri

als

Cal

cula

te a

ver

age

spee

d

Co

nd

uct

in

ves

tigat

ions

to

com

par

e co

nst

ant

spee

d a

nd

no

n-c

on

stan

t sp

eed

.

Mak

e d

ista

nce

ver

sus

tim

e

gra

phs

usi

ng a

do

t ca

r an

d

usi

ng a

mo

tio

n d

etec

tor.

Anal

yze

gra

ph

s to

des

crib

e ho

w

the

spee

d o

f an

ob

ject

chan

ges.

Use

mo

del

s to

ill

ust

rate

the

dir

ecti

on g

ravit

y a

cts

at

dif

fere

nt

po

ints

on E

arth

.

Iden

tify

the

forc

es o

f gra

vit

y,

sup

po

rtin

g f

orc

es,

air

resi

stance

, el

asti

c fo

rces

and

tensi

on f

orc

es.

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Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

be

po

ssib

le. T

echno

log

y e

nhance

s th

e q

ual

ity,

accu

racy,

spee

d a

nd

anal

ysi

s o

f d

ata

gat

her

ed.

Su

bst

ran

d B

S

cien

ce a

nd

tech

no

log

y i

n s

oci

ety a

re d

riven

by t

he

foll

ow

ing f

acto

rs:

eco

no

mic

al,

po

liti

cal,

cult

ura

l,

soci

al,

and

en

vir

on

men

tal.

Incre

ased

sci

enti

fic

kno

wle

dge

and

tec

hno

log

y c

reat

e chan

ges

that

can

be

ben

efi

cial

or

det

rim

enta

l to

ind

ivid

ual

s o

r so

ciet

y t

hro

ug

h i

mp

act

on

hu

man h

ealt

h a

nd

the

envir

on

men

t.

Str

an

d 3

His

tory

an

d C

on

text

of

Sci

ence

:

Su

bst

ran

d A

O

ver

the

cours

e o

f hu

man h

isto

ry,

contr

ibuti

on

s to

sci

ence

have

bee

n m

ade

by d

iffe

ren

t p

eop

le

fro

m d

iffe

rent

cult

ure

s. S

tud

yin

g s

om

e o

f th

ese

contr

ibuti

on

s an

d h

ow

they c

am

e ab

out

pro

vid

es i

nsi

ght

into

the

exp

ansi

on o

f sc

ien

tifi

c kno

wle

dge.

Sta

nd

ard

3

En

erg

y a

nd

Its

Eff

ects

Str

an

d 1

Th

e F

orm

s a

nd

So

urc

es

of

En

erg

y

Su

bst

ran

d B

M

echan

ical

en

erg

y c

om

es

fro

m t

he

mo

tio

n

(kin

etic

ener

gy)

and

po

siti

on (

po

tenti

al e

ner

gy)

of

ob

ject

s.

Gra

vit

atio

nal

po

tenti

al e

ner

gy

and

ela

stic

po

tenti

al e

ner

gy

are

imp

ort

ant

form

s o

f p

ote

nti

al e

ner

gy t

hat

contr

ibute

to

the

mec

hanic

al e

ner

gy o

f o

bje

cts.

Str

an

d 2

Fo

rces

an

d t

he

Tra

nsf

er o

f E

ner

gy

Su

bst

ran

d A

W

hen

the

forc

es a

ctin

g o

n a

n o

bje

ct a

re

bal

ance

d,

its

mo

tio

n w

ill

no

t ch

ange.

Unb

alan

ced

fo

rces

wil

l ca

use

the

ob

ject

’s m

oti

on t

o c

han

ge.

Chan

ges

in m

oti

on

Iden

tify

the

forc

e, w

het

her

it

is

a p

ush

or

pull

fo

rce,

the

dir

ecti

on o

f fo

rce

and

just

ify

the

cho

ice

usi

ng e

vid

ence

.

Cre

ate

forc

e d

iagra

ms

usi

ng

arro

ws

to i

llu

stra

te t

he

dir

ecti

on

and

am

ou

nt

of

forc

e.

Lis

t, a

s b

asic

fo

rms

of

ener

gy,

lig

ht,

hea

t, s

ound

, el

ectr

ical

,

and

ener

gy o

f m

oti

on.

Co

nd

uct

in

ves

tigat

ions

on a

mo

vin

g o

bje

ct a

nd

make

mea

sure

ments

of

tim

e an

d

dis

tance

tra

vele

d a

nd

det

erm

ine

the

aver

age

spee

d o

f m

ovin

g

obje

cts.

Gra

ph a

nd

inte

rpre

t d

ista

nce

ver

sus

tim

e gra

ph

s fo

r co

nst

ant

spee

d.

Use

the

gra

phs

to d

escr

ibe

ho

w

the

po

siti

on o

f an o

bje

ct

chan

ges

in a

tim

e in

terv

al.

Des

crib

e ho

w t

he

spee

d o

f an

obje

ct d

epen

ds

on t

he

dis

tance

trav

eled

and

the

travel

tim

e.

Exp

lain

ho

w t

he

mo

tio

n o

f an

obje

ct c

an b

e d

escr

ibed

by i

ts

po

siti

on,

spee

d,

and

dir

ecti

on o

f

mo

tio

n.

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Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

dep

end

up

on t

he

size

and

dir

ecti

on o

f th

e to

tal

unb

alan

ced

forc

e ex

erte

d o

n t

he

ob

ject

Su

bst

ran

d B

G

ravit

y i

s a

forc

e th

at a

cts

bet

wee

n m

ass

es

over

ver

y l

arge

dis

tance

s. N

ear

the

Ear

th’s

surf

ace,

gra

vit

y

pull

s o

bje

cts

and

sub

stance

s v

erti

call

y d

ow

nw

ard

Giv

e ex

am

ple

s o

f o

bje

cts

at

rest

, an

d i

den

tify

the

forc

es t

hat

act

on a

n o

bje

ct w

hil

e it

rem

ain

s at

res

t (g

ravit

y,

sup

po

rtiv

e fo

rces

, fr

icti

on,

oth

er p

ush

ing o

r p

ull

ing

forc

es).

Exp

lain

that

if

the

ob

ject

is

no

t

mo

vin

g,

it m

ust

have

at l

east

two

fo

rces

act

ing o

n i

t th

at a

re

bal

ance

d.

Giv

e ex

am

ple

s o

f m

ovin

g

obje

cts

and

id

enti

fy t

he

forc

es

that

act

on t

hes

e o

bje

cts.

Sel

ect

exam

ple

s w

her

e o

nly

one

forc

e

acts

on t

he

ob

ject

and

exam

ple

s

wh

ere

two

or

mo

re f

orc

es a

ct

on t

he

ob

ject

.

Exp

lain

that

unb

alance

d f

orc

es

acti

ng o

n a

n o

bje

ct w

ill

chan

ge

its

spee

d,

dir

ecti

on o

f m

oti

on,

or

bo

th.

Co

nd

uct

in

ves

tigat

ions

to

des

crib

e ho

w t

he

rela

tive

dir

ecti

ons

of

forc

es

sim

ult

aneo

usl

y a

cti

ng o

n a

n

obje

ct (

rein

forc

e o

r ca

nce

l ea

ch

oth

er)

wil

l d

eter

min

e ho

w

stro

ng

ly t

he

com

bin

atio

n o

f

thes

e fo

rces

in

fluence

s th

e

mo

tio

n o

f th

e o

bje

ct.

Co

nd

uct

in

ves

tigat

ions

and

H - 60

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nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

des

crib

e ho

w a

fo

rce

can b

e

dir

ecte

d t

o i

ncr

ease

the

spee

d o

f

an o

bje

ct, d

ecre

ase

the

spee

d o

f

the

ob

ject

or

chan

ge

the

dir

ecti

on i

n w

hic

h t

he

ob

ject

mo

ves.

Exp

lain

that

an o

bje

ct t

hat

fee

ls

the

effe

cts

of

bal

ance

d f

orc

es

may b

e at

res

t o

r m

ay b

e

mo

vin

g i

n a

str

aig

ht

line

wit

h a

spee

d t

hat

do

es n

ot

change.

Exp

lain

that

the

eart

h w

ill

pull

on a

ll o

bje

cts

wit

h a

fo

rce

call

ed g

ravit

y t

hat

is

dir

ecte

d

inw

ard

to

war

d t

he

cente

r o

f th

e

Ear

th.

Un

it T

hre

e:

Ele

ctri

cal

En

erg

y

Tim

elin

e: 8

wee

ks

Sta

nd

ard

1

Th

e N

atu

re a

nd

Ap

pli

cati

on

of

Sci

ence

an

d t

ech

no

log

y

Str

an

d 1

Un

der

sta

nd

ing

s a

nd

Ab

ilit

ies

of

Sci

enti

fic

Inq

uir

y

Su

bst

ran

d A

U

nd

erst

and

that

: S

cien

tifi

c in

ves

tigat

ions

invo

lve

askin

g t

est

able

ques

tio

ns.

D

iffe

rent

kin

ds

of

ques

tio

ns

sug

gest

dif

fere

nt

scie

nti

fic

invest

igat

ion

s.

The

curr

ent

bo

dy o

f sc

ienti

fic

kno

wle

dge

guid

es t

he

invest

igat

ion.

Be

able

to

: F

ram

e an

d r

efin

e q

ues

tio

ns

that

can

be

invest

igat

ed s

cienti

fica

lly,

and

gen

erat

e te

stab

le h

yp

oth

eses.

Su

bst

ran

d B

U

nd

erst

and

that

: A

val

id i

nves

tigati

on

contr

ols

var

iab

les.

Dif

fere

nt

exp

erim

enta

l d

esig

ns

and

stra

tegie

s ca

n b

e d

evel

op

ed t

o a

nsw

er t

he

sam

e q

ues

tio

n.

Un

it C

on

cep

ts:

Fo

r en

erg

y t

o f

low

in a

cir

cuit

, th

e

circ

uit

mu

st b

e a

clo

sed

lo

op

.

When

tw

o o

r m

ore

dev

ices

are

incl

ud

ed i

n a

cir

cuit

thei

r

per

form

ance

wil

l d

epen

d u

po

n h

ow

they a

re c

on

nec

ted

to

the

ener

gy

sourc

e (s

erie

s/p

aral

lel)

and

there

fore

the

am

oun

t o

f en

erg

y d

eliv

ered

to

each

dev

ice.

Ther

e ar

e tw

o t

yp

es o

f el

ectr

ical

char

ge,

po

siti

ve

and

negat

ive.

Ob

ject

s ca

n b

eco

me

“char

ged

” an

d

as a

res

ult

can a

ttra

ct o

r

rep

el o

ther

obje

cts.

Ess

en

tia

l Q

ues

tio

ns:

Ho

w d

o w

e kno

w t

hat

thin

gs

hav

e ener

gy?

Ho

w c

an e

ner

gy b

e tr

ansf

erre

d

fro

m o

ne

mat

eria

l to

ano

ther

?

What

hap

pen

s to

a m

ater

ial

wh

en e

ner

gy i

s tr

ansf

erre

d t

o

it?

What

hap

pen

s to

this

ener

gy i

n

a sy

stem

-wh

ere

do

es t

his

ener

gy c

om

e fr

om

, ho

w i

s it

chan

ged

wit

hin

the

syst

em

, an

d

wh

ere

do

es i

t ult

imat

ely g

o?

Su

gg

este

d F

orm

ati

ve

Ass

essm

en

ts:

Stu

dent

journ

als

KW

L

Stu

dent

Sel

f as

sess

ment

and

refl

ecti

on

Su

gg

este

d S

um

ma

tiv

e

Ass

essm

en

ts:

Cre

ate

dia

gra

ms

of

elec

tric

circ

uit

s

Co

nst

ruct

ele

ctri

c ci

rcu

its

Rub

rics

H - 61

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nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Be

able

to

: D

esig

n a

nd

co

nd

uct

invest

igat

ion

s w

ith c

ontr

oll

ed

var

iab

les

to t

est

hyp

oth

ese

s.

Su

bst

ran

d C

U

nd

erst

and

that

: In

a s

cien

tifi

c in

ves

tigat

ion,

dat

a co

llec

tio

n i

nvo

lves

makin

g p

reci

se m

easu

rem

ents

and

kee

pin

g a

ccura

te r

eco

rds

so t

hat

oth

ers

can r

epli

cate

the

exp

erim

ent.

Be

able

to

: A

ccura

tely

co

llec

t d

ata

thro

ug

h t

he

sele

ctio

n a

nd

use

of

too

ls a

nd

tec

hniq

ues

app

rop

riat

e to

the

invest

igat

ion.

Co

nst

ruct

tab

les,

dia

gra

ms

an

d g

rap

hs,

sho

win

g

rela

tio

nsh

ips

bet

wee

n t

wo

var

iab

les,

to

dis

pla

y a

nd

fac

ilit

ate

anal

ysi

s o

f d

ata.

Co

mp

are

and

ques

tio

n r

esult

s w

ith a

nd

fro

m o

ther

stu

den

ts.

Su

bst

ran

d D

U

nd

erst

and

that

: T

her

e is

much e

xp

erim

enta

l

and

ob

serv

atio

nal

evid

ence

th

at s

up

po

rts

a la

rge

bo

dy o

f

kno

wle

dge.

T

he

scie

nti

fic

com

mu

nit

y s

up

po

rts

kno

wn

info

rmat

ion u

nti

l new

exp

erim

enta

l ev

iden

ce a

rise

s th

at

do

es n

ot

mat

ch e

xis

ting e

xp

lanat

ion

s.

This

lea

ds

to t

he

evo

luti

on o

f th

e sc

ienti

fic

bo

dy o

f k

no

wle

dge.

Be

able

to

: F

orm

exp

lanati

ons

bas

ed o

n a

ccura

te a

nd

lo

gic

al

anal

ysi

s o

f ev

idence

. R

evis

e th

e ex

pla

nat

ion u

sin

g

alte

rnat

ive

des

crip

tio

ns,

pre

dic

tio

ns,

mo

del

s and

kno

wle

dge

fro

m o

ther

so

urc

es a

s w

ell

as

resu

lts

of

furt

her

invest

igat

ion.

Su

bst

ran

d E

U

nd

erst

and

that

: E

val

uati

ng t

he

exp

lanat

ion

s

pro

po

sed

by o

ther

s in

vo

lves

exam

inin

g a

nd

ev

iden

ce,

iden

tify

ing f

ault

y r

easo

nin

g,

po

inti

ng o

ut

stat

em

ents

that

go

bey

ond

the

evid

ence

, an

d s

ug

ges

tin

g a

lter

nat

ive

exp

lanat

ions

for

the

sam

e o

bse

rvat

ions.

C

on

flic

tin

g d

ata

or

confl

icti

ng i

nte

rpre

tati

ons

of

the

sam

e d

ata

sug

ges

t th

e nee

d

for

furt

her

in

vest

igati

on.

Co

nti

nued

invest

igat

ion c

an l

ead

to g

reat

er u

nd

erst

and

ing a

nd

res

olu

tio

n o

f th

e co

nfl

ict.

Be

able

to

: C

om

mu

nic

ate

scie

nti

fic

pro

ced

ure

s, d

ata,

and

exp

lanat

ions

to e

nab

le t

he

rep

lica

tio

n o

f re

sult

s. U

se

com

pute

r te

chno

log

y t

o a

ssis

t in

co

mm

unic

ati

ng t

hes

e

Neg

ativ

e ch

arges

mo

ve

free

ly

thro

ugh t

he

circ

uit

and

car

ry e

ner

gy

fro

m t

he

ener

gy s

ourc

e to

the

dev

ice(

s) i

n t

he

circ

uit

. T

he

char

ges

are

nev

er u

sed

up

, no

r

chan

ged

in a

ny w

ay.

Big

Id

eas:

Ener

gy t

akes

man

y f

orm

s. T

hes

e

form

s ca

n b

e gro

up

ed i

nto

typ

es o

f

ener

gy t

hat

are

asso

ciat

ed w

ith t

he

mo

tio

n o

f m

ass

(kin

etic

ener

gy),

and

typ

es o

f ener

gy a

sso

ciat

ed w

ith

the

po

siti

on o

f m

ass

and

wit

h

ener

gy f

ield

s (p

ote

nti

al e

ner

gy

).

Chan

ges

take

pla

ce b

ecau

se o

f th

e

tran

sfer

of

ener

gy.

Ener

gy i

s

tran

sfer

red

to

mat

ter

thro

ugh t

he

acti

on o

f fo

rces

. D

iffe

rent

forc

es a

re

resp

onsi

ble

fo

r th

e tr

ansf

er o

f th

e

dif

fere

nt

form

s o

f ener

gy.

Ener

gy r

ead

ily t

ran

sfo

rms

fro

m o

ne

form

to

ano

ther

, b

ut

these

tran

sfo

rmat

ions

are

no

t al

way

s

rever

sib

le.

The

det

ails

of

these

tran

sfo

rmat

ions

dep

end

up

on t

he

init

ial

form

of

the

ener

gy a

nd

the

pro

per

ties

of

the

mat

eria

ls i

nv

olv

ed.

Ener

gy m

ay t

ran

sfer

into

or

out

of

a

syst

em

and

it

may c

han

ge

form

s,

but

the

tota

l ener

gy c

anno

t ch

ange.

Peo

ple

uti

lize

a v

arie

ty o

f re

sourc

es

to m

eet

the

bas

ic a

nd

sp

ecif

ic n

eed

s

Ho

w d

oes

the

flo

w o

f ener

gy

affe

ct

the

mat

eria

ls i

n t

he

syst

em

?

What

is

a “r

esp

onsi

ble

” use

of

ener

gy? A

re t

her

e al

tern

ati

ve

form

s o

f en

erg

y t

hat

wil

l se

rve

our

nee

ds,

or

bet

ter

ways

of

usi

ng t

rad

itio

nal

fo

rms

of

ener

gy?

Lea

rnin

g T

arg

ets:

Cla

ssif

y c

ircuit

dia

gra

ms

as

com

ple

te o

r in

com

ple

te a

nd

just

ify t

he

clas

sifi

cati

on.

Des

crib

e b

asic

ser

ies

and

par

alle

l ci

rcuit

s an

d t

hei

r

com

po

nents

.

Cre

ate

dra

win

gs

of

seri

es

and

par

alle

l ci

rcuit

s in

clud

ing

tho

se w

ith m

ult

iple

dev

ices

.

Co

nst

ruct

ser

ies

and

par

alle

l

circ

uit

s th

at c

onta

in t

wo

or

thre

e d

evic

es.

Use

evid

ence

to

pro

ve

that

the

dev

ices

are

par

t

of

the

wo

rkin

g c

ircu

it.

Co

mp

are

and

co

ntr

ast

par

alle

l

and

ser

ies

circ

uit

s in

ter

ms

of

ener

gy.

Tro

ub

lesh

oo

t an

inco

mp

lete

circ

uit

.

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Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

resu

lts.

Cri

tica

l re

vie

w i

s im

po

rtan

t in

the

anal

ysi

s o

f th

ese

resu

lts.

Su

bst

ran

d F

U

nd

erst

and

that

: S

cien

tifi

c h

abit

s o

f m

ind

and

oth

er s

ourc

es o

f k

no

wle

dg

e an

d s

kil

ls a

re e

ssenti

al t

o

scie

nti

fic

inq

uir

y.

Hab

its

of

min

d i

ncl

ud

e to

lera

nce

of

am

big

uit

y,

skep

tici

sm,

op

enness

to

new

id

eas,

and

obje

ctiv

ity.

Oth

er k

no

wle

dge

and

skil

ls i

ncl

ud

e

mat

hem

ati

cs,

read

ing,

wri

tin

g,

and

tec

hno

log

y.

Be

able

to

: U

se m

athem

atic

s, r

ead

ing,

wri

tin

g,

and

tech

no

log

y w

hen c

ond

uct

ing s

cien

tifi

c in

quir

ies.

Str

an

d 2

Sci

ence

Tec

hn

olo

gy

an

d S

oci

ety

Su

bst

ran

d A

A

dvan

ces

in t

ech

no

log

y c

an e

xp

and

the

bo

dy

of

scie

nti

fic

kno

wle

dge.

Tec

hno

logic

al t

oo

ls a

llo

w p

eop

le

to o

bse

rve

obje

cts

and

phen

om

ena

that

oth

erw

ise

wo

uld

no

t

be

po

ssib

le. T

echno

log

y e

nhance

s th

e q

ual

ity,

accu

racy,

spee

d a

nd

anal

ysi

s o

f d

ata

gat

her

ed.

Su

bst

ran

d B

S

cien

ce a

nd

tec

hno

log

y i

n s

oci

ety a

re d

riven

by t

he

foll

ow

ing f

acto

rs:

eco

no

mic

al,

po

liti

cal,

cult

ura

l,

soci

al,

and

en

vir

on

men

tal.

Incre

ased

sci

enti

fic

kno

wle

dge

and

tec

hno

log

y c

reat

e chan

ges

that

can

be

ben

efi

cial

or

det

rim

enta

l to

ind

ivid

ual

s o

r so

ciet

y t

hro

ug

h i

mp

act

on

hu

man h

ealt

h a

nd

the

envir

on

men

t.

Str

an

d 3

His

tory

an

d C

on

text

of

Sci

ence

Su

bst

ran

d A

O

ver

the

cours

e o

f hu

man h

isto

ry,

contr

ibuti

on

s to

sci

ence

have

bee

n m

ade

by d

iffe

ren

t p

eop

le

fro

m d

iffe

rent

cult

ure

s.

Stu

dyin

g s

om

e o

f th

ese

contr

ibuti

ons

and

ho

w t

hey c

am

e

abo

ut

pro

vid

es i

nsi

ght

into

the e

xp

ansi

on o

f sc

ienti

fic

kno

wle

dge.

of

life

. S

om

e o

f th

ese

reso

urc

es

canno

t b

e re

pla

ced

. O

ther

res

ourc

es

can b

e re

ple

nis

hed

or

exis

t in

such

vas

t q

uanti

ties

they a

re i

n n

o d

anger

of

bec

om

ing d

eple

ted

.

Oft

en t

he

ener

gy s

tore

d i

n r

eso

urc

es

mu

st b

e tr

ansf

orm

ed i

nto

mo

re

use

ful

form

s an

d t

ransp

ort

ed o

ver

gre

at d

ista

nce

s b

efo

re i

t ca

n b

e

hel

pfu

l to

us.

Co

mp

are

the

po

wer

usa

ge

in

an i

nca

nd

esce

nt

and

fluo

resc

ent

lig

ht

bulb

. D

iscuss

wh

ich d

evic

e re

quir

es l

ess

ener

gy a

nd

wh

ich w

ould

be

the

bet

ter

bu

y.

Des

crib

e el

ectr

ic c

har

ges

and

the

forc

es t

hat

char

ges

exer

t o

n

each

oth

er.

Des

crib

e th

e d

iffe

rence

bet

wee

n e

lect

rica

lly n

eutr

al

and

ele

ctri

call

y c

har

ged

obje

cts

and

des

crib

e ho

w

forc

es a

ct o

n o

bje

cts

to m

ove

char

ges

fro

m o

ne

ob

ject

to t

he

oth

er.

Use

a m

od

el t

o e

xp

lain

the

imp

ort

ance

of

elec

tric

char

ge,

bat

teri

es,

and

ele

ctri

cal

ener

gy

in c

ircu

its.

Exp

lain

the

dif

fere

nce

bet

wee

n

an e

lect

rica

l co

nd

uct

or

and

an

insu

lato

r.

Pre

dic

t an

d d

escr

ibe

the

per

form

ance

of

lig

ht

bulb

s an

d

mo

tors

in s

erie

s an

d p

aral

lel

circ

uit

s.

Lis

t, a

s b

asic

fo

rms

of

ener

gy,

lig

ht,

hea

t, s

ound

, el

ectr

ical

,

and

ener

gy o

f m

oti

on.

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Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Sta

nd

ard

3

En

erg

y a

nd

Its

Eff

ects

Str

an

d 1

Th

e F

orm

s a

nd

So

urc

es

of

En

erg

y

Su

bst

ran

d E

E

lect

rica

l en

erg

y i

s a

form

of

ener

gy t

hat

can

be

tran

sfer

red

by m

ovin

g c

har

ges

thro

ugh a

co

mp

lete

circ

uit

.

Str

an

d 2

Fo

rces

an

d T

he

Tra

nsf

er o

f E

ner

gy

Su

bst

ran

d H

E

lect

rica

l sy

stem

s ca

n b

e d

esig

ned

to

per

form

a v

arie

ty o

f ta

sks.

Ser

ies

or

par

alle

l ci

rcuit

s ca

n b

e

use

d t

o t

ransf

er e

lect

rica

l en

erg

y t

o d

evic

es.

Ele

ctri

cal

circ

uit

s re

quir

e a

com

ple

te l

oo

p t

hro

ug

h w

hic

h t

he

elec

tric

al

char

ges

can p

ass.

Str

an

d 3

En

erg

y I

nte

ract

ing

wit

h M

ate

ria

ls:

the

Tra

nsf

orm

ati

on

an

d C

on

serv

ati

on

of

En

erg

y

Su

bst

ran

d A

E

ner

gy c

an b

e tr

ansf

orm

ed f

rom

one

form

into

ano

ther

. E

ner

gy t

ran

sfo

rmat

ion

s o

ften t

ake

pla

ce w

hil

e

ener

gy i

s b

ein

g t

ransf

erre

d t

o a

no

ther

ob

ject

or

sub

stan

ce.

Ener

gy t

ransf

orm

ati

on

s an

d e

ner

gy t

ran

sfer

s ca

n b

e use

d t

o

exp

lain

ho

w e

ner

gy f

low

s th

roug

h a

ph

ysi

cal

syst

em

(e.

g.,

pho

tosy

nth

esi

s, w

eath

erin

g,

and

ele

ctri

cal

circ

uit

s).

Exp

lain

that

ele

ctri

cal

ener

gy

is a

fo

rm o

f en

erg

y t

hat

is

tran

sfer

red

thro

ug

h c

ircu

its

to

dev

ices

that

are

des

igned

to

mak

e use

of

this

fo

rm o

f

ener

gy (

e.g.,

lam

ps,

fan

s,

com

pute

rs,

etc.

).

Des

crib

e th

e ro

le o

f el

ectr

ical

char

ge

in c

ircu

its

by u

sing a

mo

del

of

elec

tric

al c

ircu

its.

Rel

ate

that

ele

ctri

cal

ener

gy

carr

ied

by c

har

ges

in a

cir

cuit

is t

ransf

erre

d t

o d

evic

es i

n t

he

circ

uit

and

is

usu

ally

chan

ged

into

(tr

ansf

orm

ed)

dif

fere

nt

kin

ds

of

ener

gy b

y t

hese

dev

ices

(e.

g.,

lig

ht

bu

lbs

chan

ge

elec

tric

al e

ner

gy i

nto

lig

ht

and

hea

t en

erg

y,

mo

tors

turn

the

elec

tric

al e

ner

gy i

nto

ener

gy o

f m

oti

on).

Tra

ce t

he

flo

w o

f ener

gy f

rom

ele

ctr

ical

ener

gy t

o o

ther

fo

rms

of

ener

gy,

such

as

lig

ht.

Exp

ress

wh

ether

ener

gy w

as

tran

sfer

red

, tr

ansf

orm

ed o

r

bo

th.

Co

nst

ruct

bo

th s

erie

s and

par

alle

l ci

rcuit

s to

in

ves

tigate

and

des

crib

e ho

w m

ult

iple

dev

ices

in s

erie

s o

r p

aral

lel

(bulb

s, m

oto

rs)

per

form

(d

im

ver

sus

bri

ght,

fast

ver

sus

slo

w).

Des

crib

e ho

w t

he

way

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Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

the

dev

ices

are

connec

ted

affe

cts

the

funct

ionin

g (

i.e.

,

dim

ver

sus

bri

ght)

of

the

dev

ice,

and

rel

ate

this

to

ho

w

much e

lect

rica

l ener

gy i

s

rece

ived

.

Mo

vin

g e

lect

ric

char

ges

pro

duce

magneti

c fi

eld

s.

Sho

w h

ow

ele

ctri

cal

ener

gy

carr

ied

by c

urr

ents

in w

ires

can b

e use

d t

o c

reat

e m

agnet

ic

fiel

ds.

Un

it F

ou

r: S

imp

le M

ach

ines

Tim

elin

e:

6 w

eek

s

Sta

nd

ard

1

Na

ture

an

d A

pp

lica

tio

n o

f S

cien

ce a

nd

Tec

hn

olo

gy

Un

der

sta

nd

ing

s a

nd

Ab

ilit

ies

of

Sci

enti

fic

Inq

uir

y

Str

an

d 1

Un

der

sta

nd

ing

an

d A

bil

itie

s o

f S

cien

tifi

c In

qu

iry

Su

bst

ran

d A

U

nd

erst

and

that

: S

cien

tifi

c in

ves

tigat

ions

invo

lve

askin

g t

est

able

ques

tio

ns.

Dif

fere

nt

kin

ds

of

ques

tio

ns

sug

gest

dif

fere

nt

scie

nti

fic

invest

igat

ion

s. T

he

curr

ent

bo

dy o

f sc

ienti

fic

kno

wle

dge

guid

es t

he

invest

igat

ion.

Be

able

to

: F

ram

e an

d r

efin

e q

ues

tio

ns

that

can

be

invest

igat

ed s

cienti

fica

lly,

and

gen

erat

e te

stab

le h

yp

oth

eses.

Su

bst

ran

d B

U

nd

erst

and

that:

A v

alid

in

vest

igat

ion

contr

ols

var

iab

les.

Dif

fere

nt

exp

erim

enta

l d

esig

ns

and

stra

tegie

s ca

n b

e d

evel

op

ed t

o a

nsw

er t

he

sam

e q

ues

tio

n.

Be

able

to

: D

esig

n a

nd

co

nd

uct

invest

igat

ions

wit

h

contr

oll

ed v

aria

ble

s to

tes

t h

yp

oth

eses

.

Su

bst

ran

d C

U

nd

erst

and

that

: In

a s

cien

tifi

c in

ves

tigat

ion,

Un

it C

on

cep

ts:

Sim

ple

mac

hin

es

are

use

d t

o

tran

sfer

ener

gy i

n o

rder

to

com

ple

te

a ta

sk.

Sim

ple

mac

hin

es

may c

han

ge

the

dir

ecti

on o

f an

ap

pli

ed f

orc

e

(dir

ecti

onal

ad

van

tage)

or

the

size

of

the

forc

e th

at i

s ap

pli

ed

(mec

hanic

al a

dvanta

ge)

but

that

the

am

ou

nt

of

ener

gy t

ran

sfer

red

by

the

sim

ple

mac

hin

e is

eq

ual

to

the

am

ou

nt

of

ener

gy

tran

sfer

red

to

the

sim

ple

mac

hin

e

The

effo

rt f

orc

e an

d t

he

eff

ort

dis

tance

fo

rm a

n i

nver

se

rela

tio

nsh

ip (

som

etim

es

des

crib

ed

in t

erm

s o

f “t

rad

e-o

ff”)

. T

his

rela

tio

nsh

ip s

tem

s fr

om

the

fact

that

it t

akes

a s

pec

ific

am

ou

nt

of

ener

gy

to c

om

ple

te a

giv

en t

ask.

Ess

en

tia

l Q

ues

tio

ns:

What

makes

a q

uest

ion

scie

nti

fic?

What

co

nst

itute

s ev

idence

?

When

do

yo

u k

no

w y

ou h

ave

eno

ugh e

vid

ence

?

Wh

y i

s it

nec

essa

ry t

o j

ust

ify

and

co

mm

unic

ate

an

exp

lanat

ion?

Ho

w c

an e

ner

gy b

e tr

ansf

erre

d

fro

m o

ne

mat

eria

l to

ano

ther

?

What

hap

pen

s to

a m

ater

ial

wh

en e

ner

gy i

s tr

ansf

erre

d t

o

it?

Lea

rnin

g T

arg

ets:

Det

erm

ine

wher

e to

pla

ce t

he

Su

gg

este

d F

orm

ati

ve

Ass

essm

en

ts:

Invest

igati

on r

efle

ctio

ns

Stu

dent

journ

als

Sel

f ass

essm

ents

and

ref

lect

ions

Su

gg

este

d S

um

ma

tiv

e

Ass

essm

en

ts:

End

of

unit

ass

essm

ent

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1 b

y

1

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

dat

a co

llec

tio

n i

nvo

lves

makin

g p

reci

se m

easu

rem

ents

and

kee

pin

g a

ccura

te r

eco

rds

so t

hat

oth

ers

can r

epli

cate

the

exp

erim

ent.

Be

able

to

: A

ccura

tely

co

llec

t d

ata

thro

ug

h t

he

sele

ctio

n a

nd

use

of

too

ls a

nd

tec

hniq

ues

app

rop

riat

e to

the i

nvest

igat

ion.

Co

nst

ruct

tab

les,

dia

gra

ms

an

d g

rap

hs,

sho

win

g

rela

tio

nsh

ips

bet

wee

n t

wo

var

iab

les,

to

dis

pla

y a

nd

faci

lita

te a

nal

ysi

s o

f d

ata.

Co

mp

are

and

ques

tio

n r

esult

s

wit

h a

nd

fro

m o

ther

stu

dents

.

Su

bst

ran

d D

U

nd

erst

and

that

: T

her

e is

much e

xp

erim

enta

l

and

ob

serv

atio

nal

evid

ence

th

at s

up

po

rts

a la

rge

bo

dy o

f

kno

wle

dge.

The

scie

nti

fic

com

mu

nit

y s

up

po

rts

kno

wn

info

rmat

ion u

nti

l new

exp

erim

enta

l ev

iden

ce a

rise

s th

at

do

es n

ot

mat

ch e

xis

ting

exp

lanat

ion

s. T

his

lea

ds

to t

he

evo

luti

on o

f th

e sc

ienti

fic

bo

dy o

f k

no

wle

dge.

Be

able

to

: F

orm

exp

lanati

on

s b

ased

on a

ccura

te a

nd

lo

gic

al

anal

ysi

s o

f ev

idence

. R

evis

e th

e ex

pla

nat

ion u

sin

g

alte

rnat

ive

des

crip

tio

ns,

pre

dic

tio

ns,

mo

del

s and

kno

wle

dge

fro

m o

ther

so

urc

es a

s w

ell

as

resu

lts

of

furt

her

invest

igat

ion.

Su

bst

ran

d E

U

nd

erst

and

that

: E

val

uati

ng t

he

exp

lanat

ion

s

pro

po

sed

by o

ther

s in

vo

lves

exam

inin

g a

nd

co

mp

arin

g

evid

ence

, id

enti

fyin

g f

ault

y r

easo

nin

g,

po

inti

ng o

ut

stat

em

ents

that

go

beyo

nd

the

evid

ence

, an

d s

uggest

ing

alte

rnat

ive

exp

lanat

ion

s fo

r th

e sa

me o

bse

rvat

ions.

Co

nfl

icti

ng d

ata

or

confl

icti

ng

inte

rpre

tati

ons

of

the

sam

e

dat

a su

ggest

the

nee

d f

or

furt

her

inves

tigati

on.

Co

nti

nued

invest

igat

ion c

an l

ead

to

gre

ater

und

erst

and

ing a

nd

reso

luti

on o

f th

e co

nfl

ict.

Be

able

to

: C

om

mu

nic

ate

scie

nti

fic

pro

ced

ure

s, d

ata,

and

exp

lanat

ions

to e

nab

le t

he

rep

lica

tio

n o

f re

sult

s. U

se

com

pute

r te

chno

log

y t

o a

ssis

t in

co

mm

unic

ati

ng t

hes

e

resu

lts.

Cri

tica

l re

vie

w i

s im

po

rtan

t in

the

anal

ysi

s o

f th

ese

resu

lts.

Big

Id

eas:

Chan

ges

take

pla

ce b

ecau

se o

f th

e

tran

sfer

of

ener

gy.

Ener

gy i

s

tran

sfer

red

to

mat

ter

thro

ugh t

he

acti

on o

f fo

rces

. D

iffe

rent

forc

es

are

resp

onsi

ble

fo

r th

e tr

ansf

er o

f

the

dif

fere

nt

form

s o

f ener

gy.

effo

rt f

orc

e an

d f

ulc

rum

in

ord

er t

o l

ift

an o

bje

ct w

ith t

he

leas

t am

oun

t o

f ef

fort

fo

rce.

Rea

d a

sp

ring s

cale

to

mea

sure

the

am

oun

t o

f ef

fort

fo

rce.

Rec

og

niz

e an

d d

escr

ibe

ho

w

lever

s u

sed

in d

aily

lif

e.

Des

crib

e th

e re

lati

on

ship

bet

wee

n t

he

eff

ort

fo

rce

and

the

effo

rt d

ista

nce

.

Co

llec

t d

ata

in a

sin

gle

and

a

do

ub

le p

ull

ey s

yst

em

.

Mak

e o

bse

rvat

ion

s o

f p

ull

ey

syst

em

s an

d d

raw

co

ncl

usi

on

s

usi

ng d

ata.

Use

mult

ipli

cati

on s

kil

ls t

o

com

ple

te a

dat

a ta

ble

.

Dra

w c

oncl

usi

ons

abo

ut

dat

a

fro

m p

revio

us

inq

uir

ies

to u

se

wit

h p

rese

nt

inves

tigati

ons.

Iden

tify

the

eff

ort

fo

rce

and

effo

rt d

ista

nce

in a

n i

ncl

ined

pla

ne

syst

em

.

Mak

e o

bse

rvat

ion

s ab

out

incl

ined

pla

ne

syst

em

s, c

oll

ect

dat

a in

an i

ncl

ined

pla

ne

syst

em

, and

dra

w c

oncl

usi

ons.

Ap

ply

kno

wle

dge

of

incl

ined

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nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Su

bst

ran

d F

U

nd

erst

and

that

: S

cien

tifi

c hab

its

of

min

d

and

oth

er s

ourc

es o

f k

no

wle

dg

e an

d s

kil

ls a

re e

ssenti

al t

o

scie

nti

fic

inq

uir

y.

Hab

its

of

min

d i

ncl

ud

e to

lera

nce

of

am

big

uit

y,

skep

tici

sm,

op

enness

to

new

id

eas,

and

obje

ctiv

ity.

Oth

er k

no

wle

dge

and

skil

ls i

ncl

ud

e

mat

hem

ati

cs,

read

ing,

wri

tin

g,

and

tec

hno

log

y.

Be

able

to

: U

se m

athem

atic

s, r

ead

ing,

wri

tin

g,

and

tech

no

log

y w

hen c

ond

uct

ing s

cien

tifi

c in

quir

ies.

Sta

nd

ard

3

En

erg

y a

nd

Its

Eff

ects

Str

an

d 2

Fo

rces

an

d t

he

Tra

nsf

er o

f E

ner

gy

Su

bst

ran

d A

W

hen

the

forc

es a

ctin

g o

n a

n o

bje

ct a

re

bal

ance

d,

its

mo

tio

n w

ill

no

t ch

ange.

Unb

alan

ced

fo

rces

wil

l ca

use

the

ob

ject

’s m

oti

on

to

chan

ge.

Chan

ges

in m

oti

on

dep

end

up

on t

he

size

and

dir

ecti

on o

f th

e to

tal

unb

ala

nce

d

forc

e ex

erte

d o

n t

he

ob

ject

.

Su

bst

ran

d B

G

ravit

y i

s a

forc

e th

at a

cts

bet

wee

n m

ass

es

over

ver

y l

arge

dis

tance

s. N

ear

the

Ear

th’s

surf

ace,

gra

vit

y

pull

s o

bje

cts

and

sub

stance

s ver

tica

lly d

ow

nw

ard

.

Su

bst

ran

d C

F

orc

es c

an b

e u

sed

to

tra

nsf

er e

ner

gy

fro

m

one

ob

ject

to

ano

ther

. S

imp

le m

ach

ines

are

use

d t

o t

ransf

er

ener

gy i

n o

rder

to

sim

pli

fy d

iffi

cult

tas

ks.

pla

ne

syst

em

s to

pra

ctic

al

app

lica

tio

ns.

Iden

tify

ho

w t

he

scre

w i

s an

exam

ple

of

an i

ncl

ined

pla

ne.

Co

nd

uct

in

ves

tigat

ions

usi

ng

sim

ple

mac

hin

es

to d

em

on

stra

te

ho

w f

orc

es t

ran

sfer

ener

gy.

Exp

lain

that

sim

ple

mac

hin

es

may c

hange

the

dir

ecti

on o

f an

app

lied

fo

rce

(dir

ecti

onal

advan

tage)

or

the

size

of

the

forc

e th

at i

s ap

pli

ed

(mec

hanic

al a

dvanta

ge)

but

that

the

am

ount

of

ener

gy

tran

sfer

red

by

the

sim

ple

mac

hin

e is

eq

ual

to

the

am

ou

nt

of

ener

gy t

ran

sfer

red

to

the

sim

ple

mac

hin

e.

Co

nd

uct

in

ves

tigat

ions

usi

ng

sim

ple

mac

hin

es

to d

em

on

stra

te

ho

w f

orc

es t

ran

sfer

ener

gy.

Exp

lain

that

sim

ple

mac

hin

e

may c

hange

the

dir

ecti

on o

f an

app

lied

fo

rce

(dir

ecti

onal

advan

tage)

or

the

size

of

the

forc

e th

at i

s ap

pli

ed

(mec

hanic

al a

dvanta

ge)

but

that

the

am

oun

t o

f en

erg

y

tran

sfer

red

by t

he

sim

ple

mac

hin

e is

eq

ual

to

the

am

ou

nt

of

ener

gy t

ran

sfer

red

to

the

sim

ple

mac

hin

e.

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nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Des

ign a

dev

ice

that

rel

ies

on

the

dir

ecti

onal

and

/or

mec

hanic

al a

dvan

tage

of

a

sim

ple

mac

hin

e to

per

form

a

task

(e.

g.,

lif

t a

wei

gh

t, m

ove

a

hea

vy o

bje

ct).

Iden

tify

the

forc

es a

nd

mo

tio

ns

invo

lved

, th

e so

urc

e o

f th

e

ener

gy u

sed

to

co

mp

lete

the

task

, and

ho

w t

he

ener

gy i

s

use

d b

y t

he

sim

ple

mac

hin

e.

Un

it F

ive:

Ea

rth

His

tory

Tim

elin

e: 6

wee

ks

Sta

nd

ard

1

Th

e N

atu

re a

nd

Ap

pli

cati

on

of

Sci

ence

an

d T

ech

no

log

y

Str

an

d 1

Un

der

sta

nd

ing

s a

nd

Ab

ilit

ies

of

Sci

enti

fic

Inq

uir

y

Su

bst

ran

d A

U

nd

erst

and

that

: S

cien

tifi

c in

ves

tigat

ions

invo

lve

askin

g t

est

able

ques

tio

ns.

D

iffe

rent

kin

ds

of

ques

tio

ns

sug

gest

dif

fere

nt

scie

nti

fic

invest

igat

ion

s.

The

curr

ent

bo

dy o

f sc

ienti

fic

kno

wle

dge

guid

es t

he

invest

igat

ion.

Be

able

to

: F

ram

e an

d r

efin

e q

ues

tio

ns

that

can

be

invest

igat

ed s

cienti

fica

lly,

and

gen

erat

e te

stab

le h

yp

oth

eses.

Su

bst

ran

d B

U

nd

erst

and

that

: A

val

id i

nves

tigati

on

contr

ols

var

iab

les.

Dif

fere

nt

exp

erim

enta

l d

esig

ns

and

stra

tegie

s ca

n b

e d

evel

op

ed t

o a

nsw

er t

he

sam

e q

ues

tio

n.

Be

able

to

: D

esig

n a

nd

co

nd

uct

invest

igat

ions

wit

h

contr

oll

ed v

aria

ble

s to

tes

t h

yp

oth

eses

.

Su

bst

ran

d C

U

nd

erst

and

that

: In

a s

cien

tifi

c in

ves

tigat

ion,

dat

a co

llec

tio

n i

nvo

lves

makin

g p

reci

se m

easu

rem

ents

and

kee

pin

g a

ccura

te r

eco

rds

so t

hat

oth

ers

can r

epli

cate

the

Un

it C

on

cep

ts:

Ob

serv

atio

ns

of

pre

sen

t p

roce

sses

(wea

ther

ing,

ero

sio

n,

and

dep

osi

tio

n)

and

evid

ence

of

thes

e

pro

cess

es (

ex.,

gra

in s

ize

and

shap

e, l

and

form

s, l

ayer

ing).

Usi

ng p

rese

nt

ob

serv

atio

ns

and

evid

ence

to

make

infe

rence

s.

Chan

ge

over

tim

e o

f E

arth

’s c

rust

.

Pro

cess

es t

hat

shap

e th

e E

arth

.

The

Ear

th a

s in

tera

ctin

g s

yst

em

s.

Thes

e sy

stem

s co

nti

nual

ly i

nte

ract

at d

iffe

rent

rate

s o

f ti

me,

aff

ecti

ng

the

Ear

th l

oca

lly a

nd

glo

bal

ly.

Cycl

ing o

f ro

ck m

ater

ial.

Usi

ng a

mo

del

to

und

erst

and

even

ts

of

the

pas

t.

Ess

en

tia

l Q

ues

tio

ns:

Ho

w a

re o

bse

rvat

ion

s an

d

infe

rence

s ess

enti

al i

n

und

erst

and

ing E

arth

’s h

isto

ry

tod

ay a

nd

in t

he

pas

t?

Ho

w c

an o

bse

rvat

ion

s o

f

sed

imenta

ry r

ock

s le

ad t

o

infe

rence

s ab

out

the

envir

on

ment

in w

hic

h t

he

sed

iments

wer

e d

epo

site

d?

Ho

w d

o t

hes

e o

bse

rvat

ions

lead

to i

nfe

rence

s o

n h

ow

pre

sent

pro

cess

es o

f w

eath

erin

g a

nd

ero

sio

n w

ill

affe

ct t

he

sed

imenta

ry r

ock

s?

Ho

w i

s E

arth

’s t

imel

ine

sim

ilar

and

dif

fere

nt

than

yo

ur

ow

n

per

sonal

tim

elin

e?

Can

ind

ex f

oss

ils

pro

vid

e a

com

ple

te p

ictu

re o

f E

arth

’s

Su

gg

este

d F

orm

ati

ve

Ass

essm

en

ts:

Tea

cher

ob

serv

atio

ns

stud

ent

lab

shee

ts

quic

k w

rite

s

ob

serv

atio

n o

f st

ud

ent

no

tes

stud

ent

self

ass

essm

ent

and

refl

ecti

on

s

Su

gg

este

d S

um

ma

tiv

e

Ass

essm

en

ts:

End

of

unit

ass

essm

ent

Rub

rics

Per

form

ance

tas

k

H - 68

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op

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1 b

y

1

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

exp

erim

ent.

Be

able

to

: A

ccura

tely

co

llec

t d

ata

thro

ug

h t

he

sele

ctio

n a

nd

use

of

too

ls a

nd

tec

hniq

ues

app

rop

riat

e to

the

invest

igat

ion.

Co

nst

ruct

tab

les,

dia

gra

ms

an

d g

rap

hs,

sho

win

g

rela

tio

nsh

ips

bet

wee

n t

wo

var

iab

les,

to

dis

pla

y a

nd

fac

ilit

ate

anal

ysi

s o

f d

ata.

Co

mp

are

and

ques

tio

n r

esult

s w

ith a

nd

fro

m o

ther

stu

den

ts.

Su

bst

ran

d D

U

nd

erst

and

that

: T

her

e is

much e

xp

erim

enta

l

and

ob

serv

atio

nal

evid

ence

th

at s

up

po

rts

a la

rge

bo

dy o

f

kno

wle

dge.

T

he

scie

nti

fic

com

mu

nit

y s

up

po

rts

kno

wn

info

rmat

ion u

nti

l new

exp

erim

enta

l ev

iden

ce a

rise

s th

at

do

es n

ot

mat

ch e

xis

ting e

xp

lanat

ion

s.

This

lea

ds

to t

he

evo

luti

on o

f th

e sc

ienti

fic

bo

dy o

f k

no

wle

dge.

Be

able

to

: F

orm

exp

lanati

on

s b

ased

on a

ccura

te a

nd

lo

gic

al

anal

ysi

s o

f ev

idence

. R

evis

e t

he

exp

lanat

ion u

sin

g

alte

rnat

ive

des

crip

tio

ns,

pre

dic

tio

ns,

mo

del

s and

kno

wle

dge

fro

m o

ther

so

urc

es a

s w

ell

as

resu

lts

of

furt

her

invest

igat

ion.

Su

bst

ran

d E

U

nd

erst

and

that

: E

val

uati

ng t

he

exp

lanat

ion

s

pro

po

sed

by o

ther

s in

vo

lves

exam

inin

g a

nd

co

mp

arin

g

evid

ence

, id

enti

fyin

g f

ault

y r

easo

nin

g,

po

inti

ng o

ut

stat

em

ents

that

go

beyo

nd

the

evid

ence

, an

d s

uggest

ing

alte

rnat

ive

exp

lanat

ion

s fo

r th

e sa

me

ob

serv

atio

ns.

Co

nfl

icti

ng d

ata

or

confl

icti

ng

inte

rpre

tati

ons

of

the

sam

e

dat

a su

ggest

the

nee

d f

or

furt

her

inves

tigati

on.

Co

nti

nued

invest

igat

ion c

an l

ead

to

gre

ater

und

erst

and

ing a

nd

reso

luti

on o

f th

e co

nfl

ict.

Be

able

to

: C

om

mu

nic

ate

scie

nti

fic

pro

ced

ure

s, d

ata,

and

exp

lanat

ions

to e

nab

le t

he

rep

lica

tio

n o

f re

sult

s. U

se

com

pute

r te

chno

log

y t

o a

ssis

t in

co

mm

unic

ati

ng t

hes

e

resu

lts.

Cri

tica

l re

vie

w i

s im

po

rtan

t in

the

anal

ysi

s o

f th

ese

resu

lts.

Su

bst

ran

d F

U

nd

erst

and

that

: S

cien

tifi

c hab

its

of

min

d

and

oth

er s

ourc

es o

f k

no

wle

dg

e an

d s

kil

ls a

re e

ssenti

al t

o

Usi

ng p

atte

rns

to i

nfe

r ch

anges

over

geo

logic

tim

e.

Big

Id

eas:

Sci

enti

fic

inq

uir

y i

nvo

lves

ask

ing

scie

nti

fica

lly-o

rien

ted

ques

tio

ns,

coll

ecti

ng e

vid

ence

, fo

rmin

g

exp

lanat

ions,

co

nnec

tin

g

exp

lanat

ions

to s

cienti

fic

kno

wle

dge

and

theo

ry,

and

co

mm

un

icat

ing a

nd

just

ifyin

g t

he

exp

lanat

ion.

The

dev

elo

pm

ent

of

techno

log

y

and

ad

van

cem

ent

in s

cience

infl

uence

and

dri

ve

each

oth

er

forw

ard

and

co

ntr

ibuti

on

s ar

e

esse

nti

al i

n b

uil

din

g s

cien

tifi

c

kno

wle

dge.

Ear

th’s

syst

em

s ca

n b

e b

roken

do

wn

into

ind

ivid

ual

co

mp

onen

ts w

hic

h

hav

e o

bse

rvab

le m

easu

rab

le

pro

per

ties

.

Ear

th’s

co

mp

onents

fo

rm s

yst

em

s.

his

tory

?

Are

the

conti

nen

ts i

n f

ixed

po

siti

ons?

Ho

w d

o y

ou k

no

w?

Lea

rnin

g T

arg

ets:

M

akin

g o

bse

rvat

ions

Gen

erat

ing e

vid

ence

Co

mm

unic

ati

ng r

esult

s

Co

nd

uct

ing a

cri

tica

l re

vie

w

Co

mp

arin

g o

bse

rvat

ions

Co

nd

uct

ing t

ests

fo

r ca

lciu

m

carb

onat

e

Iden

tify

sand

sto

ne,

shal

e, a

nd

lim

est

one

Co

rrel

ate

rock

layer

s

ho

rizo

nta

lly a

cro

ss l

oca

tio

n

Exp

lain

ho

w d

iffe

renti

al

ero

sio

n c

han

ges

a la

nd

scap

e

Exp

lain

ho

w p

hysi

cal

and

chem

ical

wea

ther

ing a

ct o

n

rock

s to

fo

rm s

edim

ents

.

Iden

tify

the

sed

iments

that

form

sand

sto

ne,

shal

e, a

nd

lim

est

one.

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op

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201

1 b

y

1

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

scie

nti

fic

inq

uir

y.

Hab

its

of

min

d i

ncl

ud

e to

lera

nce

of

am

big

uit

y,

skep

tici

sm,

op

enness

to

new

id

eas,

and

obje

ctiv

ity.

Oth

er k

no

wle

dge

and

skil

ls i

ncl

ud

e

mat

hem

ati

cs,

read

ing,

wri

tin

g,

and

tec

hno

log

y.

Be

able

to

: U

se m

athem

atic

s, r

ead

ing,

wri

tin

g,

and

tech

no

log

y w

hen c

ond

uct

ing s

cien

tifi

c in

quir

ies.

Str

an

d 2

Sci

ence

Tec

hn

olo

gy

an

d S

oci

ety

Su

bst

ran

d A

A

dvan

ces

in t

ech

no

log

y c

an e

xp

and

the

bo

dy

of

scie

nti

fic

kno

wle

dge.

Tec

hno

logic

al t

oo

ls a

llo

w p

eop

le

to o

bse

rve

obje

cts

and

phen

om

ena

that

oth

erw

ise

wo

uld

no

t

be

po

ssib

le. T

echno

log

y e

nhance

s th

e q

ual

ity,

accu

racy,

spee

d a

nd

anal

ysi

s o

f d

ata

gat

her

ed.

Su

bst

ran

d B

S

cien

ce a

nd

tec

hno

log

y i

n s

oci

ety a

re d

riven

by t

he

foll

ow

ing f

acto

rs:

eco

no

mic

al,

po

liti

cal,

cult

ura

l,

soci

al,

and

en

vir

on

men

tal.

Incre

ased

sci

enti

fic

kno

wle

dge

and

tec

hno

log

y c

reat

e chan

ges

that

can

be

ben

efi

cial

or

det

rim

enta

l to

ind

ivid

ual

s o

r so

ciet

y t

hro

ug

h i

mp

act

on

hu

man h

ealt

h a

nd

the

envir

on

men

t.

Str

an

d 3

His

tory

an

d C

on

text

of

Sci

ence

Su

bst

ran

d A

O

ver

the

cours

e o

f hu

man h

isto

ry,

contr

ibuti

on

s to

sci

ence

have

bee

n m

ade

by d

iffe

ren

t p

eop

le

fro

m d

iffe

rent

cult

ure

s. S

tud

yin

g s

om

e o

f th

ese

contr

ibuti

on

s an

d h

ow

they c

am

e ab

out

pro

vid

es i

nsi

ght

into

the

exp

ansi

on o

f sc

ien

tifi

c kno

wle

dge.

Sta

nd

ard

5

Ea

rth

’s D

yn

am

ic S

yst

em

s

Str

an

d 1

Co

mp

on

ents

of

the

Ea

rth

Mo

del

the

form

atio

n o

f

sand

sto

ne,

shale

, an

d

lim

est

one.

Cre

ate

a geo

logic

tim

elin

e o

f

Ear

th’s

his

tory

.

Use

ind

ex f

oss

ils

to c

orr

elat

e

rock

layer

s.

Iden

tify

evid

ence

that

sup

po

rts

the

theo

ry t

hat

the

conti

nents

wer

e o

nce

to

geth

er a

nd

hav

e

mo

ved

to

thei

r p

rese

nt

po

siti

ons.

Des

crib

e th

e ro

ck c

ycl

e.

Des

crib

e ho

w t

he

surf

ace

of

the

Ear

th i

s co

nst

antl

y

chan

gin

g t

hro

ug

h t

he

pro

cess

es o

f w

eath

erin

g,

ero

sio

n,

and

dep

osi

tio

n.

Cit

e th

ree

lines

of

evid

ence

such a

s th

e fi

t o

f co

astl

ines

, th

e

sim

ilar

ity o

f ro

ck t

yp

e an

d

conti

guo

usn

ess

of

bed

din

g

area

s, a

nd

sim

ilar

ity o

f

foss

iliz

ed r

em

ains

that

ind

icat

e

that

the

conti

nen

ts w

ere

once

a

larg

e la

nd

mas

s.

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y

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Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Su

bst

ran

d C

T

he

form

atio

n o

f se

dim

ent

and

so

il r

equir

es a

long p

erio

d o

f ti

me

as r

ock

s ar

e w

eath

ered

, er

od

ed a

nd

dep

osi

ted

.

Str

an

d 2

Inte

ract

ion

s T

hro

ug

ho

ut

Ea

rth

’s S

yst

em

s

Su

bst

ran

d D

C

on

stru

ctiv

e p

roce

sses

that

buil

d u

p t

he

land

and

the

des

tructi

ve

pro

cess

es

of

wea

ther

ing a

nd

ero

sio

n

shap

e an

d r

eshap

e th

e la

nd

surf

ace.

The

hei

ght

of

Ear

th

land

form

s is

a r

esult

of

the

dif

fere

nce

bet

wee

n t

he

rate

of

up

lift

and

the

rate

of

ero

sio

n a

t a

par

ticu

lar

loca

tio

n.

Su

bst

ran

d K

P

ast

geo

logic

al e

ven

ts a

nd

en

vir

on

ments

can

be

reco

nst

ruct

ed b

y i

nte

rpre

tin

g f

oss

iliz

ed r

em

ain

s an

d

succ

ess

ive

layer

ing o

f se

dim

enta

ry r

ock

s.

Su

bst

ran

d L

T

he

fit

of

conti

nen

tal

coas

tlin

es,

the

sim

ilar

ity o

f ro

ck t

yp

es a

nd

fo

ssil

ized

rem

ain

s p

rovid

e

evid

ence

that

to

day’s

co

nti

nen

ts w

ere

once

a s

ingle

land

mas

s. T

he

conti

nents

mo

ved

to

thei

r cu

rren

t p

osi

tio

ns

on

pla

tes

dri

ven

by e

ner

gy f

rom

Ear

th’s

inte

rio

r.

H - 71

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1

Cu

rric

ulu

m F

ram

ewo

rk S

cien

ce

Sch

oo

l: T

ho

ma

s E

dis

on

Ch

art

er

Sch

oo

l

Cu

rric

ula

r T

oo

l: D

E S

cien

ce C

oa

liti

on

G

rad

e: 7

th G

rad

e

Tea

cher

: _

__

___

___

___

___

__

__

__

_

S

tan

da

rds

Ali

gn

men

t

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Un

it O

ne:

Ou

r G

enes

Ou

r S

elv

es

Tim

elin

e :

6 w

eek

s

Sta

nd

ard

1:

Th

e N

atu

re a

nd

Ap

pli

cati

on

of

Sci

ence

an

d T

ech

no

log

y

Str

an

d U

nd

erst

an

din

gs

an

d A

bil

itie

s o

f S

cien

tifi

c

Inq

uir

y:

Su

bst

ran

d A

: U

nd

erst

and

th

at:

Sci

enti

fic

inves

tigat

ions

invo

lve

askin

g t

est

able

ques

tio

ns.

D

iffe

rent

kin

ds

of

ques

tio

ns

sug

gest

dif

fere

nt

scie

nti

fic

invest

igat

ion

s.

The

curr

ent

bo

dy o

f sc

ienti

fic

kno

wle

dge

guid

es t

he

invest

igat

ion..

Su

bst

ran

d B

: U

nd

erst

and

that:

A v

alid

in

vest

igat

ion

contr

ols

var

iab

les.

Dif

fere

nt

exp

erim

enta

l d

esig

ns

and

stra

tegie

s ca

n b

e d

evel

op

ed t

o a

nsw

er t

he

sam

e

Su

bst

ran

d C

: U

nd

erst

and

th

at:

In a

sci

enti

fic

invest

igat

ion,

dat

a co

llec

tio

n i

nvo

lves

makin

g p

reci

se

mea

sure

ments

and

kee

pin

g a

ccura

te r

eco

rds

so t

hat

oth

ers

can r

epli

cate

the

exp

erim

ent.

Su

bst

ran

d D

: U

nd

erst

and

th

at:

Ther

e is

much

exp

erim

enta

l and

ob

serv

atio

nal

evid

ence

that

sup

po

rts

a

larg

e b

od

y o

f k

no

wle

dge.

T

he

scie

nti

fic

com

mu

nit

y

sup

po

rts

kno

wn i

nfo

rmat

ion u

nti

l new

exp

erim

enta

l

evid

ence

ari

ses

that

do

es n

ot

mat

ch e

xis

ting

exp

lanat

ions.

T

his

lea

ds

to t

he

evo

luti

on o

f th

e

scie

nti

fic

bo

dy o

f kno

wle

dge.

Su

bst

ran

d E

: U

nd

erst

and

that:

Eval

uat

ing t

he

exp

lanat

ions

pro

po

sed

by o

thers

in

vo

lves

exam

inin

g a

nd

com

par

ing e

vid

ence

, id

enti

fyin

g f

ault

y r

easo

nin

g,

po

inti

ng o

ut

stat

em

ents

that

go

bey

ond

the

evid

ence

, and

suggest

ing a

lter

nat

ive

exp

lanati

ons

for

the

sam

e

ob

serv

atio

ns.

C

onfl

icti

ng d

ata o

r co

nfl

icti

ng

inte

rpre

tati

ons

of

the

sam

e d

ata

suggest

the

nee

d f

or

furt

her

in

ves

tigati

on.

Co

nti

nu

ed i

nves

tigati

on c

an l

ead

to g

reat

er u

nd

erst

and

ing a

nd

res

olu

tio

n o

f th

e co

nfl

ict.

Su

bst

ran

d F

: U

nd

erst

and

that:

Sci

enti

fic

hab

its

of

min

d a

nd

oth

er s

ourc

es o

f k

no

wle

dge

and

skil

ls a

re

Big

Id

eas

Stu

den

ts w

ill

un

der

sta

nd

tha

t…

Org

anis

ms

rep

rod

uce

, d

evel

op

,

hav

e p

red

icta

ble

lif

e cycl

es,

and

pas

s o

n h

erit

able

tra

its

to t

hei

r

off

spri

ng.

All

in

her

ited

tra

its

are

pas

sed

alo

ng b

y D

NA

Ther

e ar

e in

her

itab

le

trai

ts a

nd

tra

its

that

are

alte

red

by e

nvir

on

menta

l

fact

ors

.

Ase

xual

and

sex

ual

rep

rod

uct

ion i

s tw

o

succ

ess

ful

stra

teg

ies

in

rep

rod

uct

ion.

Punnett

sq

uar

es a

nd

ped

igre

es c

an b

e use

d t

o

pre

dic

t in

her

ited

tra

its

The

dev

elo

pm

ent

of

techno

log

y

has

all

ow

ed u

s to

ap

ply

our

kno

wle

dge

of

genet

ics,

rep

rod

uct

ion,

dev

elo

pm

ent

and

evo

luti

on t

o m

eet

hu

man n

eed

s

and

wants

.

Co

nce

pts

Ob

serv

ati

on

an

d

Ev

iden

ce (

inher

ited

trai

ts a

re i

ntr

od

uce

d a

nd

invest

igat

ed)

Pa

tter

ns

(Punnet

t

squar

es a

re u

sed

to

Ess

en

tia

l Q

ues

tio

ns:

What

are

the

advanta

ges

and

dis

advan

tages

of

dif

fere

nt

rep

rod

uct

ive

stra

tegie

s?

W

hat

is

the

dif

fere

nce

bet

wee

n

sex

ual

and

ase

xual

rep

rod

uct

ion?

H

ow

are

in

her

ited

tra

its

pas

sed

do

wn f

rom

gen

erat

ion t

o

gen

erat

ion?

W

hat

cau

ses

var

iati

on a

mo

ng

hu

mans?

What

are

exam

ple

s o

f

inher

ited

tra

its?

H

ow

do

es t

he

size

of

the

sam

ple

dat

a co

llec

ted

co

mp

are

to t

he

theo

reti

cal

pro

bab

ilit

y?

H

ow

do

es a

pro

bab

ilit

y o

f in

her

ited

trai

ts p

assi

ng f

rom

gen

erat

ion t

o

gen

erat

ion d

iffe

r in

a s

imula

tio

n

ver

sus

the

theo

reti

cal

pro

bab

ilit

y?

H

ow

is

a P

unnett

sq

uar

e use

ful

in

pre

dic

ting p

atte

rns

of

inher

itance

?

H

ow

is

a p

edig

ree

use

ful

in

stud

yin

g t

rait

s?

W

hy i

s th

e w

ork

of

Gre

go

r M

end

el

imp

ort

ant

in t

he

fiel

d o

f gen

etic

s?

H

ow

are

chro

mo

som

es r

elat

ed t

o

inher

itan

ce o

f tr

aits

?

C

an t

he

envir

on

ment

aff

ect

inher

ited

tra

its?

Ho

w d

oes

the

und

erst

and

ing a

nd

man

ipula

tio

n o

f gen

etic

s, r

epro

duct

ion,

dev

elo

pm

ent

and

evo

luti

on a

ffec

t th

e

qual

ity o

f h

um

an l

ife?

Su

gg

este

d F

orm

ati

ve

Ass

essm

en

ts:

Tea

cher

ob

serv

atio

ns

Journ

al e

ntr

ies

Ob

serv

atio

ns

No

te t

akin

g

KW

Ls

Co

nce

pt

Map

s

Su

gg

este

d S

um

ma

tiv

e

Ass

essm

en

ts:

Op

en e

nd

ed r

esp

onse

s

Tes

ts/q

uiz

zes

Lab

rep

ort

s

Mo

del

of

key i

dea

s

H - 72

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C

op

yri

gh

t ©

201

1 b

y

1

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

esse

nti

al t

o s

cienti

fic

inq

uir

y.

Hab

its

of

min

d i

ncl

ud

e

tole

rance

of

am

big

uit

y,

skep

tici

sm,

op

ennes

s to

new

idea

s, a

nd

ob

ject

ivit

y.

Oth

er k

no

wle

dge

and

skil

ls

incl

ud

e m

athem

atic

s, r

ead

ing,

wri

tin

g,

and

tec

hno

log

y

Str

an

d:

Sci

ence

Tec

hn

olo

gy

an

d S

oci

ety

:

Su

bst

ran

d A

: A

dvan

ces

in t

ech

no

log

y c

an e

xp

and

the

bo

dy o

f sc

ienti

fic

kno

wle

dge.

T

echno

logic

al t

oo

ls a

llo

w

peo

ple

to

ob

serv

e o

bje

cts

and

phen

om

ena

that

oth

erw

ise

wo

uld

no

t b

e p

oss

ible

. T

echn

olo

gy e

nhance

s th

e

qual

ity,

accura

cy,

spee

d a

nd

anal

ysi

s o

f d

ata

gat

her

ed.

Su

bst

ran

d B

: S

cien

ce a

nd

tech

no

log

y i

n s

oci

ety a

re

dri

ven

by t

he

foll

ow

ing f

acto

rs:

eco

no

mic

, p

oli

tica

l,

cult

ura

l, s

oci

al,

and

en

vir

on

men

tal.

In

crea

sed

sci

enti

fic

kno

wle

dge

and

tec

hno

log

y c

reat

e ch

anges

that

can b

e

ben

efic

ial

or

det

rim

enta

l to

in

div

idual

s o

r so

ciet

y

thro

ugh i

mp

act

on h

um

an

hea

lth a

nd

the

envir

on

ment.

Str

an

d:

His

tory

an

d C

on

text

of

Sci

ence

: S

ub

stra

nd

A:

Over

the

cours

e o

f hu

man h

isto

ry,

contr

ibuti

on

s to

sci

ence

have

bee

n m

ade

by d

iffe

ren

t

peo

ple

fro

m d

iffe

rent

cult

ure

s.

Stu

dyin

g s

om

e o

f th

ese

contr

ibuti

on

s an

d h

ow

they c

am

e ab

out

pro

vid

es i

nsi

ght

into

the

exp

ansi

on o

f sc

ien

tifi

c kno

wle

dge.

Sta

nd

ard

7:

Div

ersi

ty a

nd

Co

nti

nu

ity

of

Liv

ing

Th

ing

s

Str

an

d:

Rep

rod

uct

ion

, H

ered

ity

an

d D

evel

op

men

t

Su

bst

ran

d A

: R

epro

duct

ion i

s a

char

acte

rist

ic o

f al

l

livin

g s

yst

em

s and

is

esse

nti

al

to t

he

conti

nuat

ion o

f

ever

y s

pec

ies.

Su

bst

ran

d B

: S

om

e o

rganis

ms

rep

rod

uce

ase

xual

ly

invo

lvin

g o

ne

par

ent.

A

sex

ual

rep

rod

uct

ion r

esu

lts

in

off

spri

ng t

hat

are

genet

ical

ly i

den

tica

l to

the

par

ent

org

anis

m (

clo

nes)

. T

his

pro

cess

is

advanta

geo

us

in

mai

nta

inin

g t

he

genet

ic m

ake-u

p o

f o

rgan

ism

s th

at a

re

succ

ess

ful

in a

sp

ecif

ic e

nvir

on

ment.

Stu

dents

sho

uld

be

able

to

:

Su

bst

ran

d C

: S

om

e o

rganis

ms

rep

rod

uce

sex

ual

ly

invo

lvin

g t

wo

par

ents

. S

exual

rep

rod

uct

ion r

esult

s in

off

spri

ng t

hat

hav

e gre

ater

gen

etic

div

ersi

ty t

han t

ho

se

pre

dic

t tr

aits

am

on

g

off

spri

ng:

ped

igre

es a

re

use

d t

o t

rack

pat

tern

s

acro

ss g

ener

atio

ns)

Mo

del

s (s

tud

ents

per

form

sim

ula

ted

DN

A

finger

pri

nti

ng t

o a

ssess

par

enta

ge;

stu

den

ts

des

ign c

ritt

er o

ffsp

rin

g

to m

od

el p

atte

rns

of

inher

itan

ce,

incl

ud

ing

do

min

ance

, re

cess

ive

and

in

her

itan

ce o

f se

x-

lin

ked

tra

its)

Rea

son

ing

an

d

exp

lan

ati

on

s (s

tud

ents

use

the

Mar

fan s

cenar

io

to m

ake

evid

ence

bas

ed

dec

isio

ns

regar

din

g t

he

ben

efit

s an

d t

rad

eoff

s o

f

gen

etic

tes

tin

g)

Str

uct

ure

an

d f

un

ctio

n

(stu

den

ts i

nvest

igat

e th

e

role

of

DN

A,

gen

es,

and

chro

mo

som

es

in

rep

rod

uct

ion)

W

hat

tra

de-

off

s exis

t in

kno

win

g

wh

ether

an i

nd

ivid

ual

car

ries

a

gen

etic

ab

no

rmal

ity? H

ow

are

gen

etic

dis

ease

s p

red

icte

d?

What

are

so

ciet

al a

nd

eth

ical

issu

es

invo

lved

in g

eneti

c te

stin

g a

nd

gen

etic

finger

pri

nti

ng?

Lea

rnin

g T

arg

ets:

Stu

dents

wil

l:

Mak

e o

bse

rvat

ion

s.

Co

llec

t an

d o

rgan

ize

dat

a. (

Mak

e

and

anal

yze

a d

ata

tab

le i

nd

icat

ing c

lass

resu

lts

of

a o

bse

rved

tra

its.

)

Co

nst

ruct

a b

ar g

rap

h.

Co

nd

uct

an i

nvest

igat

ion a

nd

mak

e

pre

dic

tio

ns.

(G

row

Nic

oti

ana

pla

nts

.

Pre

dic

t an

d i

nves

tigat

e th

e in

her

ited

trai

ts.)

Giv

en v

arie

d s

cenar

ios,

cla

ssif

y

off

spri

ng a

s se

xuall

y o

r as

exu

ally

pro

duce

d a

nd

just

ify y

our

resp

onse

.

Co

mp

are

and

co

ntr

ast

sex

ual

and

asex

ual

rep

rod

uct

ion i

n t

erm

s o

f

var

iati

on a

nd

ad

apta

tio

n t

o a

sta

tic

or

chan

gin

g e

nvir

on

men

t.

Mak

e a

sim

ple

lab

eled

dra

win

g o

f

hu

man r

epro

duct

ive

cell

s, i

nd

icat

ing

the

sex c

ells

(sp

erm

and

eg

g)

wit

h

hal

f th

e chro

mo

som

al n

um

ber

(2

3)

as t

he

fert

iliz

ed e

gg (

46

).

Rec

og

niz

e th

at

dif

fere

nt

org

an

ism

s

may h

ave

dif

fere

nt

nu

mb

ers

of

chro

mo

som

es

and

that

the

nu

mb

er o

f

chro

mo

som

es

do

es n

ot

rela

te t

o t

he

com

ple

xit

y o

f th

e o

rgan

ism

.

Mak

e a

sim

ple

lab

eled

dra

win

g o

f

asex

ual

rep

rod

uct

ion a

s it

occ

urs

in

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1

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

resu

ltin

g f

rom

ase

xual

rep

rod

uct

ion.

One-h

alf

of

the

off

spri

ng’s

genet

ic i

nfo

rmat

ion c

om

es f

rom

the

“mal

e”

par

ent

and

one-

hal

f co

mes

fro

m t

he

“fem

ale”

par

ent.

Thes

e gen

etic

dif

fere

nce

s hel

p t

o e

nsu

re t

he

surv

ival

of

off

spri

ng i

n v

arie

d e

nv

iro

nm

ents

.

Su

bst

ran

d D

: In

sexual

rep

rod

uct

ion a

fter

the

egg i

s

fert

iliz

ed,

each

of

the

new

cell

s in

the

dev

elo

pin

g

org

anis

m r

ecei

ves

an e

xac

t co

py o

f th

e gen

eti

c

info

rmat

ion c

onta

ined

in t

he

nucl

eus

of

a fe

rtil

ized

eg

g.

Su

bst

ran

d F

: C

hro

mo

som

es a

re f

ound

in t

he

nucle

us

of

the

cell

and

co

nta

in g

enes

that

are

mad

e o

f D

NA

.

Inher

ited

tra

its

of

ind

ivid

ual

s ar

e co

ntr

oll

ed b

y g

enes

.

Su

bst

ran

d G

: C

hro

mo

som

es c

an b

e ar

ranged

in p

airs

(one-

hal

f o

f ea

ch p

air

fro

m e

ach

par

ent)

.

Thes

e p

airs

are

ap

pro

xim

atel

y t

he

sam

e si

ze a

nd

shap

e,

and

hav

e si

mil

ar s

equence

s o

f gen

es.

Hu

man

s have

23

pai

rs (

46

) o

f ch

rom

oso

mes.

O

ther

org

anis

ms

may h

ave

dif

fere

nt

nu

mb

ers

of

chro

mo

som

es.

Su

bst

ran

d H

: In

hu

mans,

gen

der

is

det

erm

ined

by a

pai

r o

f se

x c

hro

mo

som

es.

F

emal

es p

oss

ess

tw

o X

chro

mo

som

es;

mal

es a

n X

and

a Y

chro

mo

som

e.

The

sex o

f an e

mb

ryo

is

det

erm

ined

by t

he

sex c

hro

mo

som

e

fou

nd

in t

he

sper

m c

ell.

Su

bst

ran

d I

: A

lter

nati

ve

ver

sio

ns

of

gen

es

(dif

fere

nt

alle

les)

acc

oun

t fo

r var

iati

ons

in i

nher

ited

char

acte

rist

ics

(i.e

., f

low

er c

olo

r).

Pai

rs o

f ch

rom

oso

mes

that

have

the

sam

e al

lele

pre

sent

on b

oth

ch

rom

oso

mes

are

ho

mo

zygo

us.

P

airs

of

chro

mo

som

es w

ith d

iffe

rent

alle

les

are

het

ero

zygo

us.

Su

bst

ran

d J

: A

do

min

ant

trai

t w

ill

be

exp

ress

ed i

f th

e

org

anis

m i

s het

ero

zygo

us

or

ho

mo

zygo

us

for

the

trai

t.

A r

eces

sive

trai

t w

ill

only

be

exp

ress

ed i

f th

e o

rganis

m

is h

om

ozygo

us

for

the

trai

t.

Su

bst

ran

d K

:. M

end

elia

n g

enet

ics

can b

e u

sed

to

pre

dic

t gen

oty

pes

and

phen

oty

pes

of

off

spri

ng r

esu

ltin

g

fro

m s

ex

ual

rep

rod

uct

ion.

sex

ual

ly p

rod

uce

d o

rganis

ms

(i.e

.,

skin

cel

ls).

In

dic

ate

that

the

resu

ltin

g c

ells

co

nta

in a

n i

den

tica

l

cop

y o

f th

e genet

ic i

nfo

rmat

ion f

rom

the

par

ent

cell

.

Dis

cuss

the

advanta

ges

and

dis

advan

tages

to

clo

nin

g.

Des

crib

e th

e re

lati

on

ship

bet

wee

n

gen

es,

chro

mo

som

es,

and

DN

A i

n t

erm

s

of

loca

tio

n a

nd

siz

e.

Mo

del

ing t

he

pas

sin

g a

lon

g o

f a

sim

ple

tra

it f

rom

gen

erat

ion t

o

gen

erat

ion.

Dis

cuss

tra

de-

off

s th

at e

xis

t w

hen

mo

del

ing t

he

pas

sing o

f genes

fo

rm o

ne

gen

erat

ion t

o t

he

nex

t.

Sim

ula

te p

atte

rns

of

inher

itan

ce

usi

ng a

co

in t

oss

.

Exp

lain

rat

ios

of

phen

oty

pes

in

off

spri

ng u

sin

g k

no

wle

dge

of

gen

etic

s.

Exp

lain

ho

w t

he

bo

dy o

f sc

ien

tifi

c

info

rmat

ion i

n g

enet

ics

chan

ges

over

tim

e as

cri

tica

l re

vie

w o

f re

sult

s is

invest

igat

ed a

nd

new

ques

tio

ns

and

tech

no

logie

s em

erge.

Use

a s

ingle

tra

it P

un

net

t sq

uare

to

pre

dic

t th

e o

utc

om

e o

f a

genet

ic

cro

ss w

hen t

he

par

ents

’ geno

typ

es

are

kno

wn.

Ind

icat

e w

hic

h

ind

ivid

ual

s w

ill

exp

ress

a d

om

inan

t

or

rece

ssiv

e tr

ait.

Just

ify t

he

ind

icat

ion b

y r

elat

ing t

hat

do

min

ant

alle

les

app

eari

ng h

eter

ozygo

us

or

ho

mo

zygo

us

are

exp

ress

ed o

r th

at

two

rec

essi

ve

alle

les

(ho

mo

zy

go

us)

are

req

uir

ed f

or

an o

ffsp

rin

g t

o

exp

ress

a r

eces

sive

trai

t.

Use

a p

edig

ree

to d

eter

min

e th

e

pat

tern

of

inher

itance

of

do

min

ant

and

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y

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Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

rece

ssiv

e al

lele

s o

ver

sever

al g

ener

atio

ns.

Dis

cuss

the

pro

s an

d c

ons

of

gen

etic

test

ing.

Use

genet

ic i

nfo

rmat

ion t

o m

atc

h

par

ents

to

off

spri

ng.

Res

earc

h a

nd

rep

ort

on s

elec

tive

bre

edin

g.

Sel

ect

an o

rganis

m (

i.e.

, ra

ce

ho

rses

, p

edig

ree

do

gs)

and

tra

ce i

ts

his

tory

of

dev

elo

pm

ent

and

th

e tr

aits

of

the

anim

al (

or

pla

nt)

that

wer

e e

nhance

d

by s

elec

tive

bre

edin

g.

Un

it T

wo

: P

rop

erti

es o

f M

att

er

Tim

elin

e: 7

wee

ks

Sta

nd

ard

1:

Th

e N

atu

re a

nd

Ap

pli

cati

on

of

Sci

ence

an

d T

ech

no

log

y

Str

an

d U

nd

erst

an

din

gs

an

d A

bil

itie

s o

f S

cien

tifi

c

Inq

uir

y:

Su

bst

ran

d A

: U

nd

erst

and

th

at:

Sci

enti

fic

inves

tigat

ions

invo

lve

askin

g t

est

able

ques

tio

ns.

D

iffe

rent

kin

ds

of

ques

tio

ns

sug

gest

dif

fere

nt

scie

nti

fic

invest

igat

ion

s.

The

curr

ent

bo

dy o

f sc

ienti

fic

kno

wle

dge

guid

es t

he

invest

igat

ion..

Su

bst

ran

d B

: U

nd

erst

and

that:

A v

alid

in

vest

igat

ion

contr

ols

var

iab

les.

Dif

fere

nt

exp

erim

enta

l d

esig

ns

and

stra

tegie

s ca

n b

e d

evel

op

ed t

o a

nsw

er t

he

sam

e

Su

bst

ran

d C

: U

nd

erst

and

th

at:

In a

sci

enti

fic

invest

igat

ion,

dat

a co

llec

tio

n i

nvo

lves

makin

g p

reci

se

mea

sure

ments

and

kee

pin

g a

ccura

te r

eco

rds

so t

hat

oth

ers

can r

epli

cate

the

exp

erim

ent.

Su

bst

ran

d D

: U

nd

erst

and

th

at:

Ther

e is

much

exp

erim

enta

l and

ob

serv

atio

nal

evid

ence

that

sup

po

rts

a

larg

e b

od

y o

f k

no

wle

dge.

T

he

scie

nti

fic

com

mu

nit

y

sup

po

rts

kno

wn i

nfo

rmat

ion u

nti

l new

exp

erim

enta

l

evid

ence

ari

ses

that

do

es n

ot

mat

ch e

xis

ting

exp

lanat

ions.

T

his

lea

ds

to t

he

evo

luti

on o

f th

e

scie

nti

fic

bo

dy o

f kno

wle

dge.

Su

bst

ran

d E

: U

nd

erst

and

that:

Eval

uat

ing t

he

exp

lanat

ions

pro

po

sed

by o

thers

in

vo

lves

exam

inin

g a

nd

com

par

ing e

vid

ence

, id

enti

fyin

g f

ault

y r

easo

nin

g,

Big

Id

eas:

Sci

enti

fic

inq

uir

y

invo

lves

ask

ing

scie

nti

fica

lly-o

rien

ted

ques

tio

ns,

co

llec

tin

g

evid

ence

, fo

rmin

g

exp

lanat

ions,

co

nnec

tin

g

exp

lanat

ions

to s

cienti

fic

kno

wle

dge

and

theo

ry,

and

co

mm

unic

atin

g a

nd

just

ifyin

g t

he

exp

lanat

ion.

The

stru

cture

s o

f

mat

eria

ls d

eter

min

e th

eir

pro

per

ties

. T

he

pro

per

ties

of

the

mix

ture

are

bas

ed o

n t

he

pro

per

ties

of

its

com

po

nents

.

When

mat

eria

ls i

nte

ract

wit

hin

a c

lose

d s

yst

em

,

the

tota

l m

ass

of

the

syst

em

rem

ains

the

sam

e.

Ess

en

tia

l Q

ues

tio

ns:

What

makes

a q

uest

ion s

cien

tifi

c?

What

co

nst

itute

s ev

idence

? W

hen

do

yo

u k

no

w y

ou h

ave

eno

ugh

evid

ence

?

Wh

y i

s it

nec

essa

ry t

o j

ust

ify a

nd

com

mu

nic

ate

an e

xp

lanati

on?

Ho

w h

ave

pas

t sc

ien

tifi

c

contr

ibuti

on

s in

fluence

d c

urr

ent

scie

nti

fic

und

erst

and

ing o

f th

e

wo

rld

?

Ho

w d

o t

he

pro

per

ties

of

mat

eri

als

det

erm

ine

thei

r u

se?

Ho

w c

an t

he

pro

per

ties

of

the

com

po

nents

of

a m

ixtu

re b

e u

sed

to

sep

arat

e th

e m

ixtu

re? H

ow

do

the

com

po

nents

det

erm

ine

the

pro

per

ties

of

mix

ture

s?

Ho

w d

oes

co

nse

rvat

ion o

f m

ass

app

ly t

o t

he

inte

ract

ion o

f m

ater

ials

in a

clo

sed

syst

em

?

Su

gg

este

d F

orm

ati

ve

Ass

essm

en

ts:

Ob

serv

atio

ns

Journ

al E

ntr

ies

Pre

-Tes

ts

Gra

phic

Org

aniz

ers

Par

tici

pat

ion i

n L

ab w

ork

No

te T

akin

g

Su

gg

este

d S

um

ma

tiv

e

Ass

essm

en

ts:

Tes

t/ Q

uiz

zes

Wri

tten

Rep

ort

s

Lab

Rep

ort

s

Mo

del

of

Key i

dea

s

Pre

senta

tio

ns

H - 75

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y

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Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

po

inti

ng o

ut

stat

em

ents

that

go

bey

ond

the

evid

ence

, and

suggest

ing a

lter

nat

ive

exp

lanati

ons

for

the

sam

e

ob

serv

atio

ns.

C

onfl

icti

ng d

ata o

r co

nfl

icti

ng

inte

rpre

tati

ons

of

the

sam

e d

ata

suggest

the

nee

d f

or

furt

her

in

ves

tigati

on.

Co

nti

nu

ed i

nves

tigati

on c

an l

ead

to g

reat

er u

nd

erst

and

ing a

nd

res

olu

tio

n o

f th

e co

nfl

ict.

Su

bst

ran

d F

: U

nd

erst

and

that:

Sci

enti

fic

hab

its

of

min

d a

nd

oth

er s

ourc

es o

f k

no

wle

dge

and

skil

ls a

re

esse

nti

al t

o s

cienti

fic

inq

uir

y.

Hab

its

of

min

d i

ncl

ud

e

tole

rance

of

am

big

uit

y,

skep

tici

sm,

op

ennes

s to

new

idea

s, a

nd

ob

ject

ivit

y.

Oth

er k

no

wle

dge

and

skil

ls

incl

ud

e m

athem

atic

s, r

ead

ing,

wri

tin

g,

and

tec

hno

log

y

Str

an

d:

Sci

ence

Tec

hn

olo

gy

an

d S

oci

ety

:

Su

bst

ran

d A

: A

dvan

ces

in t

ech

no

log

y c

an e

xp

and

the

bo

dy o

f sc

ienti

fic

kno

wle

dge.

T

echno

logic

al t

oo

ls a

llo

w

peo

ple

to

ob

serv

e o

bje

cts

and

phen

om

ena

that

oth

erw

ise

wo

uld

no

t b

e p

oss

ible

. T

echn

olo

gy e

nhance

s th

e

qual

ity,

accura

cy,

spee

d a

nd

anal

ysi

s o

f d

ata

gat

her

ed.

Su

bst

ran

d B

: S

cien

ce a

nd

tech

no

log

y i

n s

oci

ety a

re

dri

ven

by t

he

foll

ow

ing f

acto

rs:

eco

no

mic

, p

oli

tica

l,

cult

ura

l, s

oci

al,

and

en

vir

on

men

tal.

In

crea

sed

sci

enti

fic

kno

wle

dge

and

tec

hno

log

y c

reat

e ch

anges

that

can b

e

ben

efic

ial

or

det

rim

enta

l to

in

div

idual

s o

r so

ciet

y

thro

ugh i

mp

act

on h

um

an h

ealt

h a

nd

the

envir

on

ment.

Str

an

d :

His

tory

an

d C

on

text

of

Sci

ence

Su

bst

ran

d A

: O

ver

the

cours

e o

f hu

man h

isto

ry,

contr

ibuti

on

s to

sci

ence

have

bee

n m

ade

by d

iffe

ren

t

peo

ple

fro

m d

iffe

rent

cult

ure

s.

Stu

dyin

g s

om

e o

f th

ese

contr

ibuti

on

s an

d h

ow

they c

am

e ab

out

pro

vid

es i

nsi

ght

into

the

exp

ansi

on o

f sc

ien

tifi

c kno

wle

dge.

Sta

nd

ard

2:

Ma

teria

ls a

nd

th

eir

Pro

per

ties

Str

an

d:

Pro

per

ties

an

d S

tru

ctu

re o

f M

ate

ria

ls

Su

bst

ran

d A

: A

ll m

att

er c

onsi

sts

of

par

ticl

es

too

sm

all

to b

e se

en w

ith t

he

naked

eye.

T

he a

rran

gem

ent,

mo

tio

n,

and

inte

ract

ion o

f th

ese

par

ticl

es d

eter

min

e th

e

thre

e st

ates

of

matt

er (

soli

d,

liq

uid

, an

d g

as).

Par

ticl

es i

n

all

thre

e st

ates

are

in c

on

stan

t m

oti

on.

In t

he

soli

d s

tate

,

Co

nce

pts

Inte

ract

ions

The

thre

e p

has

es o

f m

atte

r (s

oli

d,

liq

uid

, gas

) ar

e d

eter

min

ed b

y

the

arra

ngem

ent,

mo

tio

n a

nd

inte

ract

ion o

f m

ole

cule

s

Mo

del

s

The

par

ticl

e m

od

el o

f m

atte

r is

a

conce

ptu

al t

oo

l use

ful

in

und

erst

and

ing t

he

pro

per

ties

and

beh

avio

r o

f m

atte

r th

at i

s

of

too

sm

all

a sc

ale

to o

bse

rve

dir

ectl

y

Ob

serv

atio

n a

nd

Evid

ence

T

he

ob

serv

atio

n a

nd

mea

sure

ment

of

char

acte

rist

ic

pro

per

ties

, su

ch a

s d

ensi

ty,

bo

ilin

g a

nd

mel

tin

g p

oin

ts,

an

d

solu

bil

ity,

of

pure

sub

stance

s ar

e

use

ful

in d

isti

ng

uis

hin

g a

nd

sep

arat

ing o

ne

sub

stan

ce f

rom

ano

ther

.

Chan

ges

An i

ncr

ease

or

dec

reas

e in

energ

y

alte

rs t

he

beh

avio

r o

f th

e p

arti

cles

and

th

us

the

mate

rial

.

Co

nst

ancy

The

law

of

con

serv

atio

n o

f m

att

er

app

lies

to

ph

ysi

cal

chan

ges.

Pro

per

ties

of

Mat

eria

ls

The

pro

per

ties

of

mat

ter

det

erm

ine

the

reas

onab

le u

se o

f

mat

eria

ls.

Lea

rnin

g T

arg

ets:

Stu

dents

wil

l:

Des

ign a

nd

co

nd

uct

invest

igat

ions

wit

h c

ontr

oll

ed v

aria

ble

s to

tes

t

hyp

oth

eses

.

Acc

ura

tely

co

llec

t d

ata

thro

ug

h t

he

sele

ctio

n a

nd

use

of

too

ls a

nd

tech

niq

ues

ap

pro

pri

ate

to t

he

invest

igat

ion.

Co

nst

ruct

tab

les,

dia

gra

ms

an

d

gra

phs,

sho

win

g r

elat

ionsh

ips

bet

wee

n t

wo

var

iab

les,

to

dis

pla

y

and

fac

ilit

ate

anal

ysi

s o

f d

ata.

Co

mp

are

and

ques

tio

n r

esult

s w

ith

and

fro

m o

ther

stu

dents

.

Fo

rm e

xp

lanat

ion

s b

ased

on a

ccura

te

and

lo

gic

al a

naly

sis

of

evid

en

ce.

Co

mm

unic

ate

sci

enti

fic

pro

ced

ure

s,

dat

a, a

nd

exp

lan

atio

ns

to e

nab

le t

he

rep

lica

tio

n o

f re

sult

s.

Anal

yze

res

ult

s and

dis

cuss

natu

re

and

so

urc

e o

f ex

per

imen

tal

erro

r.

Rec

og

niz

e th

at

all

mat

ter

consi

sts

of

par

ticl

es a

nd

ho

w t

he

par

ticl

es

are

arra

nged

det

erm

ines

the

ph

ysi

cal

stat

e.

Use

the

par

ticl

e m

od

el t

o

des

crib

e so

lid

s, l

iquid

s, a

nd

gase

s in

term

s o

f th

e p

ackin

g a

nd

mo

tio

n o

f

par

ticl

es.

Mea

sure

and

rec

ord

the

tem

pera

ture

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Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

tig

htl

y p

acked

par

ticl

es h

ave

a l

imit

ed r

ange

of

mo

tio

n.

In t

he

liq

uid

sta

te,

par

ticl

es a

re l

oo

sely

pac

ked

and

mo

ve

pas

t ea

ch o

ther

.

In t

he

gas

eous

stat

e, p

arti

cles

are

fre

e

to m

ove.

Su

bst

ran

d B

: A

phas

e change m

ay o

ccur

wh

en a

mat

eria

l ab

sorb

s o

r re

leas

es h

eat

ener

gy.

Chan

ges

in

phas

e d

o n

ot

chan

ge

the

par

ticl

es b

ut

do

chan

ge

ho

w

they a

re a

rran

ged

.

Su

bst

ran

d C

:So

me

ph

ysi

cal

pro

per

ties

, su

ch a

s m

ass

and

vo

lum

e, d

epen

d u

po

n t

he

am

ou

nt

of

mat

eria

l.

Oth

er

ph

ysi

cal

pro

per

ties

, su

ch a

s d

ensi

ty a

nd

mel

tin

g p

oin

t,

are

ind

epen

den

t o

f th

e q

uanti

ty o

f m

ater

ial.

D

ensi

ty a

nd

mel

tin

g p

oin

t ar

e u

niq

ue

ph

ysi

cal

pro

per

ties

fo

r a

mat

eria

l.

To

ols

such

as

mic

rosc

op

es,

scal

es,

bea

ker

s,

gra

duat

ed c

yli

nd

ers,

Cel

sius

ther

mo

met

ers,

and

met

ric

rule

rs a

re u

sed

to

mea

sure

ph

ysi

cal

pro

per

ties

.

Su

bst

ran

d E

: E

xp

osu

re t

o e

ner

gy,

such a

s li

ght

and

hea

t, m

ay c

han

ge

the

ph

ysi

cal

pro

per

ties

of

mat

eria

ls.

Str

an

d:

Mix

ture

s a

nd

So

luti

on

s

Su

bst

ran

d A

: M

ixtu

res

can b

e ho

mo

geneo

us

or

het

ero

geneo

us.

M

ixtu

res

may

be

soli

ds,

liq

uid

s,

and

/or

gas

es.

Mo

st m

ater

ials

are

ph

ysi

cal

mix

ture

s

consi

stin

g o

f d

iffe

rent

com

po

nen

ts i

n v

aryin

g

conce

ntr

atio

ns.

T

he

ind

ivid

ual

com

po

nents

can

be

sep

arat

ed u

sin

g t

he

com

po

nen

ts’

uniq

ue

ph

ysi

cal

pro

per

ties

.

Su

bst

ran

d B

: S

olu

tio

ns

are

ho

mo

gen

ous

mix

ture

s o

f

two

or

mo

re c

om

po

nen

ts.

The

pro

per

ties

of

a so

luti

on

dep

end

on t

he

nat

ure

and

co

ncen

trat

ion o

f th

e so

lute

(s)

and

the

natu

re o

f th

e so

lven

t(s)

.

Su

bst

ran

d C

: T

he

rate

of

solu

bil

ity i

s in

fluence

d b

y

tem

per

ature

and

the

surf

ace

area

of

the

solu

te.

Su

bst

ran

d D

: T

emp

erat

ure

of

the

solv

ent

can a

ffec

t th

e

satu

rati

on p

oin

t o

f th

e so

luti

on

.

Str

an

d:

Co

nse

rv

ati

on

of

Matt

er

Su

bst

ran

d A

: T

he

tota

l m

ass

of

the

mix

ture

is

equal

to

the

sum

of

the

mass

es o

f th

e co

mp

onen

ts.

To

tal

mas

s is

conse

rved

wh

en d

iffe

rent

sub

stan

ces

are

mix

ed.

o

f ic

e w

ate

r as

it

is h

eate

d.

Plo

t th

e

gra

ph o

f m

easu

rem

ents

tak

en a

nd

inte

rpre

t th

e ch

an

ge

of

phase

gra

ph

usi

ng t

he

par

ticl

e m

od

el,

iden

tify

wh

ere

wat

er i

s a

soli

d,

liq

uid

or

gas

,

is f

reez

ing

/melt

ing o

r

evap

ora

ting

/co

nd

ensi

ng.

Rel

ate

the

stat

es o

f m

atte

r to

the

changes

(incr

ease

, d

ecre

ase)

of

ener

gy i

n t

he

syst

em

.

Des

ign a

n i

nq

uir

y t

o t

est

pre

dic

tio

ns

abo

ut

what

hap

pen

s to

the

mass

of

wat

er w

hen

it

free

zes

and

dis

cuss

the

resu

lts.

Beg

in t

o d

isti

ng

uis

h b

etw

een a

“pure

” su

bst

ance

and

a m

ixtu

re.

Dis

cuss

that

wh

en a

so

luti

on i

s

mad

e, t

he

solu

te a

nd

so

lven

t

par

ticl

es i

nte

rmin

gle

and

that

mas

s is

conse

rved

.

Des

ign a

nd

co

nd

uct

an e

xp

erim

ent

to a

pp

roxim

atel

y m

easu

re s

olu

bil

ity

of

two

dif

fere

nt

sub

stance

s.

Des

ign a

nd

co

nd

uct

an e

xp

erim

ent

to d

eter

min

e ho

w s

olu

bil

ity i

s

affe

cte

d b

y c

hanges

in t

em

per

ature

.

Des

crib

e so

lub

ilit

y a

nd

sat

ura

tio

n

po

int

usi

ng t

he

par

ticl

e m

od

el.

Use

ter

ms

such

as

dis

solv

e, s

olu

ble

,

inso

lub

le,

solu

tio

n,

solv

ent,

an

d

solu

te t

o d

escr

ibe

the

pro

cess

of

dis

solv

ing.

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y

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Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Str

an

d:

Ma

teria

ls T

ech

no

log

y

Su

bst

ran

d A

: S

ynth

etic

mat

eri

als

and

/or

mo

dif

ied

nat

ura

l m

ater

ials

are

pro

duce

d t

o m

ake

pro

duct

s u

sed

in

ever

yd

ay l

ife.

Det

erm

ine

wheth

er a

sub

stance

is

solu

ble

or

inso

lub

le.

Dis

cuss

ho

w s

olu

bil

ity c

an b

e use

d

to h

elp

id

enti

fy s

ub

stance

s.

Det

erm

ine

the

rela

tio

nsh

ip b

etw

een

par

ticl

e si

ze a

nd

tem

per

ature

of

the

solv

ent

to t

he

rate

of

solu

bil

ity

.

Use

ph

ysi

cal

pro

per

ties

to

dis

tin

guis

h a

nd

sep

arat

e o

ne

sub

stance

or

mat

eria

l fr

om

an

oth

er.

Des

ign a

nd

co

nd

uct

an i

nq

uir

y t

o

ob

tain

a c

lean

sam

ple

of

salt

fro

m

crush

ed r

ock

sal

t.

Ob

serv

e th

e eff

ect

of

conce

ntr

atio

n

on p

rop

erti

es o

f so

luti

on (

colo

r,

den

sity

, b

oil

ing p

oin

t, m

elti

ng

po

int)

.

Ap

ply

chro

mat

ogra

ph

y t

o p

erfo

rm a

com

par

ativ

e an

alysi

s o

f so

luti

ons.

Cal

cula

te t

he

den

sity

of

var

iou

s so

lid

mat

eria

ls.

Use

den

sity

to

pre

dic

t

wh

ether

an o

bje

ct w

ill

sin

k o

r fl

oat

in w

ater

. G

iven t

he

den

sity

of

var

ious

soli

ds

and

liq

uid

s, c

reat

e a

den

sity

co

lum

n a

nd

exp

lain

th

e

arra

ngem

ent

in t

erm

s o

f d

ensi

ty.

Sel

ect

a m

anu

fact

ure

d i

tem

an

d

iden

tify

its

co

mp

onent

mat

eria

ls.

Exp

lain

ho

w t

he

ph

ysi

cal

pro

per

ties

of

the

mat

eria

ls c

ontr

ibute

to

the

funct

ion o

f th

e it

em

.

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y

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Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Un

it T

hre

e:

Del

aw

are

Wa

ters

hed

s

Tim

elin

e: 8

wee

ks

Sta

nd

ard

1:

Th

e N

atu

re a

nd

Ap

pli

cati

on

of

Sci

ence

an

d T

ech

no

log

y

Str

an

d U

nd

erst

an

din

gs

an

d A

bil

itie

s o

f S

cien

tifi

c

Inq

uir

y:

Su

bst

ran

d A

: U

nd

erst

and

th

at:

Sci

enti

fic

inves

tigat

ions

invo

lve

askin

g t

est

able

ques

tio

ns.

D

iffe

rent

kin

ds

of

ques

tio

ns

sug

gest

dif

fere

nt

scie

nti

fic

invest

igat

ion

s.

The

curr

ent

bo

dy o

f sc

ienti

fic

kno

wle

dge

guid

es t

he

invest

igat

ion..

Su

bst

ran

d B

: U

nd

erst

and

that:

A v

alid

in

vest

igat

ion

contr

ols

var

iab

les.

Dif

fere

nt

exp

erim

enta

l d

esig

ns

and

stra

tegie

s ca

n b

e d

evel

op

ed t

o a

nsw

er t

he

sam

e

Su

bst

ran

d C

: U

nd

erst

and

th

at:

In a

sci

enti

fic

invest

igat

ion,

dat

a co

llec

tio

n i

nvo

lves

makin

g p

reci

se

mea

sure

ments

and

kee

pin

g a

ccura

te r

eco

rds

so t

hat

oth

ers

can r

epli

cate

the

exp

erim

ent.

Su

bst

ran

d D

: U

nd

erst

and

th

at:

Ther

e is

much

exp

erim

enta

l and

ob

serv

atio

nal

evid

ence

that

sup

po

rts

a

larg

e b

od

y o

f k

no

wle

dge.

T

he

scie

nti

fic

com

mu

nit

y

sup

po

rts

kno

wn i

nfo

rmat

ion u

nti

l new

exp

erim

enta

l

evid

ence

ari

ses

that

do

es n

ot

mat

ch e

xis

ting

exp

lanat

ions.

T

his

lea

ds

to t

he

evo

luti

on o

f th

e

scie

nti

fic

bo

dy o

f kno

wle

dge.

Su

bst

ran

d E

: U

nd

erst

and

that:

Eval

uat

ing t

he

exp

lanat

ions

pro

po

sed

by o

thers

in

vo

lves

exam

inin

g a

nd

com

par

ing e

vid

ence

, id

enti

fyin

g f

ault

y r

easo

nin

g,

po

inti

ng o

ut

stat

em

ents

that

go

bey

ond

the

evid

ence

, and

suggest

ing a

lter

nat

ive

exp

lanati

ons

for

the

sam

e

ob

serv

atio

ns.

C

onfl

icti

ng d

ata o

r co

nfl

icti

ng

inte

rpre

tati

ons

of

the

sam

e d

ata

suggest

the

nee

d f

or

furt

her

in

ves

tigati

on.

Co

nti

nu

ed i

nves

tigati

on c

an l

ead

Big

Id

eas:

Stu

den

ts w

ill

un

der

sta

nd

th

at…

Po

tab

le w

ater

is

a li

mit

ed

reso

urc

e

Hu

man

s u

se a

nd

ab

use

wat

er r

eso

urc

es

reg

ula

rly

Wat

er c

onse

rvat

ion

pra

ctic

es c

an h

elp

en

sure

a so

urc

e o

f p

ota

ble

wat

er

for

the

futu

re

Wat

er i

s re

cycl

ed

thro

ugh E

arth

’s s

yst

em

as e

ner

gy f

rom

the

sun

dri

ves

phas

e chan

ges

that

all

ow

wat

er t

o t

ravel

fro

m o

ne

rese

rvo

ir t

o

ano

ther

The

poro

sity

of

an E

arth

mat

eria

l ca

n a

ffec

t w

ater

flo

w t

hro

ug

h t

hat

mat

eria

l…la

rger

po

re

spac

es a

llo

w f

ast

er w

ate

r

flo

w.

Wat

er a

lways

flo

ws

do

wn

hil

l and

pic

ks

up

and

/or

dis

solv

es

mat

eria

ls a

s it

go

es.

The

bo

und

arie

s o

f a

Ess

en

tia

l Q

ues

tio

ns:

1.

Ho

w d

o h

um

ans

use

wat

er?

2.

Wher

e is

wate

r fo

und

on t

he

Ear

th?

3.

What

is

the

role

of

wat

er i

n t

he

Ear

th S

yst

em

?

4.

Ho

w i

s a

safe

and

use

able

wat

er

sup

ply

ensu

red

fo

r hu

man

po

pula

tio

ns?

Lea

rnin

g T

arg

ets:

Stu

den

ts w

ill

be

ab

le t

o:

Fra

me

and

ref

ine

quest

ion

s th

at

can b

e in

vest

igat

ed s

cienti

fica

lly,

and

gen

erat

e te

stab

le h

yp

oth

ese

s.

Des

ign a

nd

co

nd

uct

invest

igat

ions

wit

h c

ontr

oll

ed

var

iab

les

to t

est

hyp

oth

ese

s.

Acc

ura

tely

co

llec

t d

ata

thro

ug

h

the

sele

ctio

n a

nd

use

of

too

ls a

nd

tech

niq

ues

ap

pro

pri

ate

to t

he

Su

gg

este

d F

orm

ati

ve

Ass

essm

en

ts:

Ob

serv

atio

ns

KW

Ls

Journ

al E

ntr

ies

Pre

-Tes

ts

Su

gg

este

d S

um

ma

tiv

e

Ass

essm

en

ts:

Tes

ts a

nd

Quiz

zes

Wri

tten

Rep

ort

s

Pro

ject

s

Mo

del

of

key I

dea

s

Lab

Rep

ort

s

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Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

to g

reat

er u

nd

erst

and

ing a

nd

res

olu

tio

n o

f th

e co

nfl

ict.

Su

bst

ran

d F

: U

nd

erst

and

that:

Sci

enti

fic

hab

its

of

min

d a

nd

oth

er s

ourc

es o

f k

no

wle

dge

and

skil

ls a

re

esse

nti

al t

o s

cienti

fic

inq

uir

y.

Hab

its

of

min

d i

ncl

ud

e

tole

rance

of

am

big

uit

y,

skep

tici

sm,

op

ennes

s to

new

idea

s, a

nd

ob

ject

ivit

y.

Oth

er k

no

wle

dge

and

skil

ls

incl

ud

e m

athem

atic

s, r

ead

ing,

wri

tin

g,

and

tec

hno

log

y

Str

an

d:

Sci

ence

Tec

hn

olo

gy

an

d S

oci

ety

:

Su

bst

ran

d A

: A

dvan

ces

in t

ech

no

log

y c

an e

xp

and

the

bo

dy o

f sc

ienti

fic

kno

wle

dge.

T

echno

logic

al t

oo

ls a

llo

w

peo

ple

to

ob

serv

e o

bje

cts

and

phen

om

ena

that

oth

erw

ise

wo

uld

no

t b

e p

oss

ible

. T

echn

olo

gy e

nhance

s th

e

qual

ity,

accura

cy,

spee

d a

nd

anal

ysi

s o

f d

ata

gat

her

ed.

Su

bst

ran

d B

: S

cien

ce a

nd

tech

no

log

y i

n s

oci

ety a

re

dri

ven

by t

he

foll

ow

ing f

acto

rs:

eco

no

mic

, p

oli

tica

l,

cult

ura

l, s

oci

al,

and

en

vir

on

men

tal.

In

crea

sed

sci

enti

fic

kno

wle

dge

and

tec

hno

log

y c

reat

e ch

anges

that

can b

e

ben

efic

ial

or

det

rim

enta

l to

in

div

idual

s o

r so

ciet

y

thro

ugh i

mp

act

on h

um

an h

ealt

h a

nd

the

envir

on

ment.

Str

an

d :

His

tory

an

d C

on

text

of

Sci

ence

Su

bst

ran

d A

: O

ver

the

cours

e o

f hu

man h

isto

ry,

contr

ibuti

on

s to

sci

ence

have

bee

n m

ade

by d

iffe

ren

t

peo

ple

fro

m d

iffe

rent

cult

ure

s.

Stu

dyin

g s

om

e o

f th

ese

contr

ibuti

on

s an

d h

ow

they c

am

e ab

out

pro

vid

es i

nsi

ght

into

the

exp

ansi

on o

f sc

ien

tifi

c kno

wle

dge.

Sta

nd

ard

2:

Ma

teria

ls a

nd

Th

eir

Pro

per

ties

Str

an

d:

Pro

per

ties

an

d S

tru

ctu

res

of

Ma

teria

ls

Su

bst

ran

d A

: A

ll m

att

er c

onsi

sts

of

par

ticl

es

too

sm

all

to b

e se

en w

ith t

he

naked

eye.

T

he

arra

ngem

ent,

mo

tio

n,

and

inte

ract

ion o

f th

ese

par

ticl

es d

eter

min

e th

e

thre

e st

ates

of

matt

er (

soli

d,

liq

uid

, an

d g

as).

Par

ticl

es i

n

all

thre

e st

ates

are

in c

on

stan

t m

oti

on.

In t

he

soli

d s

tate

,

tig

htl

y p

acked

par

ticl

es h

ave

a l

imit

ed r

ange

of

mo

tio

n.

In t

he

liq

uid

sta

te,

par

ticl

es a

re l

oo

sely

pac

ked

and

mo

ve

pas

t ea

ch o

ther

.

In t

he

gas

eous

stat

e, p

arti

cles

are

fre

e

to m

ove.

Sta

nd

: M

ixtu

res

an

d S

olu

tio

ns

wat

ersh

ed c

an b

e

iden

tifi

ed b

y f

ind

ing t

he

hig

hest

po

ints

aro

und

a

giv

en b

od

y o

f w

ater

Land

use

aff

ects

wat

er

qual

ity b

ecause

wat

er t

he

flo

ws

over

the

land

and

into

a g

iven

bo

dy o

f

wat

er w

ill

pic

k u

p a

nd

/or

dis

solv

e m

ater

ials

left

beh

ind

by h

um

an

acti

vit

y

Wat

er c

hem

istr

y c

an b

e

test

ed t

o e

val

uate

the

over

all

hea

lth o

f a

giv

en

wat

ersh

ed

Rip

aria

n b

uff

ers

and

wet

land

s ar

e

use

ful

lines

of

def

en

se a

round

bo

die

s o

f w

ater

.

Co

nce

pts

:

Ob

serv

atio

n a

nd

Evid

ence

(to

id

enti

fy

var

iab

les

that

affe

ct a

giv

en w

ater

shed

)

Rea

sonin

g a

nd

Exp

lanat

ion (

of

ob

serv

atio

ns

to s

up

po

rt

pre

dic

tio

ns

abo

ut

wat

ersh

ed h

ealt

h)

Invest

igati

on (

var

iab

les

that

aff

ect

wate

rshed

s)

Pro

cess

Skil

ls (

in

sele

ctin

g t

oo

ls a

nd

pro

cess

es t

hat

can b

e

use

d t

o c

oll

ect

wate

r

qual

ity d

ata)

Pro

per

ties

of

Mat

eria

ls

(par

ticl

e m

od

el,

solu

tio

ns,

mix

ture

s)

invest

igat

ion

Co

nst

ruct

tab

les,

dia

gra

ms

an

d

gra

phs,

sho

win

g r

elat

ionsh

ips

bet

wee

n t

wo

var

iab

les,

to

dis

pla

y a

nd

fac

ilit

ate

anal

ysi

s o

f

dat

a.

Co

mp

are

and

quest

ion

resu

lts

wit

h a

nd

fro

m o

ther

stud

ents

.

Fo

rm e

xp

lanat

ion

s b

ased

on

accu

rate

and

lo

gic

al a

nal

ysi

s o

f

evid

ence

. R

evis

e th

e

exp

lanat

ion u

sing a

lter

nat

ive

des

crip

tio

ns,

pre

dic

tio

ns,

mo

del

s

and

kno

wle

dge

fro

m o

ther

sourc

es a

s w

ell

as r

esu

lts

of

furt

her

in

ves

tigati

on.

Co

mm

unic

ate

sci

enti

fic

pro

ced

ure

s, d

ata,

and

exp

lanat

ions

to e

nab

le t

he

rep

lica

tio

n o

f re

sult

s.

Use

com

pute

r te

chno

log

y t

o a

ssis

t in

com

mu

nic

atin

g t

hese

res

ult

s.

Cri

tica

l re

vie

w i

s im

po

rtant

in

the

anal

ysi

s o

f th

ese

resu

lts.

Use

mat

hem

atic

s, r

ead

ing,

wri

tin

g,

and

tec

hno

log

y w

hen

cond

uct

ing s

cien

tifi

c in

quir

ies.

Cre

ate

mo

del

s th

at s

imu

late

th

e

am

ou

nt

of

salt

, fr

oze

n,

fres

h,

and

po

tab

le w

ater

avai

lab

le o

n

Ear

th’s

surf

ace.

Co

mp

are

tota

l

wat

er s

up

ply

on E

arth

to

the

am

ou

nt

of

po

tab

le w

ate

r

avai

lab

le f

or

hu

man

use

.

Cal

cula

te t

he

rati

o/p

erce

nt

of

wat

er g

ener

ally

fo

und

in s

oli

d,

liq

uid

and

gase

ous

form

on o

r

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1 b

y

1

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Su

bst

ran

d A

: M

ixtu

res

can b

e ho

mo

geneo

us

or

het

ero

geneo

us.

M

ixtu

res

may

be

soli

ds,

liq

uid

s, a

nd

/or

gas

es.

M

ost

mat

eria

ls a

re p

hysi

cal

mix

ture

s co

nsi

stin

g

of

dif

fere

nt

com

po

nents

in v

aryin

g c

once

ntr

atio

ns.

T

he

ind

ivid

ual

co

mp

onents

can

be

sep

arat

ed u

sin

g t

he

com

po

nents

’ u

niq

ue

ph

ysi

cal

pro

per

ties

.

Su

bst

ran

d B

: S

olu

tio

ns

are

ho

mo

gen

ous

mix

ture

s o

f

two

or

mo

re c

om

po

nen

ts.

The

pro

per

ties

of

a so

luti

on

dep

end

on t

he

nat

ure

and

co

ncen

trat

ion o

f th

e so

lute

(s)

and

the

natu

re o

f th

e so

lven

t(s)

.

Sta

nd

ard

5:

Ea

rth

’s D

yn

am

ic S

yst

em

s

Str

an

d:

Co

mp

on

ents

of

the

Ea

rth

S

ub

stra

nd

A:

Wat

er e

xis

ts o

n t

he

Ear

th i

n r

eser

vo

irs

(on o

r w

ith

in t

he

Ear

th’s

surf

ace

and

atm

osp

her

e).

The

tota

l am

ou

nt

of

wat

er i

n t

hese

res

ervo

irs

do

es n

ot

chan

ge,

ho

wever

, th

e ra

tio

of

wat

er i

n s

oli

d,

liq

uid

, o

r

gas

eou

s fo

rm v

arie

s o

ver

tim

e a

nd

lo

cati

on.

Su

bst

ran

d B

: T

he

mo

vem

ent

of

wate

r am

on

g t

he

geo

spher

e, h

yd

rosp

her

e an

d a

tmo

spher

e aff

ects

such

thin

gs

as w

eath

er s

yst

em

s, o

cean

curr

ents

, an

d g

lob

al

clim

ate.

Str

an

d:

Inte

ract

ion

s T

hro

ug

ho

ut

Ea

rth

’s S

yst

em

s

Su

bst

ran

d A

: W

ater

cycl

es

fro

m o

ne

rese

rvo

ir t

o

ano

ther

thro

ug

h t

he

pro

cess

es o

f ev

apo

rati

on,

tran

spir

atio

n,

cond

ensa

tio

n a

nd

pre

cip

itat

ion.

Ener

gy

tran

sfer

s an

d/o

r tr

ansf

orm

ati

ons

are

asso

ciat

ed w

ith e

ach

of

these

pro

cess

es.

Su

bst

ran

d B

: W

ater

wit

hin

a w

ater

shed

tra

vel

s o

ver

and

thro

ugh t

he

land

at

var

ious

spee

ds

bas

ed o

n t

he

rate

of

chan

ge

in e

levat

ion a

nd

the

per

mea

bil

ity a

nd

po

rosi

ty o

f

the

soil

. W

ater

car

ries

wit

h i

t p

rod

uct

s o

f hu

man

acti

vit

y.

Su

bst

ran

d C

: S

urf

ace

wat

er a

lways

flo

ws

do

wn

hil

l.

Are

as o

f hig

her

ele

vat

ion s

epara

te w

ater

shed

s.

In

Del

aw

are,

this

wat

er e

ven

tual

ly r

each

es t

he

Del

aw

are

Riv

er,

the

Del

aw

are

Bay,

the

Atl

anti

c O

cean o

r th

e

Chesa

pea

ke

Bay.

Str

an

d:

Tec

hn

olo

gy

an

d A

pp

lica

tio

ns

Su

bst

ran

d B

:Wat

er f

rom

so

me

nat

ura

l so

urc

es i

s u

nfi

t

to d

rink a

nd

req

uir

es t

he

use

of

spec

iali

zed

tec

hno

log

y t

o

Co

mp

aris

on o

f d

ata

and

ob

serv

atio

ns

to s

up

po

rt

pre

dic

tio

ns

on a

lar

ge

scal

e (n

ot

just

ind

ivid

ual

resu

lts)

Dat

a O

rgan

izat

ion t

o

vis

ual

ly

rep

rese

nt/

pre

sent

resu

lts

(dat

a ta

ble

s, g

rap

hin

g,

pro

ject

rep

ort

s)

wit

hin

the

Ear

th’s

surf

ace

and

use

this

rat

io t

o c

om

par

e th

e

am

ou

nts

of

wat

er s

tore

d i

n

dif

fere

nt

stat

es

Use

dia

gra

ms

of

the

hyd

rolo

gic

cycl

e to

sho

w a

nd

des

crib

e th

e

circ

ula

tio

n o

f w

ater

thro

ug

h t

he

Ear

th’s

cru

st,

oce

ans,

and

atm

osp

her

e.

Use

the

par

ticl

e m

od

el t

o

des

crib

e so

lid

s, l

iquid

s, a

nd

gas

es

in t

erm

s o

f th

e p

ackin

g,

mo

tio

n o

f p

arti

cles,

and

ener

gy

gai

n o

r lo

ss.

Ap

ply

this

to

the

pro

cess

es o

f ev

apo

rati

on,

cond

ensa

tio

n,

and

pre

cip

itat

ion

in t

he

wate

r cycl

e. E

xp

lain

ho

w

hea

t en

erg

y d

rives

the

wat

er

cycl

e.

Use

mo

del

s o

r d

iagra

ms

to

exp

lain

ho

w w

ater

sto

red

und

ergro

und

(gro

und

wat

er a

nd

aquif

ers)

and

wat

er s

tore

d a

bove

gro

und

(la

kes

, ri

ver

s, a

ir,

etc.

)

inte

ract

to

fo

rm a

co

nti

nuo

us

cycl

e.

Invest

igate

, th

rou

gh t

he

use

of

mo

del

s, h

ow

wat

er a

cts

as

a

solv

ent

and

as

it p

asse

s th

rou

gh

the

wat

er c

ycl

e it

dis

solv

es

min

eral

s, g

ase

s, a

nd

po

lluta

nts

and

car

ries

them

to

surf

ace

wate

r

and

gro

und

wat

er s

up

pli

es.

Co

nd

uct

in

ves

tigat

ions

and

use

the

dat

a to

des

crib

e th

e ex

tent

to

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y

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Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

anal

yze

and

puri

fy i

t.

Sta

nd

ard

6:

Lif

e P

roce

sses

Str

an

d:

Ma

tter

an

d E

ner

gy

Tra

nsf

orm

ati

on

Su

bst

ran

d B

: P

lants

use

the

ener

gy f

rom

sunli

ght,

carb

on d

ioxid

e, a

nd

wat

er t

o p

rod

uce

sugar

s

(pho

tosy

nth

esi

s).

Pla

nts

can u

se t

he

foo

d (

sugar

)

imm

edia

tely

or

sto

re i

t fo

r la

ter

use

.

Sta

nd

ard

8:

Eco

log

y

Str

an

d:

Hu

ma

n I

mp

act

Su

bst

ran

d A

: H

um

ans

can a

lter

the

bio

tic

and

ab

ioti

c

fact

ors

wit

hin

an e

cosy

stem

th

ereb

y c

reat

ing c

han

ges

to

the

over

all

syst

em

.

Su

bst

ran

d C

: In

div

idual

s and

po

licy

maker

s m

ake

dec

isio

ns

regar

din

g t

he

use

of

reso

urc

es b

ased

on

esti

mat

ed p

erso

nal

and

so

ciet

al

ben

efit

s an

d r

isks.

Imp

acts

on e

nvir

on

menta

l sy

stem

s re

sult

fro

m t

hes

e

dec

isio

ns.

wh

ich t

he

per

mea

bil

ity a

nd

po

rosi

ty o

f a

soil

sam

ple

aff

ect

the

rate

of

wat

er p

erco

lati

on.

Des

crib

e th

e ro

le o

f w

etl

and

s

and

str

eam

sid

e fo

rest

s (r

ipar

ian)

in f

ilte

rin

g w

ater

as

it r

un

s o

ff

into

lo

cal

stre

am

s, r

iver

s, a

nd

bay

s o

r se

eps

into

gro

und

wat

er

Use

to

po

gra

phic

map

s to

lo

cate

Del

aw

are

wat

ersh

eds

and

to

iden

tify

the

bo

die

s o

f w

ater

in

to

wh

ich t

hey d

rain

. A

nal

yze

and

des

crib

e th

e re

lati

onsh

ip

bet

wee

n e

levat

ion o

f la

nd

and

the

flo

w r

ate

of

wate

r in

a

wat

ersh

ed.

Co

nd

uct

test

s in

clud

ing

tem

per

ature

, p

H,

sali

nit

y,

dis

solv

ed o

xygen,

turb

idit

y,

nit

rate

, an

d p

ho

sphate

to

det

erm

ine

the

po

tab

ilit

y o

f lo

cal

wat

er s

am

ple

s.

Iden

tify

mac

ro-i

nver

teb

rate

s in

a

loca

l st

ream

and

ap

ply

this

iden

tifi

cati

on i

n d

eter

min

ing t

he

stre

am

’s e

colo

gic

al

hea

lth.

Exp

lain

the

imp

act

of

hu

man

acti

vit

ies

(e.g

., b

uil

din

g r

oad

s,

fert

iliz

ing g

olf

co

urs

es,

etc.

) o

n

the

qual

ity o

f D

ela

war

e’s

wat

ers

.

Res

earc

h a

nd

rep

ort

on t

he

pro

cess

es u

sed

by m

unic

ipal

itie

s

to e

nsu

re w

ater

taken

fro

m l

ocal

rese

rvo

irs

is s

afe

to

ret

urn

to

the

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Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

envir

on

ment.

Invest

igate

and

rep

ort

on

legis

lati

on s

uch a

s th

e C

lean

Wat

er A

ct a

nd

its

im

pac

t o

n t

he

qual

ity o

f D

elaw

are

wat

er

Lis

t w

ays

in w

hic

h h

um

an

inte

rventi

on c

an h

elp

mai

nta

in

an a

deq

uat

e su

pp

ly o

f fr

esh

wat

er f

or

hu

man c

onsu

mp

tio

n.

Ap

ply

kno

wle

dge

and

skil

ls

lear

ned

ab

out

wat

er a

s a

reso

urc

e

to s

tud

y l

oca

l so

urc

es o

f

dri

nkin

g w

ate

r an

d d

evis

e a

wat

er q

ual

ity s

tew

ard

ship

pla

n.

H - 83

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1

Cu

rric

ulu

m F

ram

ewo

rk S

cien

ce

Sch

oo

l: T

ho

ma

s E

dis

on

Ch

art

er

Sch

oo

l

Cu

rric

ula

r T

oo

l: D

E S

cien

ce C

oa

liti

on

G

rad

e: 8

th G

rad

e

Tea

cher

: _

__

___

___

___

___

__

__

__

_

S

tan

da

rds

Ali

gn

men

t

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Un

it O

ne:

Pla

net

ary

Sci

ence

Tim

elin

e :

9 W

eek

s

Sta

nd

ard

1:

Th

e N

atu

re a

nd

Ap

pli

cati

on

of

Sci

ence

an

d T

ech

no

log

y

Str

an

d U

nd

erst

an

din

gs

an

d A

bil

itie

s o

f

Sci

enti

fic

Inq

uir

y:

Su

bst

ran

d A

: U

nd

erst

and

th

at:

Sci

enti

fic

invest

igat

ions

invo

lve

askin

g t

esta

ble

ques

tio

ns.

Dif

fere

nt

kin

ds

of

quest

ion

s su

gges

t d

iffe

rent

scie

nti

fic

inves

tigat

ions.

T

he

curr

ent

bo

dy o

f

scie

nti

fic

kno

wle

dge

guid

es t

he

invest

igat

ion..

Su

bst

ran

d B

: U

nd

erst

and

that:

A v

alid

invest

igat

ion c

ontr

ols

var

iab

les.

Dif

fere

nt

exp

erim

enta

l d

esig

ns

and

str

ateg

ies

can b

e

dev

elo

ped

to

answ

er t

he

sam

e

Su

bst

ran

d C

: U

nd

erst

and

th

at:

In a

sci

enti

fic

invest

igat

ion,

dat

a co

llec

tio

n i

nvo

lves

makin

g

pre

cise

mea

sure

ments

and

kee

pin

g a

ccura

te

reco

rds

so t

hat

oth

ers

can r

epli

cate

the

exp

erim

ent.

Su

bst

ran

d D

: U

nd

erst

and

th

at:

Ther

e is

much

exp

erim

enta

l and

ob

serv

atio

nal

evid

ence

that

sup

po

rts

a la

rge

bo

dy o

f k

no

wle

dge.

T

he

scie

nti

fic

com

mu

nit

y s

up

po

rts

kno

wn

in

form

ati

on

unti

l new

exp

erim

enta

l evid

ence

ari

ses

that

do

es

no

t m

atch e

xis

tin

g e

xp

lanat

ions.

T

his

lea

ds

to t

he

evo

luti

on o

f th

e sc

ienti

fic

bo

dy o

f k

no

wle

dge.

Su

bst

ran

d E

: U

nd

erst

and

that:

Eval

uat

ing t

he

exp

lanat

ions

pro

po

sed

by o

thers

in

vo

lves

exam

inin

g a

nd

co

mp

arin

g e

vid

ence

, id

enti

fyin

g

fau

lty r

easo

nin

g,

po

inti

ng o

ut

stat

em

ents

that

go

bey

ond

the

evid

ence

, an

d s

ug

ges

tin

g a

lter

nat

ive

exp

lanat

ions

for

the

sam

e o

bse

rvat

ions.

Co

nfl

icti

ng d

ata

or

confl

icti

ng

inte

rpre

tati

ons

of

the

sam

e d

ata

sug

ges

t th

e nee

d f

or

furt

her

invest

igat

ion.

Co

nti

nued

in

vest

igati

on c

an l

ead

to

Big

Id

eas:

Stu

den

ts w

ill

un

der

sta

nd

th

at…

Ob

serv

able

, p

red

icta

ble

pat

tern

s o

f

mo

vem

ent

in t

he

Su

n,

Ear

th,

and

Mo

on

syst

em

occ

ur

bec

ause

of

gra

vit

atio

nal

inte

ract

ion a

nd

ener

gy f

rom

th

e S

un.

Mo

st o

bje

cts

in t

he

So

lar

Syst

em

orb

it

the

Sun a

nd

have

dis

tinct

ive

ph

ysi

cal

char

acte

rist

ics

and

ord

erly

mo

tio

n

Tec

hno

log

y e

xp

and

s o

ur

kno

wle

dge

of

the

So

lar

Syst

em

Co

nce

pts

:

The

use

of

mo

del

ing t

o

dem

onst

rate

Ear

th,

Su

n a

nd

Mo

on m

ovem

ents

cre

atin

g

Mo

on p

has

es,

Day/n

ight,

seas

on

s an

d t

he

am

ou

nt

of

conce

ntr

ated

ener

gy i

n

par

ticu

lar

loca

tio

ns

aro

und

the

Ear

th.

Stu

dents

ob

serv

e p

atte

rns

in

Mo

on p

has

es,

Sunri

se a

nd

Su

nse

t and

tid

es w

ith t

he

use

of

dai

ly d

ata

coll

ecti

on o

f th

is

info

rmat

ion f

rom

the

inte

rnet

.

Stu

dents

ob

serv

e th

e cycl

e o

f

Mo

on p

has

es a

nd

Su

nri

se a

nd

Su

nse

t th

rou

gho

ut

the

unit

and

Ess

en

tia

l Q

ues

tio

ns:

What

pre

dic

tab

le,

ob

serv

able

pat

tern

s o

ccur

as a

res

ult

of

the

inte

ract

ion b

etw

een t

he

Ear

th,

Mo

on,

and

Su

n? W

hat

cause

s th

ese

pat

tern

s?

Ho

w d

oes

Ear

th’s

ph

ysi

cal

char

acte

rist

ics

and

mo

tio

n

com

par

e to

oth

er b

od

ies

in t

he

So

lar

Syst

em

?

Ho

w h

as t

echno

log

y e

xp

and

ed

our

kno

wle

dge

of

the

So

lar

Syst

em

?

Lea

rnin

g T

arg

ets:

Stu

den

ts w

ill

be

ab

le t

o…

Des

crib

e ho

w s

cienti

sts

have

his

tori

call

y c

on

firm

ed t

hat

the

Ear

th i

s ro

und

, no

t fl

at.

Anal

yze

dat

a o

n s

unri

se a

nd

sunse

t ti

mes

(in t

erm

s o

f

leng

th o

f d

ayli

gh

t) a

nd

des

crib

e p

atte

rns.

Exp

lain

the

reas

on f

or

the

pat

tern

s b

y

usi

ng m

od

els

or

com

pute

r

sim

ula

tio

ns

of

the

Ear

th a

nd

Su

n.

Usi

ng i

nte

rnet

, new

spap

er,

and

actu

al o

bse

rvat

ions

of

the

Su

gg

este

d F

orm

ati

ve

Ass

essm

en

ts:

Tea

cher

Ob

serv

atio

ns

Gra

phic

Org

aniz

ers

KW

Ls

Journ

al E

ntr

ies

Pre

-Tes

ts

Tic

ket

s in

/ou

t th

e d

oo

r

Ob

serv

atio

ns

Su

gg

este

d S

um

ma

tiv

e

Ass

essm

en

ts:

Tes

ts a

nd

Quiz

zes

Wri

tten

Rep

ort

s

Pro

ject

s

Pre

senta

tio

ns

Mo

del

of

Key i

dea

s

Lab

Rep

ort

s

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nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

gre

ater

und

erst

and

ing a

nd

res

olu

tio

n o

f th

e

confl

ict.

Su

bst

ran

d F

: U

nd

erst

and

that:

Sci

enti

fic

hab

its

of

min

d a

nd

oth

er s

ourc

es

of

kno

wle

dge

and

skil

ls a

re e

ssenti

al t

o s

cienti

fic i

nq

uir

y.

Hab

its

of

min

d i

ncl

ud

e to

lera

nce

of

am

big

uit

y,

skep

tici

sm,

op

ennes

s to

new

id

eas,

and

ob

ject

ivit

y.

Oth

er

kno

wle

dge

and

skil

ls i

ncl

ud

e m

athem

ati

cs,

read

ing,

wri

ting,

and

tec

hno

log

y

Str

an

d:

Sci

ence

Tec

hn

olo

gy

an

d S

oci

ety

:

Su

bst

ran

d A

: A

dvan

ces

in t

ech

no

log

y c

an

exp

and

the

bo

dy o

f sc

ienti

fic

kno

wle

dge.

Tec

hno

logic

al t

oo

ls a

llo

w p

eop

le t

o o

bse

rve

obje

cts

and

phen

om

ena

that

oth

erw

ise

wo

uld

no

t

be

po

ssib

le.

T

echno

log

y e

nh

ance

s th

e q

ual

ity,

accu

racy,

spee

d a

nd

anal

ysi

s o

f d

ata

gat

her

ed.

Su

bst

ran

d B

: S

cien

ce a

nd

tech

no

log

y i

n s

oci

ety

are

dri

ven

by t

he

foll

ow

ing f

act

ors

: ec

ono

mic

,

po

liti

cal,

cult

ura

l, s

oci

al,

and

envir

on

menta

l.

Incr

ease

d s

cien

tifi

c k

no

wle

dg

e an

d t

echno

log

y

crea

te c

han

ges

that

can

be

ben

efic

ial

or

det

rim

enta

l to

ind

ivid

ual

s o

r so

ciet

y t

hro

ug

h

imp

act

on h

um

an h

ealt

h a

nd

the

envir

on

ment.

Str

an

d:

His

tory

an

d C

on

text

of

Sci

ence

: S

ub

stra

nd

A:

Over

the

cours

e o

f hu

man h

isto

ry,

contr

ibuti

on

s to

sci

ence

have

bee

n m

ade

by

dif

fere

nt

peo

ple

fro

m d

iffe

rent

cult

ure

s.

Stu

dyin

g

som

e o

f th

ese

con

trib

uti

on

s an

d h

ow

they c

am

e

abo

ut

pro

vid

es i

nsi

ght

into

the e

xp

ansi

on o

f

scie

nti

fic

kno

wle

dge.

Sta

nd

ard

4 :

Ea

rth

in

Sp

ace

Str

an

d:

Th

e E

art

h/S

un

/Mo

on

Sy

stem

Su

bst

ran

d A

: T

he

Sun i

s a

star

that

giv

es o

ff

rad

iant

ener

gy t

hat

dri

ves

Ear

th s

yst

em

s and

is

esse

nti

al f

or

life

. T

he

am

ou

nt

of

rad

iant

ener

gy

Ear

th r

ecei

ves

fro

m t

he

Sun t

hro

ugho

ut

the

yea

r

is n

earl

y c

onst

ant.

Su

bst

ran

d B

: T

he

tilt

of

Ear

th’s

ax

is o

f ro

tati

on

reco

rd t

his

info

rmat

ion i

n

journ

als.

The

use

of

scie

nti

fic

invest

igat

ions

allo

ws

stud

ents

to e

xp

lain

the

cau

ses

of

seas

on

s o

n E

arth

and

in

fluen

ce

of

gra

vit

y o

n w

eig

ht

and

ju

mp

hei

ght

on d

iffe

rent

pla

net

s.

Inte

ract

ions

bet

wee

n t

he

Su

n,

Mo

on a

nd

Ear

th a

re o

bse

rved

thro

ugh p

heno

men

a su

ch a

s

tid

es,

seas

on

s, M

oo

n p

has

es,

day

/nig

ht

and

ecl

ipse

s.

Gre

at a

dvan

ces

in i

nfo

rmat

ion

abo

ut

So

lar

Syst

em

ob

ject

s

hav

e b

een o

bta

ined

thro

ugh

the

use

of

scie

nce

and

tech

no

log

y.

nig

ht

sky f

or

at l

east

tw

o

mo

nth

s, c

oll

ect

dat

a o

n t

he

Mo

on’s

ap

pea

rance

, an

d

mo

onri

se a

nd

mo

onse

t ti

mes

.

Anal

yze

the

dat

a to

des

crib

e

the

ob

serv

able

pat

tern

s

(phas

es).

Exp

lain

wh

y t

he

Mo

on’s

ap

pea

rance

chan

ges

in

a re

pea

ting c

ycli

cal

pat

tern

.

Use

mo

del

s to

des

crib

e ho

w

the

rela

tive

po

siti

ons

of

the

Su

n,

Mo

on,

and

Ear

th a

cco

unt

for

Mo

on p

has

es,

ecli

pse

s, a

nd

tid

es.

Des

crib

e ho

w t

he

rela

tive

po

siti

ons

of

the

Ear

th,

Mo

on

and

Su

n c

an c

ause

hig

h a

nd

low

tid

es,

and

un

usu

ally

hig

h

or

low

tid

es

Dem

on

stra

te a

n u

nd

erst

and

ing

of

the

com

po

nents

of

our

So

lar

Syst

em

and

thei

r

char

acte

rist

ics,

incl

ud

ing t

he

Mo

on,

the

Su

n,

the

pla

net

s an

d

thei

r m

oo

ns,

extr

a-s

ola

r

pla

net

s, a

nd

sm

alle

r o

bje

cts

such a

s as

tero

ids

and

co

met

s.

Co

nst

ruct

sca

le m

od

els

of

the

So

lar

Syst

em

in o

rder

to

des

crib

e th

e re

lati

ve

size

s o

f

pla

net

s and

thei

r d

ista

nce

s

fro

m t

he

Sun.

Use

a v

arie

ty o

f re

sourc

es

(e.g

., N

AS

A p

ho

togra

ph

s,

H - 85

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nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

as i

t o

rbit

s th

e S

un p

oin

ts i

n t

he

sam

e d

irec

tio

n

wit

h r

esp

ect

to t

he

star

s. T

he

tilt

and

the

orb

ital

mo

tio

n o

f E

arth

aro

und

the

Su

n c

ause

var

iati

on i

n

the

am

oun

t o

f so

lar

rad

iati

on s

trik

ing a

lo

cati

on

on t

he

Ear

th’s

surf

ace

wh

ich r

esult

s in

var

iati

on

in t

he

len

gth

of

day/n

igh

t an

d s

easo

ns.

Su

bst

ran

d C

: M

oo

n p

has

es o

ccur

bec

ause

the

rela

tive

po

siti

on

s o

f E

arth

, M

oo

n,

and

Su

n

chan

ge,

ther

eby e

nab

ling u

s to

see

dif

fere

nt

am

ou

nts

of

the

Mo

on

’s s

urf

ace.

Su

bst

ran

d D

: T

he

Mo

on i

s a

nat

ura

l sa

tell

ite

of

Ear

th a

nd

is

dif

fere

nt

than t

he

Ear

th i

n s

ize,

atm

osp

her

e, g

ravit

y,

and

surf

ace

fea

ture

s.

Su

bst

ran

d E

: T

ides

are

cau

sed

by t

he

gra

vit

ati

onal

inte

ract

ion

s o

f th

e S

un,

Mo

on a

nd

Ear

th.

The

Mo

on h

as a

gre

ater

imp

act

on t

ides

bec

ause

of

its

pro

xim

ity t

o E

art

h

Str

an

d:

Th

e S

ola

r S

yst

em

Su

bst

ran

d A

: T

he

Sun i

s b

y f

ar t

he

mo

st m

assi

ve

obje

ct i

n t

he

So

lar

Syst

em

, th

ere

fore

gra

vit

ati

onal

ly d

om

inat

ing a

ll o

ther

mem

ber

s o

f

the

So

lar

Syst

em

.

Su

bst

ran

d B

: T

he

So

lar

Syst

em

co

nsi

sts

of

com

ets

, as

tero

ids,

pla

net

s, a

nd

thei

r re

spec

tive

sate

llit

es,

mo

st o

f w

hic

h o

rbit

the

Sun o

n a

pla

ne

call

ed t

he

ecli

pti

c. T

he

pla

net

s in

our

So

lar

Syst

em

revo

lve

in t

he

sam

e d

irec

tio

n a

round

the

Su

n i

n e

llip

tica

l o

rbit

s th

at a

re v

ery c

lose

to

bei

ng

in t

he

sam

e p

lane.

Mo

st p

lanet

s ro

tate

in t

he

sam

e

dir

ecti

on w

ith r

esp

ect

to t

he

Sun.

Su

bst

ran

d C

: P

lanet

s ca

n b

e ca

tego

rize

d a

s in

ner

or

oute

r p

lanet

s ac

cord

ing t

o d

ensi

ty,

dia

met

er a

nd

surf

ace

feat

ure

s.

Su

bst

ran

d D

: P

lanet

s an

d t

heir

mo

ons

hav

e b

een

shap

ed o

ver

tim

e b

y c

om

mo

n p

roce

sses

such a

s

crat

erin

g,

vo

lcanis

m,

ero

sio

n,

and

tec

tonic

s. T

he

pre

sence

of

life

on a

pla

net

can c

ontr

ibute

to

its

uniq

ue

dev

elo

pm

ent.

Str

an

d:

Tec

hn

olo

gy

an

d A

pp

lica

tio

n

com

pute

r si

mu

lati

on

s) t

o

com

par

e an

d c

ontr

ast

the

ph

ysi

cal

pro

per

ties

(i.

e.,

tem

per

ature

, si

ze,

com

po

siti

on,

surf

ace

feat

ure

s)

of

pla

net

s.

Dem

on

stra

te a

n u

nd

erst

and

ing

of

the

mo

tio

n o

f th

e b

od

ies

in

our

So

lar

Syst

em

. U

se m

od

els,

char

ts,

illu

stra

tio

ns,

and

oth

er

suit

able

rep

rese

nta

tio

ns

to

pre

dic

t an

d d

escr

ibe

regula

r

pat

tern

s o

f m

oti

on f

or

mo

st

obje

cts

in t

he

So

lar

Syst

em

.

Exp

lain

ho

w t

he

Su

n i

s th

e

centr

al a

nd

lar

gest

bo

dy i

n o

ur

So

lar

Syst

em

and

the

sourc

e o

f

the

light

ener

gy t

hat

hit

s o

ur

pla

net

. U

se m

od

els

to e

xp

lain

ho

w v

aria

tio

ns

in t

he

am

ou

nt

of

Su

n’s

ener

gy h

itti

ng t

he

Ear

th’s

surf

ace

resu

lts

in

seas

on

s.

Rec

og

niz

e th

at

the

forc

e o

f

gra

vit

y k

eep

s p

lanet

s in

orb

it

aro

und

the

sun a

nd

infl

uence

s

obje

cts

on E

arth

and

oth

er

pla

net

s (i

.e.,

tid

es,

abil

ity o

f

hu

mans

to m

ove

and

funct

ion).

Dif

fere

nti

ate

bet

wee

n a

n o

bje

ct’s

mass

and

wei

ght

Des

crib

e ho

w s

cienti

sts

have

acq

uir

ed k

no

wle

dge

abo

ut

com

po

nents

of

our

So

lar

Syst

em

. R

eco

gniz

e th

e

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nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Su

bst

ran

d A

: T

echno

log

y,

incl

ud

ing h

um

ans

land

ing o

n t

he

Mo

on,

rob

ot

Lan

der

s an

d o

ther

spac

e p

rob

es,

sate

llit

es,

and

rad

io t

eles

cop

es,

allo

w s

cie

nti

sts

to i

nves

tigat

e co

nd

itio

ns

on E

arth

and

on o

ther

ob

ject

s in

the

So

lar

Syst

em

.

Su

bst

ran

d B

: T

he

tech

no

log

y u

sed

in s

pac

e

exp

lora

tio

n e

xp

and

s o

ur

kno

wle

dge

of

the

Univ

erse

and

has

man

y s

pin

-off

s re

late

d t

o

ever

yd

ay a

pp

lica

tio

ns.

imp

ort

ance

of

peo

ple

and

tech

no

logie

s th

at h

ave

led

to

our

curr

ent

und

erst

and

ing o

f

spac

e.

Rec

og

niz

e th

at

spin

-off

s ar

e

pro

duct

s w

hic

h h

ave

und

ergo

ne

a te

chno

log

y

tran

sfer

pro

cess

fro

m r

esea

rch

to p

ub

lic

use

.

Res

earc

h a

nd

rep

ort

on s

pin

-

off

s fr

om

the

spac

e p

rogra

m

that

have

aff

ecte

d o

ur

ever

yd

ay l

ives

(i.e

., V

elcr

o,

smo

ke

det

ecto

rs,

cord

less

too

ls).

Un

it T

wo

: E

ner

gy

Tra

nsf

ers

an

d T

ran

sfo

rm

ati

on

s

Tim

elin

e: 7

wee

ks

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nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Sta

nd

ard

1:

Th

e N

atu

re a

nd

Ap

pli

cati

on

of

Sci

ence

an

d T

ech

no

log

y

Str

an

d U

nd

erst

an

din

gs

an

d A

bil

itie

s o

f

Sci

enti

fic

Inq

uir

y:

Su

bst

ran

d C

: U

nd

erst

and

th

at:

In a

sci

enti

fic

invest

igat

ion,

dat

a co

llec

tio

n i

nvo

lves

makin

g

pre

cise

mea

sure

ments

and

kee

pin

g a

ccura

te

reco

rds

so t

hat

oth

ers

can r

epli

cate

the

exp

erim

ent.

Su

bst

ran

d D

: U

nd

erst

and

th

at:

Ther

e is

much

exp

erim

enta

l and

ob

serv

atio

nal

evid

ence

that

sup

po

rts

a la

rge

bo

dy o

f k

no

wle

dge.

T

he

scie

nti

fic

com

mu

nit

y s

up

po

rts

kno

wn

in

form

ati

on

unti

l new

exp

erim

enta

l evid

ence

ari

ses

that

do

es

no

t m

atch e

xis

tin

g e

xp

lanat

ions.

T

his

lea

ds

to t

he

evo

luti

on o

f th

e sc

ienti

fic

bo

dy o

f k

no

wle

dge.

Str

an

d:

Sci

ence

Tec

hn

olo

gy

an

d S

oci

ety

:

Su

bst

ran

d A

: A

dvan

ces

in t

ech

no

log

y c

an

exp

and

the

bo

dy o

f sc

ienti

fic

kno

wle

dge.

Tec

hno

logic

al t

oo

ls a

llo

w p

eop

le t

o o

bse

rve

obje

cts

and

phen

om

ena

that

oth

erw

ise

wo

uld

no

t

be

po

ssib

le.

T

echno

log

y e

nh

ance

s th

e q

ual

ity,

accu

racy,

spee

d a

nd

anal

ysi

s o

f d

ata

gat

her

ed.

Su

bst

ran

d B

: S

cien

ce a

nd

tech

no

log

y i

n s

oci

ety

are

dri

ven

by t

he

foll

ow

ing f

act

ors

: ec

ono

mic

,

po

liti

cal,

cult

ura

l, s

oci

al,

and

envir

on

menta

l.

Incr

ease

d s

cien

tifi

c k

no

wle

dg

e an

d t

echno

log

y

crea

te c

han

ges

that

can

be

ben

efic

ial

or

det

rim

enta

l to

ind

ivid

ual

s o

r so

ciet

y t

hro

ug

h

imp

act

on h

um

an h

ealt

h a

nd

the

envir

on

ment.

Str

an

d:

His

tory

an

d C

on

text

of

Sci

ence

: S

ub

stra

nd

A:

Over

the

cours

e o

f hu

man h

isto

ry,

contr

ibuti

on

s to

sci

ence

have

bee

n m

ade

by

dif

fere

nt

peo

ple

fro

m d

iffe

rent

cult

ure

s.

Stu

dyin

g

som

e o

f th

ese

con

trib

uti

on

s an

d h

ow

they c

am

e

abo

ut

pro

vid

es i

nsi

ght

into

the e

xp

ansi

on o

f

scie

nti

fic

kno

wle

dge.

Sta

nd

ard

3 E

ner

gy

an

d I

ts E

ffec

ts

Big

Id

eas:

Ener

gy t

akes

man

y f

orm

s. T

hes

e fo

rms

can b

e gro

up

ed i

nto

typ

es o

f en

erg

y

that

are

ass

oci

ated

wit

h t

he

mo

tio

n o

f

mas

s (k

inet

ic e

ner

gy)

and

typ

es

of

ener

gy a

sso

ciat

ed w

ith t

he

po

siti

on o

f

mas

s (p

ote

nti

al e

ner

gy).

Ener

gy m

ay t

ran

sfer

into

or

out

of

a

syst

em

and

it

may c

han

ge

form

s

(tra

nsf

orm

) b

ut

the

tota

l ener

gy c

anno

t

chan

ge.

Co

nce

pts

Ener

gy c

om

es i

n d

iffe

rent

form

s,

and

can

chan

ge

fro

m o

ne

form

to

ano

ther

.

Ener

gy c

an b

e tr

ansf

erre

d f

rom

one

obje

ct t

o a

no

ther

.

Ener

gy c

an

no

t b

e cr

eate

d o

r

des

tro

yed

.

Ter

ms:

T

ransf

er

Tra

nsf

orm

Kin

etic

Ener

gy

Po

tenti

al E

ner

gy

Law

of

Co

nse

rvat

ion o

f

Ener

gy

Ener

gy c

hai

n

Ess

en

tia

l Q

ues

tio

ns:

Ho

w d

o w

e kno

w t

hat

thin

gs

hav

e en

erg

y?

Ho

w c

an e

ner

gy b

e tr

ansf

erre

d f

rom

one

mat

eria

l to

ano

ther

?

What

hap

pen

s to

a m

ater

ial

when

ener

gy i

s

tran

sfer

red

to

it?

What

hap

pen

s to

the

ener

gy i

n a

syst

em

?

Wher

e d

oes

this

ener

gy c

om

e fr

om

, ho

w i

s

it c

han

ged

wit

hin

the

syst

em

, an

d w

her

e

do

es i

t ult

imat

ely g

o?

Ho

w d

oes

the

flo

w o

f ener

gy a

ffec

t th

e

mat

eria

ls i

n t

he

syst

em

?

Lea

rnin

g T

arg

ets:

Stu

dents

wil

l…

Exp

lain

that

kin

etic

ener

gy i

s th

e en

erg

y a

n

obje

ct h

as b

ecau

se o

f it

s m

oti

on a

nd

iden

tify

that

kin

etic

ener

gy d

ep

end

s up

on

the

ob

ject

’s s

pee

d a

nd

mas

s.

Des

ign a

nd

car

ry o

ut

inves

tigati

ons

to

det

erm

ine

ho

w c

hang

ing t

he

mas

s o

f an

obje

ct o

r ch

angin

g i

ts s

pee

d c

han

ges

its

kin

eti

c en

erg

y.

Exp

lain

that

gra

vit

atio

nal

po

tenti

al e

ner

gy

(GP

E)

is t

he

ener

gy o

f p

osi

tio

n (

abo

ve

the

Ear

th’s

surf

ace)

and

that

it

dep

end

s o

n t

he

obje

ct’s

mass

and

hei

gh

t ab

ove

the

gro

und

.

Rel

ate

that

lif

ted

ob

ject

s hav

e G

PE

and

that

the

size

of

an o

bje

ct’s

GP

E d

epen

ds

on i

ts m

ass

and

the

ver

tica

l d

ista

nce

it

was

lift

ed.

Su

gg

este

d F

orm

ati

ve

Ass

essm

en

ts:

Tea

cher

ob

serv

atio

ns

Gra

phic

Org

aniz

ers

Journ

al E

ntr

ies

KW

Ls

Pre

-Tes

ts

Ob

serv

atio

ns

Quic

kw

rite

s

Tic

ket

s in

/ou

t o

f th

e d

oo

r

Par

tici

pat

ion i

n l

ab w

ork

No

teta

kin

g

Su

gg

este

d S

um

ma

tiv

e A

sses

smen

ts:

Tes

t an

d Q

uiz

zes

Wri

tten

Rep

ort

s

Lab

Rep

ort

s

Pro

ject

s

Pre

senta

tio

ns

Mo

del

of

Key i

dea

s

Rub

rics

H - 88

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y

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Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Str

an

d:

Th

e F

orm

s a

nd

So

urc

es o

f E

ner

gy

Su

bst

ran

d A

: E

ner

gy f

rom

th

e S

un t

akes

the

form

of

elec

tro

mag

net

ic w

aves

such a

s in

frar

ed,

vis

ible

, and

ult

rav

iole

t el

ectr

om

agnet

ic w

aves.

The

rad

iati

on f

rom

the

sun c

onsi

sts

of

a ra

nge

of

ener

gie

s in

the

elec

tro

mag

net

ic s

pec

tru

m.

Su

bst

ran

d B

: M

echanic

al e

ner

gy c

om

es f

rom

the

mo

tio

n a

nd

po

siti

on o

f o

bje

cts.

G

ravit

atio

nal

po

tenti

al e

ner

gy a

nd

ela

stic

po

tenti

al e

ner

gy a

re

imp

ort

ant

form

s o

f p

ote

nti

al e

ner

gy t

hat

contr

ibute

to

the

mec

hanic

al e

ner

gy o

f o

bje

cts.

Sta

nd

Fo

rces

an

d t

he

Tra

nsf

er o

f E

ner

gy

Su

bst

ran

d A

: W

hen

the

forc

es

acti

ng o

n a

n

obje

ct a

re b

alan

ced

, it

s m

oti

on

wil

l no

t ch

an

ge.

Unb

alan

ced

fo

rces

wil

l ca

use

the

ob

ject

’s m

oti

on

to c

han

ge.

C

han

ges

in m

oti

on

dep

end

up

on t

he

size

and

dir

ecti

on o

f th

e to

tal

unb

alance

d f

orc

e

exer

ted

on t

he

ob

ject

.

Su

bst

an

da

rd C

: F

orc

es c

an b

e use

d t

o t

ransf

er

ener

gy f

rom

one

ob

ject

to

anoth

er.

Sim

ple

mac

hin

es

are

use

d t

o t

ransf

er e

ner

gy i

n o

rder

to

sim

pli

fy d

iffi

cult

task

s.

Su

bst

an

da

rd D

: W

hen

ener

gy f

rom

the

sun i

s

tran

sfer

red

to

obje

cts

and

sub

stan

ces,

it

can b

e

tran

sfo

rmed

into

a v

arie

ty o

f ener

gy f

orm

s.

Sta

nd

: E

ner

gy

In

tera

ctin

g w

ith

Ma

teria

ls;

the

Tra

nsf

orm

ati

on

an

d C

on

serv

ati

on

of

En

erg

y

Su

bst

ran

d A

: E

ner

gy c

an b

e tr

ansf

orm

ed f

rom

one

form

into

ano

ther

. E

ner

gy t

ran

sfo

rmati

on

s

oft

en t

ake

pla

ce w

hil

e en

erg

y i

s b

ein

g t

ransf

erre

d

to a

no

ther

ob

ject

or

sub

stan

ce.

Ener

gy

tran

sfo

rmat

ions

and

ener

gy t

ransf

ers

can b

e use

d

to e

xp

lain

ho

w e

ner

gy f

low

s th

roug

h a

ph

ysi

cal

syst

em

Su

bst

ran

d B

: W

hen

a s

ub

stan

ce a

bso

rbs

hea

t

ener

gy,

or

when

a d

iffe

rent

form

of

ener

gy i

s

abso

rbed

by t

he

sub

stance

and

is

tran

sfo

rmed

into

Exp

lain

that

the

mec

hanic

al e

ner

gy o

f an

obje

ct i

s th

e su

m o

f it

s kin

etic

ener

gy a

nd

its

po

tenti

al e

ner

gy a

t an

y p

oin

t in

tim

e.

Acc

ura

tely

co

nst

ruct

, in

terp

ret,

and

anal

yze

tab

les,

dia

gra

ms

and

gra

phs,

sho

win

g r

elat

ionsh

ips

bet

wee

n t

wo

var

iab

les

rela

ting t

o e

ner

gy.

H - 89

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y

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Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

hea

t en

erg

y,

the

sub

stance

usu

ally

exp

and

s.

The

par

ticl

es w

ithin

the

sub

stance

do

no

t ex

pan

d b

ut

the

spac

e b

etw

een t

he

par

ticl

es

incr

ease

s.

Un

it T

hre

e:

Hea

t E

ner

gy

Tim

elin

e:

4 W

eek

s

H - 90

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t ©

201

1 b

y

1

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Sta

nd

ard

1:

Th

e N

atu

re a

nd

Ap

pli

cati

on

of

Sci

ence

an

d T

ech

no

log

y

Str

an

d U

nd

erst

an

din

gs

an

d A

bil

itie

s o

f

Sci

enti

fic

Inq

uir

y:

Su

bst

ran

d A

: U

nd

erst

and

th

at:

Sci

enti

fic

invest

igat

ions

invo

lve

askin

g t

esta

ble

ques

tio

ns.

Dif

fere

nt

kin

ds

of

quest

ion

s su

gges

t d

iffe

rent

scie

nti

fic

inves

tigat

ions.

T

he

curr

ent

bo

dy o

f

scie

nti

fic

kno

wle

dge

guid

es t

he

invest

igat

ion..

Su

bst

ran

d B

: U

nd

erst

and

that:

A v

alid

invest

igat

ion c

ontr

ols

var

iab

les.

Dif

fere

nt

exp

erim

enta

l d

esig

ns

and

str

ateg

ies

can b

e

dev

elo

ped

to

answ

er t

he

sam

e

Su

bst

ran

d C

: U

nd

erst

and

th

at:

In a

sci

enti

fic

invest

igat

ion,

dat

a co

llec

tio

n i

nvo

lves

makin

g

pre

cise

mea

sure

ments

and

kee

pin

g a

ccura

te

reco

rds

so t

hat

oth

ers

can r

epli

cate

the

exp

erim

ent.

Su

bst

ran

d D

: U

nd

erst

and

th

at:

Ther

e is

much

exp

erim

enta

l and

ob

serv

atio

nal

evid

ence

that

sup

po

rts

a la

rge

bo

dy o

f k

no

wle

dge.

T

he

scie

nti

fic

com

mu

nit

y s

up

po

rts

kno

wn

in

form

ati

on

unti

l new

exp

erim

en

tal

evid

ence

ari

ses

that

do

es

no

t m

atch e

xis

tin

g e

xp

lanat

ions.

T

his

lea

ds

to t

he

evo

luti

on o

f th

e sc

ienti

fic

bo

dy o

f k

no

wle

dge.

Su

bst

ran

d E

: U

nd

erst

and

that:

Eval

uat

ing t

he

exp

lanat

ions

pro

po

sed

by o

thers

in

vo

lves

exam

inin

g a

nd

co

mp

arin

g e

vid

ence

, id

enti

fyin

g

fau

lty r

easo

nin

g,

po

inti

ng o

ut

stat

em

ents

that

go

bey

ond

the

evid

ence

, an

d s

ug

ges

tin

g a

lter

nat

ive

exp

lanat

ions

for

the

sam

e o

bse

rvat

ions.

Co

nfl

icti

ng d

ata

or

confl

icti

ng

inte

rpre

tati

ons

of

the

sam

e d

ata

sug

ges

t th

e nee

d f

or

furt

her

invest

igat

ion.

Co

nti

nued

in

vest

igati

on c

an l

ead

to

gre

ater

und

erst

and

ing a

nd

res

olu

tio

n o

f th

e

confl

ict.

Su

bst

ran

d F

: U

nd

erst

and

that:

Sci

enti

fic

hab

its

of

min

d a

nd

oth

er s

ourc

es

of

kno

wle

dge

and

skil

ls a

re e

ssenti

al t

o s

cienti

fic i

nq

uir

y.

Hab

its

of

Big

Id

eas

The

par

ticl

e m

od

el i

s a

rep

rese

nta

tio

n

of

the

arra

ngem

ent

and

mo

tio

n o

f

par

ticl

es i

n d

iffe

rent

stat

es

of

mat

ter.

Hea

t en

erg

y t

ran

sfer

s b

y c

ond

uct

ion,

rad

iati

on,

or

convec

tio

n a

nd

fro

m a

reas

of

hig

her

tem

per

ature

(en

erg

y)

to a

reas

of

low

er t

em

per

ature

(en

erg

y).

Co

nce

pts

The

par

ticl

es t

hat

make

up

mat

eria

ls a

re i

n c

onst

ant

bu

t

rand

om

mo

tio

n.

The

com

bin

ed r

and

om

kin

eti

c

ener

gy o

f p

arti

cles

is

call

ed

hea

t en

erg

y.

Tem

per

ature

is

the

mea

sure

of

the

aver

age

mo

tio

n e

ner

gy o

f

the

par

ticl

es i

n a

mat

eria

l o

r

sub

stance

.

Hea

t en

erg

y t

ran

sfer

s b

y

cond

uct

ion,

con

vec

tio

n a

nd

rad

iati

on.

Hea

t en

erg

y t

ran

sfer

s fr

om

war

mer

sub

stan

ces

to c

oo

ler

sub

stance

s u

nti

l it

rea

ches

sam

e te

mp

erat

ure

(eq

uil

ibri

um

).

When

par

ticl

es a

bso

rb e

ner

gy

they i

ncr

ease

the

am

ou

nt

of

spac

e b

etw

een t

he

par

ticl

es

but

do

no

t ch

ange

in s

ize.

Ess

en

tia

l Q

ues

tio

ns:

Ho

w d

o w

e kno

w t

hat

thin

gs

hav

e en

erg

y?

Ho

w c

an e

ner

gy b

e tr

ansf

erre

d f

rom

one

mat

eria

l to

ano

ther

?

What

hap

pen

s to

a m

ater

ial

when

ener

gy i

s

tran

sfer

red

to

it?

What

hap

pen

s to

the

ener

gy i

n a

syst

em

wh

ere

do

es t

his

ener

gy c

om

e fr

om

, ho

w i

s

it c

han

ged

wit

hin

the

syst

em

, an

d w

her

e

do

es i

t ult

imat

ely g

o?

Ho

w d

oes

the

flo

w o

f ener

gy a

ffec

t th

e

mat

eria

ls i

n t

he

syst

em

?

Lea

rnin

g T

arg

ets:

Stu

dents

wil

l

Use

the

par

ticl

e m

od

el t

o e

xp

lain

hea

t

ener

gy a

s th

e co

mb

ined

ran

do

m k

inet

ic

ener

gy o

f p

arti

cles

that

mak

e up

an o

bje

ct

and

whil

e th

e hea

t en

erg

y a

nd

tem

per

ature

of

an o

bje

ct a

re r

elat

ed,

they a

re d

iffe

rent

quan

titi

es.

Des

crib

e ho

w t

he

mo

tio

n o

f w

ater

par

ticl

es

in a

gla

ss o

f co

ld w

ater

is

dif

fere

nt

fro

m

the

mo

tio

n o

f w

ater

par

ticl

es i

n a

gla

ss o

f

ho

t w

ater

.

Exp

lain

ho

w t

he

add

itio

n o

r re

mo

val

of

hea

t en

erg

y c

an c

han

ge

an o

bje

ct’s

tem

per

ature

and

or

its

ph

ysi

cal

stat

e.

Co

nd

uct

sim

ple

in

ves

tigat

ions

invo

lvin

g

chan

ges

of

ph

ysi

cal

stat

e an

d t

em

per

ature

.

Rel

ate

that

ther

e is

no

change

in

tem

per

ature

wh

en t

he

sub

stan

ce i

s

Su

gg

este

d F

orm

ati

ve

Ass

essm

en

ts:

Tea

cher

ob

serv

atio

ns

Gra

phic

Org

aniz

ers

Journ

al E

ntr

ies

KW

Ls

Pre

-Tes

ts

Ob

serv

atio

ns

Quic

kw

rite

s

Tic

ket

s in

/ou

t o

f th

e d

oo

r

Par

tici

pat

ion i

n l

ab w

ork

No

teta

kin

g

Su

gg

este

d S

um

ma

tiv

e A

sses

smen

ts:

Tes

t an

d Q

uiz

zes

Wri

tten

Rep

ort

s

Lab

Rep

ort

s

Pro

ject

s

Pre

senta

tio

ns

Mo

del

of

Key i

dea

s

Rub

rics

H - 91

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1 b

y

1

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

min

d i

ncl

ud

e to

lera

nce

of

am

big

uit

y,

skep

tici

sm,

op

ennes

s to

new

id

eas,

and

ob

ject

ivit

y.

Oth

er

kno

wle

dge

and

skil

ls i

ncl

ud

e m

athem

ati

cs,

read

ing,

wri

ting,

and

tec

hno

log

y

Str

an

d:

Sci

ence

Tec

hn

olo

gy

an

d S

oci

ety

:

Su

bst

ran

d A

: A

dvan

ces

in t

ech

no

log

y c

an

exp

and

the

bo

dy o

f sc

ienti

fic

kno

wle

dge.

Tec

hno

logic

al t

oo

ls a

llo

w p

eop

le t

o o

bse

rve

obje

cts

and

phen

om

ena

that

oth

erw

ise

wo

uld

no

t

be

po

ssib

le.

T

echno

log

y e

nh

ance

s th

e q

ual

ity,

accu

racy,

spee

d a

nd

anal

ysi

s o

f d

ata

gat

her

ed.

Su

bst

ran

d B

: S

cien

ce a

nd

tech

no

log

y i

n s

oci

ety

are

dri

ven

by t

he

foll

ow

ing f

act

ors

: ec

ono

mic

,

po

liti

cal,

cult

ura

l, s

oci

al,

and

envir

on

menta

l.

Incr

ease

d s

cien

tifi

c k

no

wle

dg

e an

d t

echno

log

y

crea

te c

han

ges

that

can

be

ben

efic

ial

or

det

rim

enta

l to

ind

ivid

ual

s o

r so

ciet

y t

hro

ug

h

imp

act

on h

um

an h

ealt

h a

nd

the e

nvir

on

ment.

Str

an

d:

His

tory

an

d C

on

text

of

Sci

ence

: S

ub

stra

nd

A:

Over

the

cours

e o

f hu

man h

isto

ry,

contr

ibuti

on

s to

sci

ence

have

bee

n m

ade

by

dif

fere

nt

peo

ple

fro

m d

iffe

rent

cult

ure

s.

Stu

dyin

g

som

e o

f th

ese

con

trib

uti

on

s an

d h

ow

they c

am

e

abo

ut

pro

vid

es i

nsi

ght

into

the e

xp

ansi

on o

f

scie

nti

fic

kno

wle

dge.

Sta

nd

ard

3.

En

erg

y a

nd

Its

Eff

ects

Str

an

d:

Th

e F

orm

s a

nd

So

urc

es o

f E

ner

gy

Su

bst

ran

d D

: H

eat

ener

gy c

om

es f

rom

the

rand

om

mo

tio

n o

f th

e p

arti

cles

in a

n o

bje

ct o

r

sub

stance

. T

emp

erat

ure

is

a m

easu

re o

f th

e

mo

tio

n o

f th

e p

arti

cles

. T

he

hig

her

the

tem

per

ature

of

the

mate

rial

, th

e gre

ater

the

mo

tio

n

of

the

par

ticl

es.

Str

an

d:

Fo

rces

an

d t

he

Tra

nsf

er o

f E

ner

gy

Su

bst

ran

d F

: T

he

add

itio

n o

r re

mo

val

of

hea

t

ener

gy f

rom

a m

ater

ial

chan

ges

its

tem

per

ature

or

its

ph

ysi

cal

stat

e.

Ener

gy c

an r

aise

the

tem

per

ature

of

mat

ter

or

chan

ce i

ts s

tate

.

Ter

ms:

Co

nd

uct

ion

Rad

iati

on

Co

nvec

tio

n

Hea

t E

ner

gy

Par

ticl

e M

od

el

Eq

uil

ibri

um

chan

gin

g s

tate

.

H - 92

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yri

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201

1 b

y

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Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Su

bst

ran

d G

: H

eat

ener

gy i

s tr

ansp

ort

ed b

y

cond

uct

ion,

con

vec

tio

n,

and

rad

iati

on.

Hea

t

ener

gy t

ran

sfer

s fr

om

war

mer

sub

stance

s to

coo

ler

sub

stan

ces

unti

l th

ey r

eac

h t

he

sam

e

tem

per

ature

.

Str

an

d:

En

erg

y I

nte

ract

ing

wit

h M

ate

ria

ls;

the

Tra

nsf

orm

ati

on

an

d C

on

serv

ati

on

of

En

erg

y

Su

bst

ran

d B

: W

hen

a s

ub

stan

ce a

bso

rbs

hea

t

ener

gy,

or

when

a d

iffe

rent

form

of

ener

gy i

s

abso

rbed

by a

sub

stance

and

is

tran

sfo

rmed

into

hea

t en

erg

y,

the

sub

stance

usu

ally

exp

and

s.

The

par

ticl

es w

ithin

a s

ub

stance

do

no

t ex

pan

d b

ut

the

spac

e b

etw

een t

he

par

ticl

es i

ncr

ease

.

Un

it F

ou

r: G

lob

al

Wea

ther

Tim

elin

e:

6 W

eek

s

H - 93

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t ©

201

1 b

y

1

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Sta

nd

ard

1:

Th

e N

atu

re a

nd

Ap

pli

cati

on

of

Sci

ence

an

d T

ech

no

log

y

Str

an

d U

nd

erst

an

din

gs

an

d A

bil

itie

s o

f

Sci

enti

fic

Inq

uir

y:

Su

bst

ran

d A

: U

nd

erst

and

th

at:

Sci

enti

fic

invest

igat

ions

invo

lve

askin

g t

esta

ble

ques

tio

ns.

Dif

fere

nt

kin

ds

of

quest

ion

s su

gges

t d

iffe

rent

scie

nti

fic

inves

tigat

ions.

T

he

curr

ent

bo

dy o

f

scie

nti

fic

kno

wle

dge

guid

es t

he

invest

igat

ion..

Su

bst

ran

d B

: U

nd

erst

and

that:

A v

alid

invest

igat

ion c

ontr

ols

var

iab

les.

Dif

fere

nt

exp

erim

enta

l d

esig

ns

and

str

ateg

ies

can b

e

dev

elo

ped

to

answ

er t

he s

am

e

Su

bst

ran

d C

: U

nd

erst

and

th

at:

In a

sci

enti

fic

invest

igat

ion,

dat

a co

llec

tio

n i

nvo

lves

makin

g

pre

cise

mea

sure

ments

and

kee

pin

g a

ccura

te

reco

rds

so t

hat

oth

ers

can r

epli

cate

the

exp

erim

ent.

Su

bst

ran

d D

: U

nd

erst

and

th

at:

Ther

e is

much

exp

erim

enta

l and

ob

serv

atio

nal

evid

ence

that

sup

po

rts

a la

rge

bo

dy o

f k

no

wle

dge.

T

he

scie

nti

fic

com

mu

nit

y s

up

po

rts

kno

wn

in

form

ati

on

unti

l new

exp

erim

enta

l evid

ence

ari

ses

that

do

es

no

t m

atch e

xis

tin

g e

xp

lanat

ions.

T

his

lead

s to

the

evo

luti

on o

f th

e sc

ienti

fic

bo

dy o

f k

no

wle

dge.

Su

bst

ran

d E

: U

nd

erst

and

that:

Eval

uat

ing t

he

exp

lanat

ions

pro

po

sed

by o

thers

in

vo

lves

exam

inin

g a

nd

co

mp

arin

g e

vid

ence

, id

enti

fyin

g

fau

lty r

easo

nin

g,

po

inti

ng o

ut

stat

em

ents

that

go

bey

ond

the

evid

ence

, an

d s

ug

ges

tin

g a

lter

nat

ive

exp

lanat

ions

for

the

sam

e o

bse

rvat

ions.

Co

nfl

icti

ng d

ata

or

confl

icti

ng

inte

rpre

tati

ons

of

the

sam

e d

ata

sug

ges

t th

e nee

d f

or

furt

her

invest

igat

ion.

Co

nti

nued

in

vest

igati

on c

an l

ead

to

gre

ater

und

erst

and

ing a

nd

res

olu

tio

n o

f th

e

confl

ict.

Su

bst

ran

d F

: U

nd

erst

and

that:

Sci

enti

fic

hab

its

of

min

d a

nd

oth

er s

ourc

es

of

kno

wle

dge

and

skil

ls a

re e

ssenti

al t

o s

cienti

fic i

nq

uir

y.

Hab

its

of

min

d i

ncl

ud

e to

lera

nce

of

am

big

uit

y,

skep

tici

sm,

Big

Id

eas

The

uneq

ual

hea

ting o

f th

e ea

rth i

s

wh

at s

ets

the

atm

osp

her

e in

mo

tio

n a

nd

crea

tes

wea

ther

pat

tern

s.

Co

nce

pts

Wea

ther

pat

tern

s ar

e b

ased

on

glo

bal

air

mas

ses

and

fro

nta

l

syst

em

s an

d g

ener

ally

mo

ve

fro

m w

est

to e

ast.

Sto

rms

dis

trib

ute

ener

gy t

hat

effe

ct

wea

ther

pat

tern

s.

Ter

ms

iso

bar

s

air

mas

ses

fro

nts

cycl

ones

torn

ado

es

no

r’ea

ster

thu

nd

erst

orm

h

urr

ican

e

Ess

en

tia

l Q

ues

tio

ns:

Ho

w d

o c

han

ges

in o

ne

par

t o

f th

e E

arth

syst

em

aff

ect

oth

er p

arts

of

the

syst

em

?

In w

hat

ways

can E

arth

pro

cess

es b

e

exp

lain

ed a

s in

tera

ctio

ns

am

ong s

pher

es?

Lea

rnin

g T

arg

ets:

Stu

dents

wil

l

Invest

igate

the

rate

at

wh

ich d

iffe

rent

Ear

th m

ater

ials

ab

sorb

hea

t. E

xp

lain

ho

w

thes

e d

iffe

rence

s in

hea

t ab

sorp

tio

n c

ause

s

air

pre

ssure

dif

fere

nce

s th

at r

esu

lt i

n

convec

tio

n c

urr

ents

(i.

e.,

loca

l la

nd

and

sea

bre

ezes

).

Use

a v

arie

ty o

f m

od

els,

char

ts,

dia

gra

ms,

or

sim

ple

in

ves

tigat

ions

to e

xp

lain

ho

w t

he

Su

n’s

ener

gy d

rives

the

cycl

ing o

f w

ater

thro

ugh t

he

Ear

th’s

cru

st,

oce

ans,

and

atm

osp

her

e.

Co

mp

are

and

co

ntr

ast

dif

fere

nt

sto

rm

syst

em

s in

ter

ms

of

size

, fo

rmat

ion,

and

asso

ciat

ed w

eath

er

Exam

ine

iso

bar

s o

n w

eath

er m

aps

to

des

crib

e ho

w w

ind

(m

ovin

g a

ir)

trav

els

fro

m a

reg

ion o

f hig

h p

ress

ure

to

a r

egio

n

of

low

pre

ssure

.

Co

nst

ruct

and

use

surf

ace

stat

ion m

od

els

to r

epre

sent

atm

osp

her

ic d

ata

and

inte

rpre

t

wea

ther

pat

tern

s o

n m

eteo

rolo

gic

al m

aps.

Use

wea

ther

map

s to

des

crib

e th

e

mo

vem

ent

of

fro

nts

and

sto

rms

to p

red

ict

Su

gg

este

d F

orm

ati

ve

Ass

essm

en

ts:

Tea

cher

ob

serv

atio

ns

Gra

phic

Org

aniz

ers

Journ

al E

ntr

ies

KW

Ls

Pre

-Tes

ts

Ob

serv

atio

ns

Quic

kw

rite

s

Tic

ket

s in

/ou

t o

f th

e d

oo

r

Par

tici

pat

ion i

n l

ab w

ork

No

teta

kin

g

Su

gg

este

d S

um

ma

tiv

e A

sses

smen

ts:

Tes

t an

d Q

uiz

zes

Wri

tten

Rep

ort

s

Lab

Rep

ort

s

Pro

ject

s

Pre

senta

tio

ns

Mo

del

of

Key i

dea

s

Rub

rics

H - 94

001366

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12

Cop

yri

gh

t ©

201

1 b

y

1

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

op

ennes

s to

new

id

eas,

and

ob

ject

ivit

y.

Oth

er

kno

wle

dge

and

skil

ls i

ncl

ud

e m

athem

ati

cs,

read

ing,

wri

ting,

and

tec

hno

log

y

Str

an

d:

Sci

ence

Tec

hn

olo

gy

an

d S

oci

ety

:

Su

bst

ran

d A

: A

dvan

ces

in t

ech

no

log

y c

an

exp

and

the

bo

dy o

f sc

ienti

fic

kno

wle

dge.

Tec

hno

logic

al t

oo

ls a

llo

w p

eop

le t

o o

bse

rve

obje

cts

and

phen

om

ena

that

oth

erw

ise

wo

uld

no

t

be

po

ssib

le.

T

echno

log

y e

nh

ance

s th

e q

ual

ity,

accu

racy,

spee

d a

nd

anal

ysi

s o

f d

ata

gat

her

ed.

Su

bst

ran

d B

: S

cien

ce a

nd

tech

no

log

y i

n s

oci

ety

are

dri

ven

by t

he

foll

ow

ing f

act

ors

: ec

ono

mic

,

po

liti

cal,

cult

ura

l, s

oci

al,

and

envir

on

menta

l.

Incr

ease

d s

cien

tifi

c k

no

wle

dg

e an

d t

echno

log

y

crea

te c

han

ges

that

can

be

ben

efic

ial

or

det

rim

enta

l to

ind

ivid

ual

s o

r so

ciet

y t

hro

ug

h

imp

act

on h

um

an h

ealt

h a

nd

the

envir

on

ment.

Sta

nd

ard

5 E

art

h’s

Dy

na

mic

Sy

stem

s

Str

an

d:

Inte

ract

ion

s th

rou

gh

ou

t E

art

h’s

Sy

stem

s

Su

bst

ran

d I

: O

cean

curr

ents

, glo

bal

win

ds,

and

sto

rm s

yst

em

s, r

edis

trib

ute

heat

ener

gy o

n E

arth

’s

surf

ace

and

ther

efo

re a

ffec

t w

eath

er a

nd

lo

ng

-

term

cli

mat

ic p

atte

rns

of

a re

gio

n.

Su

bst

ran

d J

: U

nev

en h

eati

ng a

nd

co

oli

ng o

f th

e

Ear

th’s

surf

ace

pro

duce

air

mass

es t

hat

dif

fer

in

den

sity

, h

um

idit

y a

nd

tem

per

atu

re.

The

inte

ract

ion o

f th

ese

air

mas

ses

resu

lts

in

sig

nif

icant

wea

ther

changes.

Str

an

d:

Tec

hn

olo

gy

an

d A

pp

lica

tio

ns

Su

bst

ran

d A

: G

lob

al w

eath

er

dat

a fr

om

gro

und

mea

sure

ments

, sa

tell

ites

and

rad

ar a

re r

eco

rded

on m

aps,

analy

zed

, an

d u

sed

to

pre

dic

t lo

cal

wea

ther

.

thei

r in

fluence

on w

eath

er.

Un

it F

ive:

C

lim

ate

Tim

elin

e:

4 W

eek

s

H - 95

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13

Cop

yri

gh

t ©

201

1 b

y

1

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

Sta

nd

ard

1:

Th

e N

atu

re a

nd

Ap

pli

cati

on

of

Sci

ence

an

d T

ech

no

log

y

Str

an

d U

nd

erst

an

din

gs

an

d A

bil

itie

s o

f

Sci

enti

fic

Inq

uir

y:

Su

bst

ran

d A

: U

nd

erst

and

th

at:

Sci

enti

fic

invest

igat

ions

invo

lve

askin

g t

esta

ble

ques

tio

ns.

Dif

fere

nt

kin

ds

of

quest

ion

s su

gges

t d

iffe

rent

scie

nti

fic

inves

tigat

ions.

T

he

curr

ent

bo

dy o

f

scie

nti

fic

kno

wle

dge

guid

es t

he

invest

igat

ion..

Su

bst

ran

d B

: U

nd

erst

and

that:

A v

alid

invest

igat

ion c

ontr

ols

var

iab

les.

Dif

fere

nt

exp

erim

enta

l d

esig

ns

and

str

ateg

ies

can b

e

dev

elo

ped

to

answ

er t

he

sam

e

Su

bst

ran

d C

: U

nd

erst

and

th

at:

In a

sci

enti

fic

invest

igat

ion,

dat

a co

llec

tio

n i

nvo

lves

makin

g

pre

cise

mea

sure

ments

and

kee

pin

g a

ccura

te

reco

rds

so t

hat

oth

ers

can r

epli

cate

the

exp

erim

ent.

Su

bst

ran

d D

: U

nd

erst

and

th

at:

Ther

e is

much

exp

erim

enta

l and

ob

serv

atio

nal

evid

ence

th

at

sup

po

rts

a la

rge

bo

dy o

f k

no

wle

dge.

T

he

scie

nti

fic

com

mu

nit

y s

up

po

rts

kno

wn

in

form

ati

on

unti

l new

exp

erim

enta

l evid

ence

ari

ses

that

do

es

no

t m

atch e

xis

tin

g e

xp

lanat

ions.

T

his

lea

ds

to t

he

evo

luti

on o

f th

e sc

ienti

fic

bo

dy o

f k

no

wle

dge.

Su

bst

ran

d E

: U

nd

erst

and

that:

Eval

uat

ing t

he

exp

lanat

ions

pro

po

sed

by o

thers

in

vo

lves

exam

inin

g a

nd

co

mp

arin

g e

vid

ence

, id

enti

fyin

g

fau

lty r

easo

nin

g,

po

inti

ng o

ut

stat

em

ents

that

go

bey

ond

the

evid

ence

, an

d s

ug

ges

tin

g a

lter

nat

ive

exp

lanat

ions

for

the

sam

e o

bse

rvat

ions.

Co

nfl

icti

ng d

ata

or

confl

icti

ng

inte

rpre

tati

ons

of

the

sam

e d

ata

sug

ges

t th

e nee

d f

or

furt

her

invest

igat

ion.

Co

nti

nued

in

vest

igati

on c

an l

ead

to

gre

ater

und

erst

and

ing a

nd

res

olu

tio

n o

f th

e

confl

ict.

Su

bst

ran

d F

: U

nd

erst

and

that:

Sci

enti

fic

hab

its

of

min

d a

nd

oth

er s

ourc

es

of

kno

wle

dge

and

skil

ls a

re e

ssenti

al t

o s

cienti

fic i

nq

uir

y.

Hab

its

of

Big

Id

eas

Cli

mat

e is

the

aver

age

wea

ther

occ

urr

ing o

ver

a s

pec

ific

lo

cati

on o

ver

tim

e.

Co

nce

pts

:

Cli

mat

e o

n e

arth

is

affe

cted

by

circ

ula

tio

n p

atte

rns

in t

he

oce

ans,

glo

bal

win

ds,

sto

rm

syst

em

s, a

nd

lo

cati

on o

n e

arth

.

Ter

ms

Lat

itud

e

Oce

an c

urr

ents

Cli

mat

e

Ess

en

tia

l Q

ues

tio

ns:

Ho

w d

o c

han

ges

in o

ne

par

t o

f th

e E

arth

syst

em

aff

ect

oth

er p

arts

of

the

syst

em

?

In w

hat

ways

can E

arth

pro

cess

es b

e

exp

lain

ed a

s in

tera

ctio

ns

am

ong s

pher

es?

Lea

rnin

g T

arg

ets:

S

tud

ents

wil

l

Dif

fere

nti

ate

bet

wee

n w

eath

er,

whic

h i

s

the

cond

itio

n o

f th

e at

mo

spher

e at

a g

iven

tim

e, a

nd

cli

mat

e, w

hic

h i

s th

e w

eath

er

aver

aged

over

a l

ong p

erio

d o

f ti

me.

Des

crib

e ho

w a

ir t

em

per

ature

and

pre

ssure

chan

ge

wit

h i

ncr

easi

ng a

ltit

ud

e an

d

lati

tud

e.

Exam

ine

map

s o

f o

cean

curr

ents

and

tra

ce

the

ori

gin

and

flo

w o

f su

ch c

urr

ents

to

exp

lain

the

tran

sfer

of

hea

t en

erg

y.

Iden

tify

wh

ich c

urr

ents

have

do

min

ant

infl

uence

on t

he

Del

aw

are

coas

t

Su

gg

este

d F

orm

ati

ve

Ass

essm

en

ts:

Tea

cher

ob

serv

atio

ns

Gra

phic

Org

aniz

ers

Journ

al E

ntr

ies

KW

Ls

Pre

-Tes

ts

Ob

serv

atio

ns

Quic

kw

rite

s

Tic

ket

s in

/ou

t o

f th

e d

oo

r

Par

tici

pat

ion i

n l

ab w

ork

No

teta

kin

g

Su

gg

este

d S

um

ma

tiv

e A

sses

smen

ts:

Tes

t an

d Q

uiz

zes

Wri

tten

Rep

ort

s

Lab

Rep

ort

s

Pro

ject

s

Pre

senta

tio

ns

Mo

del

of

Key i

dea

s

Rub

rics

H - 96

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14

Cop

yri

gh

t ©

201

1 b

y

1

Sta

nd

ard

s A

lig

nm

ent

U

nit

C

on

cep

t

Big

Id

eas

Ess

en

tia

l Q

ues

tio

ns

Stu

den

t L

earn

ing

Ta

rget

s

Ass

essm

en

ts

min

d i

ncl

ud

e to

lera

nce

of

am

big

uit

y,

skep

tici

sm,

op

ennes

s to

new

id

eas,

and

ob

ject

ivit

y.

Oth

er

kno

wle

dge

and

skil

ls i

ncl

ud

e m

athem

ati

cs,

read

ing,

wri

ting,

and

tec

hn

olo

gy

Str

an

d:

Sci

ence

Tec

hn

olo

gy

an

d S

oci

ety

:

Su

bst

ran

d A

: A

dvan

ces

in t

ech

no

log

y c

an

exp

and

the

bo

dy o

f sc

ienti

fic

kno

wle

dge.

Tec

hno

logic

al t

oo

ls a

llo

w p

eop

le t

o o

bse

rve

obje

cts

and

phen

om

ena

that

oth

erw

ise

wo

uld

no

t

be

po

ssib

le.

T

echno

log

y e

nh

ance

s th

e q

ual

ity,

accu

racy,

spee

d a

nd

anal

ysi

s o

f d

ata

gat

her

ed.

Su

bst

ran

d B

: S

cien

ce a

nd

tech

no

log

y i

n s

oci

ety

are

dri

ven

by t

he

foll

ow

ing f

act

ors

: ec

ono

mic

,

po

liti

cal,

cult

ura

l, s

oci

al,

and

envir

on

menta

l.

Incr

ease

d s

cien

tifi

c k

no

wle

dg

e an

d t

echno

log

y

crea

te c

han

ges

that

can

be

ben

efic

ial

or

det

rim

enta

l to

ind

ivid

ual

s o

r so

ciet

y t

hro

ug

h

imp

act

on h

um

an h

ealt

h a

nd

the

envir

on

ment.

Sta

nd

ard

5:

Ea

rth

’s D

yn

am

ic S

yst

em

s

Str

an

d:

Inte

ract

ion

s T

hro

ug

ho

ut

eart

h’s

Sy

stem

s

Su

bst

ran

d G

: T

he

clim

ate

at

a lo

cati

on o

n E

arth

is t

he

resu

lt o

f se

ver

al i

nte

ract

ing v

aria

ble

s su

ch

as l

atit

ud

e, a

ltit

ud

e an

d /

or

pro

xim

ity t

o w

ater

.

Su

bst

ran

d M

: H

eat

ener

gy s

tore

d i

n t

he

oce

ans

and

tra

nsf

erre

d b

y c

urr

ents

in

fluen

ce c

lim

ate

. A

dis

rup

tio

n o

f th

e ci

rcula

tio

n a

nd

tem

per

ature

of

the

wo

rld

’s o

cean

s w

ould

fo

ster

cli

mat

e ch

an

ge

and

hav

e en

vir

on

men

tal

and

eco

no

mic

conse

quence

s.

H - 97

001369

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Cop

yri

gh

t 2

008

, D

ela

wa

re D

ep

art

men

t of

Ed

uca

tion

1

Del

aw

are

Sci

ence

Coali

tio

n

Gra

de

K W

oo

d a

nd

Pa

per

Un

it T

emp

late

Copyr

igh

t 2008D

elaw

are

Dep

art

men

t of

Edu

cati

on

H - 98

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Pa

ge 2

of

13

Ch

ar

ter

Sc

ho

ol

Un

it M

od

ific

ati

on

T

he

foll

ow

ing

qu

esti

on

s h

av

e b

een

dev

elo

ped

to

ass

ist

in t

he

refi

nem

ent

of

the

req

uir

ed s

cop

e a

nd

se

qu

ence

do

cum

ents

an

d a

cco

mp

an

yin

g u

nit

s o

f in

stru

ctio

n f

or

the

cha

rte

r sc

ho

ol

ap

pro

va

l a

nd

ren

ew

al

pro

cess

es.

T

hro

ug

h a

co

ver

let

ter

form

at

thes

e q

ue

stio

ns

sho

uld

be

ad

dre

ssed

to

ass

ist

mem

ber

s o

f th

e D

ela

wa

re D

epa

rtm

ent

of

Ed

uca

tio

n C

urr

icu

lum

an

d I

nst

ruct

ion

al

Imp

rov

em

ent

wo

rk g

rou

p e

ffec

tiv

ely

ev

alu

ate

ch

art

er s

cho

ol

ap

pli

cati

on

s.

Gu

idin

g Q

ue

sti

on

s

1.

W

hy

wa

s th

is m

od

el u

nit

of

inst

ruct

ion

sel

ecte

d a

s p

art

of

yo

ur

sch

oo

ls’ c

urr

icu

lar

sub

mis

sio

n?

Th

is m

od

el u

nit

of

inst

ruct

ion

wa

s se

lect

ed

as

pa

rt o

f T

ho

ma

s E

dis

on

’s c

urr

icu

lar

sub

mis

sio

n b

eca

use

it

emp

ha

size

s th

e d

evel

op

men

t o

f o

bse

rva

tio

n a

nd

de

scri

pti

on

sk

ills

, sk

ills

th

at

kin

der

ga

rten

ers

wil

l h

av

e b

een

w

ork

ing

on

yea

r lo

ng

. I

t a

lso

ser

ves

as

an

in

tro

du

ctio

n t

o t

he

idea

of

recy

clin

g a

nd

th

e k

no

wle

dg

e th

at

on

e m

ate

ria

l ca

n b

e ch

an

ge

d i

nto

or

use

d f

or

an

oth

er.

2.

Wh

at

mo

dif

ica

tio

ns

ha

ve

bee

n m

ad

e t

o t

he

mo

del

un

it o

f in

stru

ctio

n t

o m

eet

the

spec

ific

nee

ds

of

the

stu

den

t p

op

ula

tio

n y

ou

r sc

ho

ol

serv

es?

No

mo

dif

ica

tio

ns

ha

ve

bee

n m

ad

e to

th

is m

od

el u

nit

of

inst

ruct

ion

. Im

bed

ded

in

to t

he

un

it a

re s

ug

ges

tio

ns

for

dif

fere

nti

ati

on

, so

th

e n

eed

s o

f a

ll l

earn

ers

can

be

met

th

rou

gh

th

is u

nit

as

is.

Tea

cher

s h

av

e re

ceiv

ed t

he

kit

tr

ain

ing

so

th

ey a

re c

on

fid

ent

in t

hei

r a

bil

itie

s to

ex

ecu

te t

his

kit

wit

h f

idel

ity

to

all

lea

rner

s.

3.

Wh

at

mo

dif

ica

tio

ns

ha

ve

bee

n m

ad

e t

o t

he

mo

del

un

it o

f in

stru

ctio

n t

ha

t re

flec

t th

e re

sou

rces

(h

um

an

, ti

me

, b

uil

din

g,

tech

no

log

y e

tc.)

av

ail

ab

le

to y

ou

r sc

ho

ol?

N

o m

od

ific

ati

on

s h

av

e b

een

ma

de

to t

his

un

it o

f in

stru

ctio

n

4.

Des

crib

e a

ny

oth

er m

od

ific

ati

on

s th

at

ha

ve

bee

n m

ad

e t

o t

he

mo

del

un

it o

f in

stru

ctio

n t

ha

t w

ill

ass

ist

in t

he

curr

icu

lar

rev

iew

fo

r y

ou

r sc

ho

ol.

N

o m

od

ific

ati

on

s h

av

e b

een

ma

de

to t

his

un

it.

H - 99

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Pa

ge 3

of

13

Pre

face

: T

his

un

it h

as

bee

n c

rea

ted

as

a m

od

el f

or

tea

cher

s in

th

eir

des

ign

ing

or

red

esig

nin

g o

f co

urs

e cu

rric

ula

. I

t is

by

no

mea

ns

inte

nd

ed t

o b

e in

clu

sive

; ra

ther

it i

s m

ean

t to

be

a s

pri

ng

bo

ard

fo

r te

ach

er t

ho

ug

ht

an

d c

rea

tivi

ty.

Th

e in

form

ati

on

we

ha

ve i

ncl

ud

ed r

epre

sen

ts o

ne

po

ssib

ilit

y fo

r d

evel

op

ing

a u

nit

ba

sed

on

th

e

Del

aw

are

co

nte

nt

sta

nd

ard

s a

nd

th

e U

nd

erst

an

din

g b

y D

esig

n f

ram

ewo

rk a

nd

ph

ilo

sop

hy.

Un

it S

um

mary

: B

y u

sing t

he

FO

SS

Woo

d a

nd

Paper

mod

ule

stu

den

ts w

ill

obse

rve

the

pro

per

ties

of

wood a

nd p

aper

and d

isco

ver

what

hap

pen

s w

hen

they

are

subje

cted

to a

num

ber

of

test

s an

d i

nte

ract

ions

wit

h o

ther

mat

eria

ls. S

tuden

ts l

earn

that

wood a

nd p

aper

can

be

recycl

ed t

o c

reat

e n

ew

form

s of

pap

er a

nd w

ood

that

hav

e new

pro

per

ties

. S

tuden

ts w

ill

use

this

know

ledge

about

the

pro

per

ties

of

wood a

nd p

aper

as

they

chan

ge

wood a

nd p

aper

into

a v

arie

ty o

f pro

duct

s. T

hro

ughout

the

module

, ap

pro

xim

atel

y 9

-12 w

eeks,

stu

den

ts w

ill

hav

e am

ple

op

port

unit

ies

to

mak

e co

mpar

isons

bet

wee

n d

iffe

rent

kin

ds

of

woo

d, dif

fere

nt

types

of

pap

er, an

d w

ood a

nd p

aper

. T

he

Wood a

nd P

aper

mod

ule

em

phas

izes

the

dev

elopm

ent

of

obse

rvat

ion a

nd d

escr

ipti

on s

kil

ls a

nd b

uil

din

g e

xpla

nat

ions

bas

ed o

n e

xper

ience

.

Sta

ge

1:

Des

ired

Res

ult

s D

ela

wa

re S

cien

ce C

on

ten

t S

tan

da

rds

DE

Con

ten

t S

tan

dard

s

Th

is c

ou

rse

focu

ses

on

th

e D

elaw

are

Sci

ence

Co

nte

nt

Sta

nd

ard

s an

d G

rad

e L

evel

Exp

ecta

tion

s in

Sta

nd

ard

s 1, 2, an

d 8

fou

nd

on

th

e

foll

ow

ing w

eb s

ite:

htt

p:/

/ww

w.d

oe.

k12

.de.

us/

pro

gra

ms/

ci/c

on

ten

t_a

reas/

scie

nce

.sh

tml

Sta

nd

ard

1-

Natu

re a

nd

Ap

pli

cati

on

of

Sci

ence

an

d T

ech

nolo

gy

Under

stan

din

g a

nd A

bil

itie

s of

Sci

enti

fic

Inquir

y

Stu

den

ts s

hould

know

and b

e ab

le t

o:

1.

Under

stan

d t

hat

: S

cien

tifi

c in

ves

tigat

ions,

whet

her

conduct

ed b

y s

tuden

ts o

r sc

ienti

sts,

involv

e as

kin

g a

qu

esti

on a

bout

the

nat

ura

l

worl

d.

Be

able

to:

Gen

erat

e qu

esti

ons

and p

redic

tions

usi

ng o

bse

rvat

ions

and e

xplo

rati

on a

bout

the

nat

ura

l w

orl

d.

3. U

nder

stan

d t

hat

: T

he

purp

ose

of

accu

rate

obse

rvat

ions

and d

ata

coll

ecti

on i

s to

pro

vid

e ev

iden

ce.

Sci

enti

sts

use

tools

to e

nhan

ce

thei

r se

nse

s in

ord

er t

o o

bta

in m

ore

evid

ence

.

B

e ab

le t

o:

Coll

ect

dat

a u

sing o

bse

rvat

ions,

sim

ple

tools

and e

quip

men

t. R

ecord

dat

a in

tab

les,

char

ts, an

d b

ar g

raphs.

Com

par

e dat

a w

ith o

ther

s to

ex

amin

e an

d q

ues

tion r

esult

s.

4. U

nder

stan

d t

hat

: S

cien

tist

s use

obse

rvat

ions

from

inves

tigat

ion

s an

d k

now

ledge

that

is

alre

ady k

now

n t

o d

evel

op a

n e

xpla

nat

ion.

B

e ab

le t

o:

Const

ruct

a s

imple

ex

pla

nat

ion b

y a

nal

yzi

ng o

bse

rvat

ional

dat

a.

Rev

ise

the

expla

nat

ion w

hen

giv

en n

ew

evid

ence

or

info

rmat

ion

gai

ned

fro

m o

ther

res

ourc

es o

r fr

om

furt

her

inves

tigat

ion.

5. U

nder

stan

d t

hat

: T

he

purp

ose

of

com

munic

atin

g w

ith o

ther

s is

to s

har

e ev

iden

ce a

nd c

oncl

usi

ons.

Sci

enti

sts

com

munic

ate

the

resu

lts

of

thei

r in

ves

tigat

ions

to o

ther

s.

H - 100

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Pa

ge 4

of

13

B

e ab

le t

o:

Shar

e si

mple

pla

ns,

dat

a, a

nd e

xpla

nat

ions

wit

h a

n a

udie

nce

and

just

ify t

he

resu

lts

usi

ng t

he

evid

ence

fro

m t

he

inves

tigat

ion.

6. U

nder

stan

d t

hat

: T

he

use

of

mat

hem

atic

s, r

eadin

g, w

riti

ng,

and t

echnolo

gy a

re i

mport

ant

in c

ond

uct

ing s

cien

tifi

c in

quir

ies.

B

e ab

le t

o:

Use

mat

hem

atic

s, r

eadin

g, w

riti

ng, an

d t

echnolo

gy w

hen

condu

ctin

g a

n i

nv

esti

gat

ion a

nd c

om

munic

atin

g t

he

resu

lts.

Sci

ence

, T

echn

olo

gy, an

d S

oci

ety

Stu

den

ts s

hould

know

that

:

1. P

eople

hav

e in

ven

ted n

ew t

echnolo

gie

s to

solv

e pro

ble

ms.

Stu

den

ts s

hould

be

able

to:

O

bse

rve

how

mat

eria

ls c

an b

e m

odif

ied f

or

dif

fere

nt

use

s (e

.g., p

aper

and w

ood c

an b

e m

odif

ied t

o h

ave

new

pro

per

ties

).

2.

Tools

are

use

ful

in s

cien

ce t

o h

elp g

ather

dat

a fo

r obse

rvat

ions

and m

easu

rem

ents

and p

rovid

e a

safe

mea

ns

of

conduct

ing a

n

inves

tigat

ion.

Stu

den

ts s

hould

be

able

to:

U

se a

han

d l

ens

(mag

nif

ier)

to i

nsp

ect

a v

arie

ty o

f non

-liv

ing m

ater

ials

and

dem

onst

rate

thro

ugh d

iscu

ssio

n o

r dra

win

gs

how

the

lens

exte

nds

the

sense

of

sight.

His

tory

and C

onte

xt

of

Sci

ence

1. P

eople

fro

m a

ll p

arts

of

the

worl

d p

ract

ice

scie

nce

and m

ake

man

y i

mport

ant

scie

nti

fic

contr

ibuti

ons.

2. M

uch

has

bee

n l

earn

ed a

bout

the

nat

ura

l w

orl

d b

ut

ther

e is

sti

ll m

uch

to u

nder

stan

d.

Sta

nd

ard

2:

Mate

rials

an

d T

hei

r P

rop

erti

es

Pro

per

ties

and S

tru

cture

s of

Mat

eria

ls

Stu

den

ts s

hould

know

that

:

1. M

ater

ials

can

be

des

crib

ed a

nd c

lass

ifie

d a

cco

rdin

g t

o t

he

foll

ow

ing p

hysi

cal

pro

per

ties

: si

ze, sh

ape,

mas

s, t

extu

re, co

lor,

and m

ater

ial

com

posi

tion. S

tuden

ts c

an o

bse

rve

mat

eria

ls’

ph

ysi

cal

pro

per

ties

by u

sin

g t

ools

that

incl

ude

rule

rs, bal

ance

s, t

her

mom

eter

s an

d h

and

lense

s.

Stu

den

ts s

hould

be

able

to:

O

bse

rve

and d

escr

ibe

the

pro

per

ties

of

a var

iety

of

non

-liv

ing m

ater

ials

usi

ng t

he

sense

s (i

.e., s

ight,

touch

, sm

ell,

hea

rin

g).

U

se t

he

ph

ysi

cal

pro

per

ties

of

non

-liv

ing m

ater

ials

(e.

g., t

extu

re, si

ze, sh

ape,

colo

r) t

o d

escr

ibe

sim

ilar

itie

s an

d d

iffe

ren

ces.

S

ort

, gro

up, an

d r

egro

up a

var

iety

of

fam

ilia

r non

-liv

ing m

ater

ials

bas

ed o

n t

hei

r ph

ysi

cal

pro

per

ties

(e.

g., s

hap

e, c

olo

r,

tex

ture

, si

ze).

U

se a

han

d l

ens

(mag

nif

ier)

to i

nsp

ect

a v

arie

ty o

f non

-liv

ing m

ater

ials

and

dem

onst

rate

thro

ugh d

iscu

ssio

n o

r dra

win

gs

how

the

lens

exte

nds

the

sense

of

sight.

C

onst

ruct

sim

ple

cla

ss g

raphs

(e.g

., p

icto

gra

phs,

ph

ysi

cal

gra

phs)

to o

rgan

ize

info

rmat

ion.

H - 101

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Pa

ge 5

of

13

3. P

hysi

cal

pro

per

ties

of

mat

eria

ls c

an b

e ch

anged

by e

xposu

re t

o w

ater

, hea

t, l

ight,

or

by c

utt

ing, m

ixin

g, an

d g

rindin

g.

Stu

den

ts s

hould

be

able

to:

O

bse

rve

and d

escr

ibe

chan

ges

in t

he

ph

ysi

cal

pro

per

ties

of

obje

cts

that

occ

ur

when

they a

re e

xpose

d t

o a

var

iety

of

trea

tmen

ts

(i.e

., t

emper

ature

, su

nli

ght,

wat

er).

Mat

eria

l T

echnolo

gy

1. T

he

pro

per

ties

of

mat

eria

ls i

nfl

uen

ce t

hei

r use

. S

om

e m

ater

ials

are

mo

re s

uit

able

for

mak

ing a

par

ticu

lar

pro

duct

or

dev

ice.

Stu

den

ts s

hould

be

able

to:

O

bse

rve

how

mat

eria

ls c

an b

e m

odif

ied f

or

dif

fere

nt

use

s (e

.g., p

aper

and w

ood c

an b

e m

odif

ied t

o h

ave

new

pro

per

ties

).

2. T

echnolo

gy h

as c

reat

ed n

ew m

ater

ials

that

can

hel

p p

eople

solv

e pro

ble

ms.

Sta

nd

ard

8:

Eco

logy

Hum

an I

mpac

t

Stu

den

ts s

hould

know

that

:

1.

Man

y n

atura

l re

sourc

es a

re l

imit

ed. T

he

amount

avai

lable

can

be

mad

e to

las

t lo

nger

by d

ecre

asin

g t

he

use

of

som

e re

sourc

es o

r b

y

reusi

ng o

r re

cycl

ing c

erta

in m

ater

ials

.

Stu

den

ts s

hould

be

able

to:

R

ecogniz

e th

at t

rees

are

rep

lante

d i

n a

n a

ttem

pt

to r

epla

ce t

hose

that

are

cut

dow

n.

Big

Id

eas

Obse

rvat

ion (

studen

ts o

bse

rve

dif

fere

nt

kin

ds

of

wood t

o i

den

tify

thei

r ph

ysi

cal

pro

per

ties

)

Pro

per

ties

of

Mat

eria

ls (

studen

ts o

bse

rve

dif

fere

nt

kin

ds

of

wood a

nd i

den

tify

ph

ysi

cal

pro

per

ties

such

as

colo

r, t

extu

re, an

d

buo

yan

cy)

Inv

esti

gat

ion (

studen

ts p

lace

dif

fere

nt

woods

into

conta

iner

s of

wat

er t

o o

bse

rve

sinkin

g a

nd f

loat

ing)

Pro

cess

skil

ls (

com

bin

ing m

ater

ials

to c

han

ge

the

ph

ysi

cal

pro

per

ties

of

woods)

Sci

ence

, te

chnolo

gy a

nd S

oci

ety (

explo

rati

on o

f te

chnolo

gy u

sed t

o m

ake

pap

er p

rodu

cts)

Un

it E

nd

uri

ng U

nd

erst

an

din

gs

Enduri

ng U

nd

erst

andin

gs:

Tools

an

d s

ense

s ar

e u

sed

to

ask

qu

esti

ons,

mak

e pre

dic

tions,

obse

rve,

des

crib

e an

d c

om

munic

ate

resu

lts

abou

t th

e p

hysi

cal

pro

per

ties

of

wo

od

and p

aper

.

Dif

fere

nt

typ

es o

f w

oo

d e

xh

ibit

dif

fere

nt

physi

cal

pro

per

ties

(e.

g.

abso

rben

cy,

float

abil

ity,

and/o

r si

nkin

g)

H - 102

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Pa

ge 6

of

13

Pap

er h

as m

any o

bse

rvab

le p

rop

erti

es (

e.g.

ben

din

g,

crea

sing,

thic

knes

s, s

tren

gth

etc

.)

Wood i

s a

reso

urc

e th

at c

om

es f

rom

dif

fere

nt

kin

ds

of

tree

s.

Som

e w

oods

are

pro

cess

ed a

nd t

ran

sfo

rmed

for

hu

man

use

.

Rec

ycl

ing c

an e

xte

nd

th

e use

of

tree

s.

Un

it E

ssen

tial

Qu

esti

on

(s)

1.

How

can

the

shap

e of

wo

od b

e ch

anged

for

hum

an u

se?

2.

How

do t

he

pro

per

ties

of

dif

fere

nt

woo

ds

and/o

r p

aper

s m

ake

them

use

ful

for

dif

fere

nt

purp

ose

s?

3.

How

can

wood a

nd p

aper

pro

duct

s be

reuse

d f

or

oth

er p

urp

ose

s?

Kn

ow

led

ge

& S

kil

ls

Know

led

ge:

Wo

od

has

pro

per

ties

of

wei

gh

t, t

extu

re,

colo

r, a

nd

ab

ilit

y t

o a

bso

rb w

ater

that

all

ow

s it

to

be

ob

serv

ed a

nd

des

crib

ed.

Pap

er h

as p

rop

erti

es o

f te

xtu

re,

and

ab

ilit

y t

o a

bso

rb w

ate

r th

at a

llo

w i

t to

be

ob

serv

ed a

nd

des

crib

ed.

Sim

ple

to

ols

such a

s a

hand

lens

and

eye

dro

pp

er c

an b

e use

d t

o c

oll

ect

dat

a.

Sen

se o

f to

uch i

s u

sed

to

co

mp

are

the

rela

tive

wei

ght

of

wo

od

sam

ple

s an

d t

extu

re o

f d

iffe

rent

wo

od

sam

ple

s an

d p

aper

.

Sen

se o

f si

gh

t is

use

d t

o c

om

par

e th

e co

lors

of

wo

od

sam

ple

s.

Man

y u

sefu

l o

bje

cts

such

as

furn

iture

and

bo

xes

are

mad

e fr

om

wo

od

or

pap

er.

So

me

ob

ject

s su

ch a

s tr

ees

occ

ur

in n

ature

wh

erea

s o

ther

s are

mad

e b

y p

eop

le s

uch a

s p

arti

cle

bo

ard

and

ply

wo

od

.

San

din

g c

han

ges

the

shap

e an

d t

extu

re o

f w

oo

d a

nd

pro

duce

s sa

wd

ust

.

Par

ticl

e b

oar

d, p

lyw

oo

d,

and

pap

er a

re m

ade

fro

m s

mal

ler

pie

ces

of

wo

od

. S

kil

ls:

Gen

erat

e ques

tions

and p

redic

tions

usi

ng o

bse

rvat

ions

and e

xplo

rati

on a

bout

the

nat

ura

l w

orl

d.

Gen

erat

e an

d f

oll

ow

sim

ple

pla

ns

usi

ng s

yst

emat

ic o

bse

rvat

ions

to e

xplo

re q

ues

tions

and p

redic

tion

s.

Use

sim

ple

mate

rials

to m

ak

e p

ap

er a

nd

pap

ier-

mâch

é.

Coll

ect

dat

a usi

ng o

bse

rvat

ions,

sim

ple

tools

and e

quip

men

t. R

ecord

dat

a in

tab

les,

char

ts, an

d b

ar g

raphs.

C

om

par

e d

ata

wit

h o

ther

s to

exam

ine

and q

ues

tion r

esult

s.

Use

sim

ple

gra

ph

s to

co

mm

un

icate

th

eir

fin

din

g.

Const

ruct

a s

imple

ex

pla

nat

ion b

y a

nal

yzi

ng o

bse

rvat

ional

dat

a. R

evis

e th

e ex

pla

nat

ion w

hen

giv

en n

ew e

vid

ence

or

info

rmat

ion g

ained

from

oth

er r

esourc

es o

r fr

om

furt

her

inves

tigat

ion

.

Use

pap

er c

lip

s, r

ub

ber

ban

ds,

an

d w

ate

r b

asi

ns

to s

ink

sam

ple

s of

wood

.

Shar

e si

mple

pla

ns,

dat

a, a

nd e

xpla

nat

ions

wit

h a

n a

udie

nce

and j

ust

ify t

he

resu

lts

usi

ng t

he

evid

ence

fro

m t

he

inves

tigat

ion

.

H - 103

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ge 7

of

13

Use

mat

hem

atic

s, r

eadin

g, w

riti

ng, an

d t

echnolo

gy w

hen

conduct

ing a

n i

nves

tigat

ion a

nd c

om

munic

atin

g t

he

resu

lts.

Use

cra

yon

s an

d m

ark

ers

to o

bse

rve

inte

racti

on

s w

ith

dif

fere

nt

kin

ds

of

pap

er.

Obse

rve

and d

escr

ibe

the

pro

per

ties

of

a var

iety

of

non

-liv

ing m

ater

ials

usi

ng t

he

sense

s (i

.e., s

ight,

touch

, sm

ell,

hea

rin

g).

Ob

serv

e an

d d

escr

ibe

sam

ple

s of

wood

, sa

wd

ust

, sh

avin

gs,

an

d p

ap

er.

Des

crib

e th

e si

mil

ari

ties

an

d d

iffe

ren

ces

in w

ood

an

d p

ap

er s

am

ple

s u

sin

g t

he

sen

se o

f to

uch

an

d s

igh

t.

Use

the

ph

ysi

cal

pro

per

ties

of

non

-liv

ing m

ater

ials

(e.

g., t

extu

re, si

ze, sh

ape,

colo

r) t

o d

escr

ibe

sim

ilar

itie

s an

d d

iffe

ren

ces.

Fold

dif

fere

nt

kin

ds

of

pap

er a

nd

sort

th

em

base

d o

n e

ase

of

fold

ing.

Tak

e b

oxes

ap

art

, tr

ace

th

e ou

tlin

e of

boxes

, an

d r

eass

em

ble

boxes

.

Sort

, gro

up, an

d r

egro

up a

var

iety

of

fam

ilia

r non

-liv

ing m

ater

ials

bas

ed o

n t

hei

r ph

ysi

cal

pro

per

ties

(e.

g., s

hap

e, c

olo

r, t

extu

re, si

ze).

Matc

h l

ike

sam

ple

s of

wood

.

Use

a h

and l

ens

(mag

nif

ier)

to i

nsp

ect

a v

arie

ty o

f non

-liv

ing m

ater

ials

and

dem

onst

rate

thro

ugh d

iscu

ssio

n o

r dra

win

gs

how

the

lens

exte

nds

the

sense

of

sight.

Pra

ctic

e sa

fe h

an

dli

ng o

f sc

ien

ce m

ate

rials

.

Const

ruct

sim

ple

cla

ss g

raphs

(e.g

., p

icto

gra

phs,

ph

ysi

cal

gra

phs)

to o

rgan

ize

info

rmat

ion.

Use

sim

ple

gra

ph

s to

co

mm

un

icate

th

eir

fin

din

g.

Use

non

-sta

ndar

d u

nit

s of

mea

sure

(e.

g., s

trin

g, pap

er c

lips)

to c

om

par

e th

e si

ze a

nd w

eight

of

non

-liv

ing m

ater

ials

.

Obse

rve

and d

escr

ibe

chan

ges

in t

he

ph

ysi

cal

pro

per

ties

of

obje

cts

that

occ

ur

when

they a

re e

xpose

d t

o a

var

iety

of

trea

tmen

ts (

i.e.

,

tem

per

ature

, su

nli

ght,

wat

er).

Use

eye

dro

pp

ers,

basi

ns

of

wate

r, a

nd

scr

een

s to

ob

serv

e th

e in

tera

ctio

n o

f w

ood

, sa

wd

ust

an

d s

havin

gs

in w

ate

r.

Use

san

dp

ap

er t

o s

an

d a

nd

sh

ap

e a p

iece

of

wood

.

Obse

rve

how

mat

eria

ls c

an b

e m

odif

ied f

or

dif

fere

nt

use

s (e

.g., p

aper

and w

ood c

an b

e m

odif

ied t

o h

ave

new

pro

per

ties

).

Iden

tify

ob

ject

s m

ad

e fr

om

wood

an

d p

ap

er.

Use

cra

ft s

tick

s to

mix

saw

du

st a

nd

corn

starc

h m

atr

ix t

o m

ak

e p

arti

cle b

oard

.

Glu

e to

geth

er t

hin

layer

s of

thin

wood

to f

orm

ply

wood

.

Wea

ve

stri

ps

of

pap

er.

Mak

e an

ori

gin

al

wood

an

d p

ap

er s

culp

ture

.

Rec

ogniz

e th

at t

rees

are

rep

lante

d i

n a

n a

ttem

pt

to r

epla

ce t

hose

that

are

cut

dow

n.

Sta

ge

2:

Ass

essm

ent

Evid

ence

Su

gges

ted

Perf

orm

an

ce T

ask

(s)

Form

ati

ve

ass

essm

ent

task

s are

id

enti

fied

bel

ow

.

1.

Ass

essm

ent

is u

sed a

fter

Act

ivit

y O

ne,

Par

t 5. I

t co

mes

fro

m t

he

“Hom

e an

d S

chool

Ex

tensi

ons”

, pag

e 35,

exte

nsi

on n

um

ber

sev

en.

Dir

ecti

ons:

H - 104

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Pa

ge 8

of

13

Use

tw

o s

ample

s of

each

kin

d o

f w

ood p

rovid

ed i

n t

he

kit

, an

d t

en p

aper

cu

ps,

lar

ge

enou

gh t

o c

ov

er t

he

pie

ces

of

wood s

o

that

can

not

be

see

n.

Cover

eac

h w

ood p

iece

wit

h a

pap

er c

up.

Mix

the

cups

around b

efore

beg

innin

g t

he

asse

ssm

ent.

Conduct

the

Wood M

emory

by a

llow

ing s

tuden

ts t

o l

ift

two c

ups

at a

tim

e to

fin

d a

mat

ch (

the

sam

e kin

d o

f w

ood).

W

hen

findin

g a

mat

ch, st

uden

ts m

ust

tel

l w

hy t

he

pie

ces

mat

ch b

ased

on a

pro

per

ty.

Ex

ample

: “T

he

two p

iece

s ar

e re

d.”

“T

he

two

pie

ces

are

the

red a

nd s

mooth

”.

When

a m

atch

is

found, th

e st

uden

t get

s to

coll

ect

the

pie

ces.

If t

he

pie

ces

do n

ot

mat

ch, co

ver

them

agai

n a

nd m

ove

on t

o t

he

nex

t per

son’s

turn

.

Pla

y t

he

gam

e unti

l al

l pie

ces

are

mat

ched

.

Sco

ring G

uid

e:

Tea

cher

rec

ord

s on a

chec

kli

st a

s to

whet

her

stu

den

t is

able

to m

atch

pie

ces

of

wood

bas

ed o

n a

pro

per

ty o

f w

ood.

2.

What

is

mad

e fr

om

wood?

Form

ativ

e as

sess

men

t to

be

use

d a

fter

Inves

tigat

ion 1

, par

t 2. T

his

ass

essm

ent

mea

sure

s st

uden

t’s

abil

ity

to d

escr

ibe

(thro

ugh d

raw

ing)

obje

cts

mad

e fr

om

wood.

Stu

den

t N

am

e

Ma

tch

es

wood

pie

ces

ba

sed

on

colo

r,

textu

re,

or

oth

er

pro

pert

y.

1.

2.

Th

is i

s m

ad

e

of

wood

.

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Pa

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of

13

D

irec

tions:

Pre

par

e st

uden

t pap

ers

as s

how

n a

bove.

In

the

mid

dle

of

the

web

, pla

ce t

he

word

s, “

This

is

mad

e o

f w

ood.”

Stu

den

ts d

raw

pic

ture

s of

thin

gs

mad

e fr

om

wood t

hen

shar

e th

eir

web

wit

h t

he

clas

s an

d e

xpla

in e

ach p

ictu

re. S

tuden

ts

may

wri

te t

he

nam

e o

f th

e obje

ct b

elow

eac

h p

ictu

re.

Sco

ring G

uid

e: T

each

er u

ses

a co

nte

nt

chec

kli

st t

o r

ecord

whet

her

stu

den

ts under

stan

d c

once

pt

thro

ugh c

orr

ectl

y d

raw

ing

obje

cts

mad

e fr

om

wood.

3.

Gues

s m

y r

ule

! F

orm

ativ

e as

sess

men

t. T

his

ass

essm

ent

mea

sure

s st

uden

t’s

abil

ity t

o i

den

tify

a p

roper

ty o

f w

ood a

nd s

ort

by t

hat

pro

per

ty. T

his

ass

essm

ent

is u

sed a

fter

Inv

esti

gat

ion 1

, par

t 2.

Dir

ecti

ons:

The

teac

her

tak

es a

ll t

he

sam

ple

s of

wood a

nd p

lace

s th

em n

ext

to a

cir

cle.

Th

e te

acher

pic

ks

pie

ces

of

wood o

ut

of

the

pil

e an

d p

lace

s th

em i

n t

he

circ

le,

bas

ed o

n a

pro

per

ty k

no

wn o

nly

to t

he

teac

her

. E

xam

ple

: T

he

teac

her

pla

ces

all

red s

ample

s in

the

circ

le. T

hre

e st

uden

ts a

re a

llow

ed t

o g

ues

s th

e pro

per

ty u

sed t

o s

ort

the

wood p

iece

s.

Nex

t, t

he

studen

t th

inks

of

a pro

per

ty o

f w

ood. T

he

studen

t pic

ks

out

pie

ces

of

wood f

rom

the

pil

e an

d p

lace

s th

em i

n t

he c

ircl

e.

Anoth

er s

tuden

t te

lls

the

pro

per

ty t

hat

was

use

d t

o s

ort

the

wood p

iece

s.

To a

sses

s m

ore

stu

den

ts,

allo

w t

he

per

son w

ho g

ues

ses

the

pro

per

ty c

hoose

the

nex

t per

son.

Sco

ring G

uid

e: T

each

er u

ses

a co

nte

nt

chec

kli

st t

o a

sses

s w

het

her

stu

den

ts a

re a

ble

to s

ort

wood p

iece

s bas

ed o

n p

roper

ties

of

wood.

4.

Was

it

mad

e b

y n

ature

or

by p

eople

? F

orm

ativ

e as

sess

men

t. T

his

ass

essm

ent

mea

sure

s st

uden

t’s

abil

ity t

o i

den

tify

a p

iece

of

wood

(ply

wood o

r par

ticl

e bo

ard)

mad

e b

y p

eople

and d

escr

ibe

how

th

e w

ood w

as m

ade.

T

his

ass

essm

ent

is t

o b

e use

d a

fter

Act

ivit

y 2

,

par

t 4.

Dir

ecti

ons:

Pre

sent

studen

ts w

ith s

ever

al s

ample

s of

wood, in

cludin

g p

arti

cle

boar

d a

nd

ply

wood. A

sk s

tuden

t to

pic

k o

ut

a sa

mple

of

wood m

ade

by p

eople

and t

ell

you h

ow

it

was

mad

e. E

xam

ple

: S

tuden

t id

enti

fies

the

par

ticl

e bo

ard s

ample

and t

ells

that

it

is

mad

e fr

om

sev

eral

sm

all

pie

ces

of

wood t

hat

has

bee

n g

lued

to

get

her

.

Sco

ring G

uid

e: T

each

er u

ses

a co

nte

nt

chec

kli

st t

o a

sses

s st

uden

t ab

ilit

y t

o i

den

tify

a p

iece

of

wood m

ade

by p

eople

and d

escr

ibe

how

the

wood w

as m

ade.

Ru

bri

cs/c

hec

kli

sts

for

Per

form

an

ce T

ask

s

See

form

ati

ve

pie

ces

ab

ove.

Oth

er E

vid

ence

Form

ativ

e A

sses

smen

t E

vid

ence

:

1.

Wood M

emory

Ass

essm

ent-

This

ass

essm

ent

mea

sure

s st

uden

ts a

bil

ity t

o a

bil

ity t

o u

nd

erst

and t

hat

dif

fere

nt

kin

ds

of

wood h

ave

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Pa

ge 1

0 o

f 13

iden

tifi

able

char

acte

rist

ic t

hat

set

apar

t fr

om

eac

h o

ther

.

2.

What

is

mad

e fr

om

wood?

This

ass

essm

ent

mea

sure

s st

uden

t’s

abil

ity t

o d

escr

ibe

(thro

ugh d

raw

ing)

obje

cts

mad

e fr

om

wood.

3.

Gues

s m

y r

ule

! T

his

ass

essm

ent

mea

sure

s st

uden

t’s

abil

ity t

o i

den

tify

a p

roper

ty o

f w

oo

d a

nd s

ort

by t

hat

pro

per

ty.

4.

Was

it

mad

e b

y n

ature

or

peo

ple

? T

his

ass

essm

ent

mea

sure

s st

uden

t’s

abil

itie

s to

iden

tify

a p

iece

of

wood (

ply

wood o

r par

ticle

boar

d)

mad

e b

y p

eople

and d

escr

ibe

how

th

e w

oo

d w

as m

ade.

Stu

den

t S

elf-

Ass

essm

ent

an

d R

efle

ctio

n

Pre

and P

ost

ques

tions:

Inv

esti

gat

ion 1

-Par

t 1:

Wher

e does

wood c

om

e fr

om

? H

ow

do w

ood s

ample

s dif

fer?

Inv

esti

gat

ion 1

-Par

t 2:

What

is

mad

e of

Wood?

Inv

esti

gat

ion 1

-Par

t 3:

What

hap

pen

s w

hen

woo

d g

ets

wet

?

Inv

esti

gat

ion 1

-Par

t 4:

How

can

you s

ink w

ood?

Inv

esti

gat

ion 1

-Par

t 5:

Do a

ll k

inds

of

wood t

ake

the

sam

e num

ber

of

pap

er c

lips

to s

ink?

Inv

esti

gat

ion 2

-Par

t 1:

How

can

the

shap

e of

woo

d b

e ch

anged

?

Inv

esti

gat

ion 2

-Par

t 2:

How

are

wood s

hav

ings

and s

awdust

dif

fere

nt?

Inv

esti

gat

ion 2

-Par

t 3:

How

is

par

ticl

ebo

ard m

ade?

Inv

esti

gat

ion 2

-Par

t 4:

How

is

Ply

wood m

ade?

Inv

esti

gat

ion 3

-Par

t 1:

How

are

pap

ers

dif

fere

nt?

W

hat

is

mad

e of

pap

er?

Inv

esti

gat

ion 3

-Par

t 2:

Are

all

pap

ers

goo

d t

o w

rite

/dra

w o

n?

Inv

esti

gat

ion 3

-Par

t 3:

Do a

ll p

aper

s fo

ld e

asil

y?

Inv

esti

gat

ion 3

-Par

t 4:

What

hap

pen

s w

hen

pap

er g

ets

wet

?

Inv

esti

gat

ion 4

-Par

t 1:

How

can

new

pap

er b

e m

ade

from

old

?

Inv

esti

gat

ion 4

-Par

t 2:

How

can

pap

er b

e ch

anged

so i

t w

ill

be

stif

f an

d h

old

its

shap

e?

Inv

esti

gat

ion 5

-Par

t 1:

How

are

pap

er b

ox

es m

ade?

Inv

esti

gat

ion 5

-Par

t 2:

Can

we

use

pap

er t

o w

eav

e? H

ow

can

pap

er b

e w

oven

?

Sta

ge

3:

Lea

rnin

g P

lan

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1 o

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Key

lea

rnin

g e

ven

ts n

eed

ed t

o a

chie

ve

un

it g

oals

Inv

esti

gat

ion 1

: G

etti

ng t

o K

now

Wood

Stu

den

ts g

ain e

xper

ience

wit

h a

co

mm

on m

ater

ial,

wood, an

d o

bse

rve

dif

fere

nt

kin

ds

of

wood. S

tuden

ts c

om

par

e p

roper

ties

of

dif

fere

nt

kin

ds

of

wood f

ound i

n t

he

clas

sroom

en

vir

onm

ent

and c

om

munic

ate

obse

rvat

ions

mad

e ab

out

dif

fere

nt

kin

ds

of

wood.

They

lea

rn t

hat

dif

fere

nt

kin

ds

of

wood c

om

e fr

om

dif

fere

nt

kin

ds

of

tree

s; s

om

e kin

ds

of

wood a

re p

roce

ssed

and t

ransf

orm

ed b

y

peo

ple

. S

tuden

ts o

bse

rve

how

wood i

nte

ract

s w

ith w

ater

.

Inv

esti

gat

ion 2

: C

han

gin

g W

ood

Stu

den

ts t

ransf

orm

the

shap

e of

wood u

sin

g s

andp

aper

, cr

eate

par

ticl

eboar

d f

rom

saw

du

st a

nd w

ood s

hav

ings

and c

om

par

e it

to

com

mer

cial

par

ticl

eboar

d. S

tuden

ts c

reat

e ply

wo

od f

rom

thin

pie

ces

of

wood a

nd c

om

par

e it

to c

om

mer

cial

ply

wood. T

hey e

xplo

re

the

tech

nolo

gy o

f m

akin

g w

ood p

roduct

s.

Inv

esti

gat

ion 3

: G

etti

ng t

o K

now

Pap

er

Stu

den

ts o

bse

rve

pro

per

ties

of

sever

al d

iffe

rent

kin

ds

of

pap

er, la

bel

the

dif

fere

nt

kin

ds

of

pap

ers

fou

nd i

n t

he

school

envir

on

men

t,

and c

om

par

e dif

fere

nt

kin

ds

of

pap

er a

s th

ey a

re c

ut

or

torn

. S

tuden

ts d

eter

min

e th

e use

fuln

ess

of

dif

fere

nt

kin

ds

of

pap

er f

or

wri

ting

and d

raw

ing,

com

par

e an

d c

om

munic

ate

the

num

ber

of

tim

es d

iffe

rent

kin

ds

of

pap

er c

an b

e fo

lded

in h

alf

and h

ow

pap

er i

nte

racts

wit

h w

ater

.

Inv

esti

gat

ion 4

: C

han

gin

g P

aper

Stu

den

ts o

bse

rve

how

pap

er p

roduct

s ch

ange

when

soak

ed i

n w

ater

, use

a t

echniq

ue

to m

ake

a sm

all

pie

ce o

f re

cycl

ed p

aper

, an

d u

se

pap

er-m

ache’

tec

hniq

ue

to m

ake

pap

er s

tiff

and h

old

its

shap

e.

Inv

esti

gat

ion 5

: C

onst

ruct

ions

Stu

den

ts o

bse

rve

how

pap

er c

onta

iner

s ar

e co

nst

ruct

ed b

y t

akin

g t

hem

apar

t an

d r

eass

embli

ng t

hem

. S

tuden

ts w

eave

pap

er t

o m

ake

a pap

er m

at, th

ey a

ssem

ble

pap

er a

nd w

ood i

nto

scu

lptu

res

and u

se t

hei

r k

now

ledge

of

the

pro

per

ties

of

pap

er a

nd w

ood t

o c

reate

use

ful

and o

r es

thet

ic m

ater

ials

.

Res

ou

rces

& T

each

ing T

ips

o

Wh

at

text/

pri

nt/

med

ia/k

it/w

eb r

esou

rces

bes

t su

pp

ort

th

is u

nit

?

ww

w.u

nit

edst

ream

ing.c

om

ww

w.f

oss

web

.com

Th

e F

OS

S W

ood a

nd P

aper

Mod

el

o

Wh

at

tip

s to

tea

cher

s of

the

un

it c

an

you

off

er a

bou

t li

kel

y r

ou

gh

sp

ots

/stu

den

t m

isu

nd

erst

an

din

gs

an

d p

erfo

rman

ce

H - 108

001380

Page 109: Nature and Application of Science and Technology Science ...

Pa

ge 1

2 o

f 13

wea

kn

esse

s, a

nd

how

to t

rou

ble

sho

ot

those

iss

ues

?

Wo

rd W

all-

ob

ject

id

enti

fica

tio

n

Sen

tence

sta

rter

s in

corp

ora

ting n

ew

vo

cab

ula

ry

As

stud

ents

en

gag

e in

scie

nce

act

ivit

ies,

rec

ord

thei

r d

isco

ver

ies

and

ob

serv

atio

ns

by w

riti

ng s

ingle

wo

rds

and

sho

rt p

hra

ses

on t

he

pap

er. T

his

hel

ps

stud

ents

mak

e th

e co

nnec

tio

n b

etw

een s

po

ken l

ang

uag

e and

pri

nte

d l

ang

uage.

Acc

om

mod

ati

on

/Dif

fere

nti

ati

on

id

eas

an

d t

ips

1. A

fter

Inv

esti

gat

ion 1

, par

t 2-H

om

ewo

rk i

dea

. H

ave

studen

ts d

raw

a w

ood p

roduct

fro

m h

om

e an

d w

rite

a s

ente

nce

about

its

funct

ion a

nd

use

.

2. A

fter

Inv

esti

gat

ion 1

, par

t 2

- B

rin

g i

n d

iffe

rent

types

of

wood f

or

studen

ts t

o e

xplo

re (

i.e.

Wal

nut,

cher

ry, lo

cust

, o

ak, hic

ko

ry).

3. A

fter

Inv

esti

gat

ion 1

, par

t 2

-Gues

t S

pea

ker

-Inv

ite

a co

nst

ruct

ion/w

ood w

ork

er i

n t

o s

how

dif

fere

nt

tools

they

use

for

buil

din

g i

n t

hei

r

trad

e.

4. A

fter

Inv

esti

gat

ion 2

, P

art

1-B

rin

g i

n d

iffe

rent

gra

des

of

sand p

aper

so s

tuden

ts c

an s

ee h

ow

they r

eact

to t

he

wood

and t

hen

try

th

e sa

nd

pap

er w

ith d

iffe

rent

kin

ds

of

wood .

5. A

fter

Inv

esti

gat

ion 2

, P

art

4-A

noth

er w

ay t

o s

how

san

dw

ich w

ood, st

ud

ents

can

tak

e gra

ham

cra

cker

s an

d m

arsh

mal

low

flu

ff a

nd l

ayer

it.

6. I

nv

esti

gat

ion 2

, P

art

1-

Inst

ead o

f ju

st m

akin

g p

aper

ex

actl

y f

rom

the

man

ual

, te

acher

s ca

n u

se c

ookie

mold

s to

mak

e hom

emad

e pap

er.

Stu

den

ts r

ecycl

e p

aper

to

wel

s, a

nd p

lace

in a

ble

nder

. A

dd e

nou

gh w

ater

so t

he

pap

er t

ow

els

bec

om

e a

pulp

mix

ture

. P

ress

the

pulp

mix

ture

into

the

cookie

mold

s. H

ave

studen

ts p

ress

out

the

exce

ss w

ater

out

of

the

mold

. Y

ou c

an d

ry n

atura

lly o

r pla

ce i

n a

mic

row

ave

for

about

1

min

ute

. Y

ou c

an a

dd t

extu

re (

Sen

ses

kit

) w

ith f

low

ers

and h

erbs,

nat

ura

l d

yes

or

food c

olo

rin

g. Y

ou c

an a

dd c

onst

ruct

ion p

aper

to a

dd a

dif

fere

nt

tex

ture

and c

olo

r.

7. I

nv

esti

gat

ion 2

, P

art

2-S

ubst

itute

new

spap

er w

ith t

issu

e pap

er o

r co

lorf

ul

pri

nte

d p

aper

nap

kin

s (n

o l

ight

colo

rs o

r re

d)

to m

ake p

apie

r-

mâc

hé.

Als

o,

you c

an p

urc

has

e or

coll

ect

“cool

wh

ip”

type

conta

iner

s, s

o t

he

studen

ts c

ould

kee

p t

he

pap

ier-

mâc

the

on t

he

conta

iner

s.

Aft

er t

hey d

ry,

inver

t an

d p

lant

a fl

ow

er. T

his

mak

es a

gre

at p

rese

nt

for

som

eone!

8. I

nv

esti

gat

ion 5

, P

art

2-

Stu

den

ts c

an m

ake

spri

ng b

ask

ets

inst

ead o

f ju

st m

akin

g m

ats.

9. A

sses

smen

t #2

- In

stea

d o

f hav

ing s

tuden

ts d

raw

pic

ture

s of

obje

cts

fro

m w

ood, cu

t pic

ture

s of

wood a

nd o

ther

obje

cts

from

mag

azin

es

for

studen

ts t

o s

elec

t ap

pro

pri

ate

choose

s.

H - 109

001381

Page 110: Nature and Application of Science and Technology Science ...

Pa

ge 1

3 o

f 13

10. E

xte

nsi

on:

Hav

e st

uden

ts s

et u

p e

xper

imen

tal

des

igns

wh

ere

they m

igh

t ex

tend t

he

pro

per

ties

of

wood. (i

.e. H

ardnes

s, p

laci

ng a

nai

l

into

the

wood,

dif

fere

nt

use

s of

wood, w

ater

abso

rpti

on)

H - 110

001382

Page 111: Nature and Application of Science and Technology Science ...

Del

aw

are

Sci

ence

Coa

liti

on

Gra

de

1 O

rga

nis

ms

Un

it T

emp

late

Cop

yrig

ht

2008

Del

aw

are

Dep

art

men

t of

Edu

cati

on

Copyri

gh

t 20

08, D

ela

ware

Dep

art

men

t of

Educati

on

1

H - 111

001383

Page 112: Nature and Application of Science and Technology Science ...

Copyri

gh

t 20

08, D

ela

ware

Dep

art

men

t of

Edu

cati

on

Pag

e 2

of

13

C

ha

rte

r S

ch

oo

l U

nit

Mo

dif

ica

tio

n

Th

e fo

llo

win

g q

ues

tio

ns

ha

ve

bee

n d

evel

op

ed t

o a

ssis

t in

th

e re

fin

emen

t o

f th

e re

qu

ired

sco

pe

an

d s

eq

uen

ce d

ocu

men

ts a

nd

acc

om

pa

ny

ing

un

its

of

inst

ruct

ion

fo

r th

e ch

art

er s

cho

ol

ap

pro

va

l a

nd

re

new

al

pro

cess

es.

T

hro

ug

h a

co

ve

r le

tter

fo

rma

t th

ese

qu

esti

on

s sh

ou

ld b

e a

dd

ress

ed t

o a

ssis

t m

emb

ers

of

the

Del

aw

are

De

pa

rtm

ent

of

Ed

uca

tio

n C

urr

icu

lum

an

d I

nst

ruct

ion

al

Imp

rov

eme

nt

wo

rk g

rou

p e

ffec

tiv

ely

ev

alu

ate

ch

art

er s

cho

ol

ap

pli

cati

on

s.

Gu

idin

g Q

ue

sti

on

s

1.

Wh

y w

as

this

mo

del

un

it o

f in

stru

ctio

n s

elec

ted

as

pa

rt o

f y

ou

r sc

ho

ols

’ cu

rric

ula

r su

bm

issi

on

?

Th

is m

od

el u

nit

of

inst

ruct

ion

wa

s se

lect

ed a

s p

art

of

Th

om

as

Ed

iso

n’s

cu

rric

ula

r su

bm

issi

on

bec

au

se t

hey

are

a p

art

of

the

DE

Sci

ence

Co

ali

tio

n a

nd

th

is u

nit

en

ga

ges

stu

den

ts i

n a

n e

xp

lora

tio

n o

f th

e w

orl

d a

rou

nd

th

em a

nd

all

ow

s th

em t

o u

nd

erst

an

d

the

rela

tio

nsh

ip b

etw

een

an

org

an

ism

an

d i

ts h

ab

ita

t. T

hey

rec

eiv

e h

an

ds

on

, in

cla

ssro

om

ex

per

ien

ces

wit

h a

n a

qu

ari

um

an

d

a t

erra

riu

m t

ha

t a

llo

ws

them

to

in

ves

tig

ate

ch

an

ges

in

ha

bit

ats

ov

er t

ime.

2.

Wh

at

mo

dif

ica

tio

ns

ha

ve

bee

n m

ad

e t

o t

he

mo

del

un

it o

f in

stru

ctio

n t

o m

eet

the

spec

ific

nee

ds

of

the

stu

den

t p

op

ula

tio

n y

ou

r sc

ho

ol

serv

es?

No

mo

dif

ica

tio

ns

ha

ve

bee

n m

ad

e to

th

is m

od

el u

nit

of

inst

ruct

ion

. Im

bed

ded

in

to t

he

un

it a

re s

ug

ges

tio

ns

for

dif

fere

nti

ati

on

,

so t

he

nee

ds

of

all

lea

rne

rs c

an

be

met

th

rou

gh

th

is u

nit

as

is.

Tea

cher

s h

av

e re

ceiv

ed t

he

kit

tra

inin

g s

o t

hey

are

co

nfi

den

t in

thei

r a

bil

itie

s to

ex

ecu

te t

his

kit

wit

h f

idel

ity

to

all

lea

rner

s.

3.

Wh

at

mo

dif

ica

tio

ns

ha

ve

bee

n m

ad

e t

o t

he

mo

del

un

it o

f in

stru

ctio

n t

ha

t re

flec

t th

e re

sou

rces

(h

um

an

, ti

me

, b

uil

din

g,

tech

no

log

y e

tc.)

av

ail

ab

le t

o

yo

ur

sch

oo

l?

No

mo

dif

ica

tio

ns

ha

ve

bee

n m

ad

e to

th

is u

nit

of

inst

ruct

ion

4.

Des

crib

e a

ny

oth

er m

od

ific

ati

on

s th

at

ha

ve

bee

n m

ad

e t

o t

he

mo

del

un

it o

f in

stru

ctio

n t

ha

t w

ill

ass

ist

in t

he

curr

icu

lar

rev

iew

fo

r y

ou

r sc

ho

ol.

No

mo

dif

ica

tio

ns

ha

ve

bee

n m

ad

e to

th

is u

nit

.

H - 112

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Page 113: Nature and Application of Science and Technology Science ...

Copyri

gh

t 20

08, D

ela

ware

Dep

art

men

t of

Edu

cati

on

Pag

e 3

of

13

Pre

face

: T

his

un

it h

as

bee

n c

rea

ted

as

a m

od

el f

or

tea

cher

s in

th

eir

des

ign

ing

or

red

esig

nin

g o

f co

urs

e cu

rric

ula

. It

is

by

no m

ean

s in

ten

ded

to

be

incl

usi

ve;

rath

er

it i

s m

ea

nt

to b

e a s

pri

ng

bo

ard

fo

r te

ach

er t

ho

ug

ht

an

d c

rea

tivi

ty.

Th

e in

form

ati

on

we

ha

ve i

ncl

ud

ed r

epre

sen

ts o

ne

po

ssib

ilit

y fo

r d

evel

op

ing

a u

nit

ba

sed

on

th

e

Del

aw

are

co

nte

nt

sta

nd

ard

s a

nd

th

e U

nd

erst

an

din

g b

y D

esi

gn

fra

mew

ork

an

d p

hil

oso

ph

y.

Bri

ef S

um

ma

ry o

f U

nit

Th

is u

nit

is

a s

tud

y o

f co

mp

ari

son

s b

etw

een

pla

nts

an

d a

nim

als

an

d t

hei

r b

asi

c n

eed

s fo

r su

rviv

al

wit

hin

ter

rari

um

an

d a

qu

ari

um

ha

bit

ats

. S

tud

ents

ob

serv

e org

an

ism

s w

ith

in t

hei

r h

ab

itats

to d

eter

min

e ch

an

ges

ov

er t

ime.

Del

aw

are

Con

ten

t S

tan

dard

s

Sta

ge

1:

Des

ired

Res

ult

s D

ela

wa

re S

cien

ce C

on

ten

t S

tan

dard

s

Th

is c

ou

rse

focu

ses

on

th

e D

elaw

are

Sci

ence

Con

ten

t S

tan

dard

s a

nd

Grad

e L

evel

Ex

pec

tati

on

s in

Sta

nd

ard

s 1, 6,7

, an

d 8

fou

nd

on

the

foll

ow

ing w

eb s

ite:

htt

p:/

/ww

w.d

oe.

k12.d

e.u

s/p

rogra

ms/

ci/c

on

ten

t_are

as/

scie

nce

.sh

tml

Sta

nd

ard

1-

Natu

re a

nd

Ap

pli

cati

on

of

Sci

ence

an

d T

ech

nolo

gy

U

nder

stan

din

g a

nd A

bil

itie

s of

Sci

enti

fic

Inquir

y

Stu

den

ts s

hould

know

and b

e ab

le t

o:

1.

Under

stan

d t

hat

: S

cien

tifi

c in

ves

tigat

ions,

whet

her

conduct

ed b

y s

tud

ents

or

scie

nti

sts,

involv

e as

kin

g a

qu

esti

on a

bout

the

nat

ura

l

worl

d.

• B

e ab

le t

o:

Gen

erat

e qu

esti

ons

and p

redic

tions

usi

ng o

bse

rvat

ions

and e

xplo

rati

on a

bout

the

nat

ura

l w

orl

d.

3.

Under

stan

d t

hat

: T

he

purp

ose

of

accu

rate

obse

rvat

ions

and d

ata

coll

ecti

on i

s to

pro

vid

e ev

iden

ce. S

cien

tist

s use

tools

to e

nhan

ce

thei

r se

nse

s in

ord

er t

o o

bta

in m

ore

evid

ence

.

• B

e ab

le t

o:

Coll

ect

dat

a u

sing o

bse

rvat

ions,

sim

ple

tools

and e

quip

men

t. R

eco

rd d

ata

in t

able

s, c

har

ts, an

d b

ar g

raphs.

Com

par

e dat

a w

ith o

ther

s to

ex

amin

e an

d q

ues

tion r

esult

s.

4.

Under

stan

d t

hat

: S

cien

tist

s use

obse

rvat

ions

from

inv

esti

gat

ions

and k

now

ledge

that

is

alre

ady k

now

n t

o d

evel

op a

n e

xpla

nat

ion.

Be

able

to:

Const

ruct

a s

imple

ex

pla

nat

ion b

y a

nal

yzi

ng o

bse

rvat

ion

al d

ata.

R

evis

e th

e ex

pla

nat

ion w

hen

giv

en n

ew

evid

ence

or

info

rmat

ion

gai

ned

fro

m o

ther

res

ou

rces

or

from

furt

her

inv

esti

gat

ion.

5.

Under

stan

d t

hat

: T

he

purp

ose

of

com

munic

atin

g w

ith o

ther

s is

to s

har

e ev

iden

ce a

nd c

oncl

usi

ons.

Sci

enti

sts

com

munic

ate

the

resu

lts

of

thei

r in

ves

tigat

ions

to o

ther

s.

• B

e ab

le t

o:

Sh

are

sim

ple

pla

ns,

dat

a, a

nd e

xpla

nat

ions

wit

h a

n a

udie

nce

and j

ust

ify t

he

resu

lts

usi

ng t

he

evid

ence

fro

m t

he

inv

esti

gat

ion.

6.

Under

stan

d t

hat

: T

he

use

of

mat

hem

atic

s, r

eadin

g, w

riti

ng, an

d t

echnolo

gy a

re i

mpo

rtan

t in

conduct

ing s

cien

tifi

c in

quir

ies.

H - 113

001385

Page 114: Nature and Application of Science and Technology Science ...

Copyri

gh

t 20

08, D

ela

ware

Dep

art

men

t of

Edu

cati

on

Pag

e 4

of

13

• B

e ab

le t

o:

Use

mat

hem

atic

s, r

eadin

g,

wri

tin

g, an

d t

echnolo

gy w

hen

con

du

ctin

g a

n i

nv

esti

gat

ion a

nd c

om

munic

atin

g t

he

resu

lts.

Sta

nd

ard

6:

Lif

e P

roce

sses

S

truct

ure

/Funct

ion R

elat

ionsh

ip

Stu

den

ts s

hould

know

that

:

1.

Pla

nts

and a

nim

als

are

sim

ilar

to a

nd d

iffe

rent

from

eac

h o

ther

in o

bse

rvab

le s

truct

ure

s an

d b

ehav

ior.

T

hes

e ch

arac

teri

stic

s

dis

tin

guis

h t

hem

fro

m e

ach o

ther

and f

rom

nonli

vin

g t

hin

gs.

Stu

den

ts s

hould

be

able

to:

• S

elec

t th

e han

d l

ens

as a

n a

ppro

pri

ate

inst

rum

ent

for

obse

rvin

g t

he

stru

cture

of

aquat

ic a

nd t

erre

stri

al o

rgan

ism

s in

gre

ater

det

ail.

• O

bse

rve

indiv

idu

als

of

the

sam

e pla

nt

or

anim

al g

roup. D

escr

ibe

ph

ysi

cal

dif

fere

nce

s (e

.g., s

ize,

colo

r, s

hap

e, m

arkin

gs)

.

2.

Eac

h p

lant

or

anim

al h

as d

iffe

rent

stru

cture

s th

at s

erve

dif

fere

nt

fun

ctio

ns

in g

row

th, su

rviv

al a

nd r

epro

du

ctio

n.

Stu

den

ts s

hould

be

able

to:

• Id

enti

fy a

nd d

escr

ibe

stru

cture

s of

pla

nts

and a

nim

als

that

hel

p t

hem

su

rviv

e in

aquat

ic a

nd t

erre

stri

al e

nvir

onm

ents

.

• S

ort

and g

roup p

lants

an

d a

nim

als

bas

ed o

n t

he

stru

cture

s th

at e

nab

le t

hem

to f

un

ctio

n i

n t

hei

r en

vir

onm

ent

(e.g

., a

nim

als

that

hav

e fi

ns

for

swim

min

g v

ersu

s an

imal

s th

at h

ave

legs

for

mov

emen

t on l

and).

• C

om

par

e an

d c

ontr

ast

the

obse

rvab

le s

truct

ure

s o

f hum

ans

to t

hose

of

oth

er a

nim

als

and p

lants

. R

eco

rd a

nd c

om

munic

ate

the

sim

ilar

itie

s an

d d

iffe

ren

ces

in t

hei

r st

ruct

ure

s.

Mat

ter

and E

ner

gy T

ransf

orm

atio

ns

Stu

den

ts s

hould

know

that

:

1. P

lants

and a

nim

als

are

livin

g t

hin

gs.

A

ll l

ivin

g t

hin

gs

hav

e b

asic

nee

ds

for

surv

ival

in

cludin

g a

ir, w

ater

, fo

od

(nutr

ients

), s

pac

e,

shel

ter,

and l

ight.

Stu

den

ts s

hould

be

able

to:

• O

bse

rve

a var

iety

of

pla

nts

and a

nim

als

and i

den

tify

bas

ic n

eeds

that

are

co

mm

on t

o p

lants

or

anim

als

of

the

sam

e gro

up, su

ch

as f

ood, w

ater

, ai

r, s

hel

ter,

sp

ace

and l

ight.

2.

In a

ddit

ion t

o b

asic

nee

ds

for

surv

ival

, li

vin

g t

hin

gs

hav

e nee

ds

spec

ific

to t

he

org

anis

m s

uch

as

tem

per

ature

ran

ge

and f

oo

d

requir

emen

ts.

Reg

ula

tion a

nd B

ehav

ior

Stu

den

ts s

hou

ld k

now

that

:

1. S

ense

s h

elp h

um

ans

and o

ther

org

anis

ms

det

ect

inte

rnal

and e

xte

rnal

cu

es.

H - 114

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Copyri

gh

t 20

08, D

ela

ware

Dep

art

men

t of

Edu

cati

on

Pag

e 5

of

13

Lif

e P

roce

sses

and T

ech

nolo

gy A

ppli

cati

on

Stu

den

ts s

hould

know

that

:

2.

The

abil

ity o

f an

org

anis

m t

o m

eet

its

nee

ds

for

surv

ival

is

dep

enden

t up

on i

ts e

nvir

onm

ent.

M

anip

ula

tion o

f th

e en

vir

onm

ent

can

posi

tiv

ely o

r neg

ativ

ely a

ffec

t th

e w

ell

bei

ng o

f v

ario

us

org

anis

ms

that

liv

e th

ere.

Stu

den

ts s

hould

be

able

to:

• D

esig

n t

erre

stri

al a

nd a

qu

atic

hab

itat

s th

at p

rovid

e hea

lth

y e

nvir

onm

ents

for

the

pla

nt

and a

nim

al i

nh

abit

ants

.

• P

ropose

chan

ges

to

an a

quat

ic o

r te

rres

tria

l h

abit

at t

hat

in

crea

se t

he

hea

lth o

f org

anis

ms

(i.e

., m

ois

ten

the

soil

in a

ter

rari

um

,

add w

ater

to a

n a

quar

ium

).

Sta

nd

ard

7:

Div

ersi

ty a

nd

Con

tin

uit

y o

f L

ife

Rep

rodu

ctio

n,

Her

edit

y a

nd D

evel

opm

ent

Stu

den

ts s

hould

know

that

:

1.

The

off

spri

ng o

f so

me

pla

nts

and a

nim

als

rese

mble

the

par

ents

(i.

e., a

tree

see

dli

ng r

esem

ble

s a

mat

ure

tre

e).

Stu

den

ts s

hould

be

able

to:

• D

escr

ibe

sim

ilar

itie

s an

d d

iffe

ren

ces

bet

wee

n p

aren

ts a

nd o

ffsp

rin

g, su

ch a

s si

ze a

nd c

olo

r.

3.

All

pla

nts

and a

nim

als

go t

hro

ugh a

lif

e cycl

e of

bir

th,

gro

wth

, d

evel

opm

ent,

rep

roduct

ion,

and d

eath

. T

his

cyc

le i

s p

redic

table

and

des

crib

able

, but

dif

fers

fro

m o

rgan

ism

to o

rgan

ism

.

Stu

den

ts s

hould

be

able

to:

• R

eco

gniz

e th

at o

rgan

ism

s ch

ange

ov

er t

ime.

R

ecord

and c

om

munic

ate

chan

ges

obse

rved

in l

ivin

g t

hin

gs

ov

er t

ime.

• C

onst

ruct

, th

rough t

he

use

of

pic

tori

als,

the

life

cycl

e of

guppie

s.

Des

crib

e th

e gupp

y i

n d

iffe

rent

stag

es o

f it

s li

fe c

ycl

e.

Div

ersi

ty a

nd E

volu

tion

Stu

den

ts s

ho

uld

know

that

:

1. M

any d

iffe

rent

kin

ds

of

pla

nts

an

d a

nim

als

live

thro

ughout

the

worl

d. T

hes

e pla

nts

and a

nim

als

can b

e gro

uped

acc

ord

ing t

o t

he

char

acte

rist

ics

they s

har

e.

Stu

den

ts s

hould

be

able

to:

• R

eco

gniz

e th

at t

her

e ar

e m

any d

iffe

rent

kin

ds

of

pla

nts

and a

nim

als

in t

he

worl

d. S

ort

ter

rest

rial

an

imal

s fr

om

aquat

ic

anim

als.

Id

enti

fy t

he

char

acte

rist

ics

use

d t

o s

epar

ate

the

terr

estr

ial

from

aq

uat

ic a

nim

als.

• R

eco

gniz

e th

at s

om

e pla

nts

and a

nim

als

are

mai

nta

ined

in a

rtif

icia

l en

vir

on

men

ts t

o m

eet

hum

an w

ants

and n

eeds

(i.e

.,

scie

nti

fic

stud

y, e

duca

tio

n,

food).

Sta

nd

ard

8:

Eco

logy

Inte

ract

ions

wit

hin

the

Envir

onm

ent

H - 115

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Copyri

gh

t 20

08, D

ela

ware

Dep

art

men

t of

Edu

cati

on

Pag

e 5

of

13

Stu

den

ts s

hould

know

that

:

1.

An i

nte

rconnec

tednes

s ex

ists

am

ong t

he

livin

g a

nd n

onli

vin

g p

arts

of

an e

nvir

onm

ent.

T

his

inte

rconnec

tedn

ess

can b

e obse

rved

by

the

chan

ges

mad

e b

y p

lants

and a

nim

als

in t

hei

r en

vir

onm

ent.

Stu

den

ts s

hould

be

able

to:

• Id

enti

fy a

nd d

escr

ibe

the

dif

fere

nt

kin

ds

of

livin

g t

hin

gs

in a

n a

qu

atic

or

terr

estr

ial

envir

onm

ent.

R

ecogniz

e th

at l

ivin

g t

hin

gs

coex

ist

in t

hes

e en

vir

onm

ents

.

• D

escr

ibe

ho

w a

quat

ic p

lants

and a

nim

als

inte

ract

wit

h e

ach o

ther

and t

hei

r en

vir

onm

ent

(e.g

., f

ish u

se p

lants

for

food a

nd

shel

ter)

.

• D

escr

ibe

ho

w t

erre

stri

al p

lants

and a

nim

als

inte

ract

wit

h e

ach o

ther

and t

hei

r en

vir

onm

ent

(e.g

., m

illi

ped

es e

at d

ecayi

ng b

ark

).

2. P

lants

and a

nim

als

nee

d e

nou

gh s

pac

e an

d r

eso

urc

es t

o s

urv

ive.

O

ver

crow

din

g l

eads

to a

n i

ncr

ease

d n

eed f

or

reso

urc

es.

Ener

gy F

low

and M

ater

ial

Cycl

es i

n t

he

Env

iron

men

t

Stu

den

ts s

hould

know

that

:

1. A

ll a

nim

als

dep

end o

n p

lants

. S

om

e an

imal

s ea

t pla

nts

for

food. O

ther

anim

als

eat

anim

als

that

hav

e ea

ten p

lants

.

Stu

den

ts s

hould

be

able

to:

• R

eco

gniz

e th

at e

ner

gy n

eeded

by a

ll l

ivin

g t

hin

gs

ori

gin

ates

fro

m t

he

Sun.

• Id

enti

fy a

nd g

ive

exam

ple

s sh

ow

ing t

hat

anim

als

eat

pla

nts

or

oth

er a

nim

als

for

ener

gy, an

d t

hat

pla

nts

get

en

erg

y f

rom

the

Sun.

Big

Id

eas

Obse

rvat

ion o

f li

vin

g o

rgan

ism

s an

d t

hei

r in

tera

ctio

ns

wit

h t

hei

r hab

itat

Chan

ge

of

hab

itat

and l

ivin

g o

rgan

ism

s ov

er t

ime

Obse

rvat

ions

of

the

stru

cture

s of

livin

g o

rgan

ism

s an

d h

ow

they f

un

ctio

n i

n t

hei

r en

vir

onm

ents

Stu

dy o

f L

ife

Cycl

es o

f p

lants

and a

nim

als

in a

ter

rari

um

and a

qu

ariu

m h

abit

at

Un

it E

nd

uri

ng U

nd

erst

an

din

gs

Stu

den

ts w

ill

und

erst

and

that…

L

ivin

g o

rgan

ism

s h

ave

bas

ic n

eeds

for

surv

ival

E

ach p

lant

or

anim

al h

as d

iffe

rent

stru

cture

s th

at h

ave

dif

fere

nt

fun

ctio

ns

that

in

flu

ence

thei

r gro

wth

and s

urv

ival

.

H - 116

001388

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Copyri

gh

t 20

08, D

ela

ware

Dep

art

men

t of

Edu

cati

on

Pag

e 6

of

13

P

lants

and a

nim

als

hav

e li

fe c

ycl

es t

hat

dif

fer

from

org

anis

m t

o o

rgan

ism

.

A

ll o

rgan

ism

ch

ange

the

envir

onm

ent

wher

e th

ey l

ive,

som

e ch

anges

are

har

mfu

l an

d s

om

e ar

e b

enef

icia

l.

Un

it E

ssen

tial

Qu

esti

on

(s)

How

do o

rgan

ism’s

str

uct

ure

s h

elp t

hem

su

rviv

e in

th

eir

envir

onm

ent?

How

do o

rgan

ism

s ch

ange

thei

r en

vir

onm

ent

ov

er t

ime?

What

do l

ivin

g o

rgan

ism

s n

eed f

or

surv

ival

?

What

are

the

stag

es t

hat

liv

ing o

rgan

ism

s go t

hro

ugh i

n t

hei

r li

fe c

ycl

es?

Kn

ow

led

ge

& S

kil

ls

Know

led

ge:

how

to u

se t

hei

r se

nse

s to

obse

rve

livin

g o

rgan

ism

s.

that

org

anis

ms

hav

e bas

ic n

eeds

for

surv

ival

.

org

anis

ms

go t

hro

ugh a

lif

e cycl

e th

at i

ncl

ud

es, bir

th,

gro

wth

and d

eath

fres

hw

ater

and w

oodla

nd p

lants

hav

e si

mil

ar n

eeds

(nutr

ients

, w

ater

, su

nli

ght,

sp

ace

and

air

).

fres

hw

ater

and w

oodla

nd a

nim

als

hav

e si

mil

ar n

eeds

(food, w

ater

, sp

ace,

sh

elte

r, a

nd a

ir).

that

hum

ans

are

sim

ilar

to m

any o

ther

org

anis

ms

in r

egar

ds

to n

eeds

and l

ife

cycl

e.

Skil

l:

Gen

erat

e ques

tions

and p

redic

tion

s usi

ng o

bse

rvat

ions

and e

xplo

rati

on a

bout

the

nat

ura

l w

orl

d.

Gen

erat

e an

d f

oll

ow

sim

ple

pla

ns

usi

ng s

yst

emat

ic o

bse

rvat

ions

to e

xplo

re q

ues

tions

and p

redic

tio

ns.

Coll

ect

dat

a usi

ng o

bse

rvat

ions,

sim

ple

tools

and e

quip

men

t. R

ecord

dat

a in

tab

les,

ch

arts

, an

d b

ar g

raphs.

Com

par

e dat

a w

ith o

ther

s to

ex

amin

e an

d q

ues

tion r

esult

s.

Const

ruct

a s

imple

ex

pla

nat

ion b

y a

nal

yzin

g o

bse

rvat

ion

al d

ata.

R

evis

e th

e ex

pla

nat

ion w

hen

giv

en n

ew e

vid

ence

or

info

rmat

ion

gai

ned

fro

m o

ther

res

ou

rces

or

from

furt

her

inv

esti

gat

ion.

Shar

e si

mple

pla

ns,

dat

a, a

nd e

xpla

nat

ions

wit

h a

n a

udie

nce

and j

ust

ify t

he

resu

lts

usi

ng t

he

evid

ence

fro

m t

he

inv

esti

gat

ion.

H - 117

001389

Page 118: Nature and Application of Science and Technology Science ...

Copyri

gh

t 20

08, D

ela

ware

Dep

art

men

t of

Edu

cati

on

Pag

e 7

of

13

Use

mat

hem

atic

s, r

eadin

g, w

riti

ng, an

d t

echnolo

gy w

hen

conduct

ing a

n i

nves

tigat

ion a

nd c

om

munic

atin

g t

he

resu

lts.

Sel

ect

the

han

d l

ens

as a

n a

ppro

pri

ate

inst

rum

ent

for

obse

rvin

g t

he

stru

ctu

re o

f aq

uat

ic a

nd t

erre

stri

al o

rgan

ism

s in

gre

ater

det

ail.

Obse

rve

indiv

idu

als

of

the

sam

e pla

nt

or

anim

al g

roup. D

escr

ibe

ph

ysic

al d

iffe

ren

ces

(e.g

., s

ize,

colo

r, s

hap

e, m

arkin

gs)

.

Iden

tify

and d

escr

ibe

stru

cture

s of

pla

nts

and a

nim

als

that

hel

p t

hem

su

rviv

e in

aquat

ic a

nd t

erre

stri

al e

nvir

onm

ents

.

Sort

and g

roup p

lants

an

d a

nim

als

bas

ed o

n t

he

stru

ctu

res

that

en

able

th

em t

o f

unct

ion i

n t

hei

r en

vir

onm

ent

(e.g

., a

nim

als

that

hav

e

fins

for

swim

min

g v

ersu

s an

imal

s th

at h

ave

legs

for

mov

emen

t on l

and

).

Com

par

e an

d c

ontr

ast

the

obse

rvab

le s

truct

ure

s o

f hum

ans

to t

hose

of

oth

er a

nim

als

and p

lants

. R

ecord

an

d c

om

munic

ate

the

sim

ilar

itie

s an

d d

iffe

ren

ces

in t

hei

r st

ruct

ure

s.

Obse

rve

a var

iety

of

pla

nts

and a

nim

als

and i

den

tify

bas

ic n

eeds

that

are

co

mm

on t

o p

lants

or

anim

als

of

the

sam

e gro

up, su

ch a

s

food, w

ater

, ai

r, s

hel

ter,

spac

e an

d l

ight.

Des

ign t

erre

stri

al a

nd a

quat

ic h

abit

ats

that

pro

vid

e hea

lth

y e

nvir

onm

ents

for

the

pla

nt

and a

nim

al i

nhab

itan

ts.

Pro

pose

chan

ges

to

an a

quat

ic o

r te

rres

tria

l h

abit

at t

hat

in

crea

se t

he

hea

lth o

f org

anis

ms

(i.e

., m

ois

ten t

he

soil

in a

ter

rari

um

, ad

d

wat

er t

o a

n a

quar

ium

).

Rec

ogn

ize

that

org

anis

ms

chan

ge

over

tim

e. R

ecord

and c

om

munic

ate

chan

ges

obse

rved

in l

ivin

g t

hin

gs

ov

er t

ime.

Const

ruct

, th

rough t

he

use

of

pic

tori

als,

the

life

cycl

e of

guppie

s.

Des

crib

e th

e gupp

y i

n d

iffe

rent

stag

es o

f it

s li

fe c

ycle

.

Des

crib

e si

mil

arit

ies

and d

iffe

ren

ces

bet

wee

n p

aren

ts a

nd o

ffsp

rin

g, su

ch a

s si

ze a

nd c

olo

r.

Rec

ogn

ize

that

th

ere

are

man

y d

iffe

rent

kin

ds

of

pla

nts

and a

nim

als

in t

he

worl

d. S

ort

ter

rest

rial

anim

als

from

aquat

ic a

nim

als.

Iden

tify

th

e ch

arac

teri

stic

s use

d t

o s

epar

ate

the

terr

estr

ial

from

aqu

atic

anim

als.

Rec

ogn

ize

that

som

e pla

nts

and a

nim

als

are

mai

nta

ined

in a

rtif

icia

l en

vir

onm

ents

to m

eet

hum

an w

ants

and n

eeds

(i.e

., s

cien

tifi

c

stu

dy,

edu

cati

on,

food).

Iden

tify

and d

escr

ibe

the

dif

fere

nt

kin

ds

of

livin

g t

hin

gs

in a

n a

qu

atic

or

terr

estr

ial

envir

onm

ent.

R

ecogniz

e th

at l

ivin

g t

hin

gs

coex

ist

in t

hes

e en

vir

onm

ents

.

Des

crib

e ho

w a

quat

ic p

lants

and a

nim

als

inte

ract

wit

h e

ach o

ther

and t

hei

r en

vir

onm

ent

(e.g

., f

ish u

se p

lants

for

food a

nd s

hel

ter)

.

Des

crib

e ho

w t

erre

stri

al p

lants

and a

nim

als

inte

ract

wit

h e

ach o

ther

and t

hei

r en

vir

onm

ent

(e.g

., m

illi

ped

es e

at d

ecayin

g b

ark

).

Rec

ogn

ize

that

en

erg

y n

eeded

by a

ll l

ivin

g t

hin

gs

ori

gin

ates

fro

m t

he

Sun.

Iden

tify

and g

ive

exam

ple

s sh

ow

ing t

hat

anim

als

eat

pla

nts

or

oth

er a

nim

als

for

ener

gy, an

d t

hat

pla

nts

get

en

erg

y f

rom

the

Sun.

Sta

ge

2:

Ass

essm

ent

Evid

ence

(D

esig

n A

ssess

men

ts T

o G

uid

e I

nst

ru

cti

on

)

Su

gges

ted

Per

form

an

ce T

ask

(s)

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gh

t 20

08, D

ela

ware

Dep

art

men

t of

Edu

cati

on

Pag

e 8

of

13

Org

an

ism

s ass

essm

ent

for

Gra

de

On

e ca

n b

e fo

un

d a

t

htt

p:/

/ww

w.d

oe.

k12.d

e.u

s/p

rogra

ms/

sci_

ass

ess/

def

au

lt.s

htm

l

Key

Tra

nsf

er I

dea

s

1. T

her

e is

a w

ide

vari

ety o

f li

vin

g t

hin

gs

on

Eart

h t

hat

have

basi

c n

eed

s su

ch a

s fo

od

, li

gh

t, w

ate

r, a

ir, sp

ace

, an

d s

hel

ter.

2. O

rgan

ism

s g

row

an

d d

evel

op

, ch

an

ge,

an

d d

ie o

ver

tim

e.

3. E

ach

typ

e of

org

an

ism

s h

as

spec

ific

nee

ds

such

as

typ

e of

food

, am

ou

nt

of

wate

r, a

mou

nt

of

ligh

t, a

mou

nt

of

space

, an

d t

yp

e

of

shel

ter.

4. H

um

an

s a

re a

lso s

imil

ar

to o

ther

org

an

ism

s p

erfo

rmin

g s

imil

ar

life

pro

cess

es f

or

exa

mp

le, g

row

th a

nd

dev

elo

pm

ent,

mo

tio

n,

dig

esti

on

, ex

cret

ion

, re

spir

ati

on

, a

nd

rep

rod

uct

ion

.

Stu

den

ts a

re e

xp

ecte

d t

o:

• O

bse

rve

a t

erra

riu

m a

nd

dra

w a

pic

ture

of

it, la

bel

ing t

he

livin

g o

rgan

ism

s.

• Id

enti

fy n

on

-liv

ing c

om

pon

ents

of

the

terr

ari

um

.

• O

bse

rve

an

d r

elate

ch

an

ges

to a

ter

rari

um

over

tim

e.

• Id

enti

fy b

asi

c n

eed

s of

org

an

ism

s in

th

e te

rra

riu

m.

• D

isti

ngu

ish

bet

wee

n l

ivin

g a

nd

non

-liv

ing t

hin

gs.

• S

equ

ence

pic

ture

s of

the

life

cycl

e of

a p

lan

t fr

om

see

d t

o m

atu

re p

lan

t.

• C

om

pare

hu

man

s w

ith

oth

er o

rgan

ism

s in

ter

ms

of

basi

c n

eed

s a

nd

fu

nct

ion

s.

• R

ecogn

ize

the

chara

cte

rist

ics

of

a l

ivin

g p

lan

t.

• R

elate

th

at

org

an

ism

s h

ave

spec

ific

nee

ds

to s

urv

ive.

• D

escr

ibe

the c

han

ge

to o

rga

nis

ms

if t

her

e w

ere n

o s

un

ligh

t.

Ru

bri

cs/c

hec

kli

sts

for

Per

form

an

ce T

ask

s

Org

an

ism

s ass

essm

ent

for

Gra

de

On

e ca

n b

e fo

un

d a

t

htt

p:/

/ww

w.d

oe.

k12.d

e.u

s/p

rogra

ms/

sci_

ass

ess/

def

au

lt.s

htm

l

Oth

er E

vid

ence

Fo

rm

ati

ve

Ass

essm

ent

#1 (

adm

inis

ter

afte

r L

esso

n 4

):

Use

one

of

the

pla

nts

fro

m L

esso

n 2

and a

noth

er p

lant

of

you

r ch

oic

e. T

ell

stud

ents

to c

om

ple

te t

he

Ven

n D

iagra

m b

y t

elli

ng h

ow

the

two

H - 119

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08, D

ela

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Dep

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men

t of

Edu

cati

on

Pag

e 9

of

13

pla

nts

are

ali

ke

and d

iffe

rent.

(*Y

ou m

ay r

ead t

he

ques

tions

to t

he

clas

s.)

Sco

rin

g G

uid

e:

2-

Stu

den

t co

mple

tes

Ven

n D

iagra

m w

ith

4 w

ays

the

two p

lants

are

ali

ke

AN

D 4

ways

th

ey a

re d

iffe

rent.

(e.

g. li

ken

esse

s m

ight

be,

gre

en,

has

ste

m, le

aves

, gro

ws,

nee

d a

ir,

etc.

; dif

fere

nce

s w

ould

dep

end o

n t

he

two p

lants

.

1 –

Stu

den

t par

tial

ly c

om

ple

tes

dia

gra

m w

ith 6

-4 l

iken

esse

s an

d d

iffe

ren

ces.

0 –

Stu

den

t giv

es l

ess

than

4 c

om

par

isons.

Fo

rm

ati

ve

Ass

essm

ent

#2 (

adm

inis

ter

afte

r L

esso

n 7

):

Focu

s st

ud

ents’

atte

nti

on

on a

ter

rari

um

. R

ead t

he

ques

tion a

nd s

tud

ents

lis

t 1 l

ivin

g a

nd 1

non-l

ivin

g o

rgan

ism

. R

epea

t p

roce

dure

for

#2.

Sco

rin

g G

uid

e:

2 –

Stu

den

t giv

es c

orr

ect

resp

onse

s.

1-

Stu

den

t giv

es o

nly

1 c

orr

ect

resp

onse

.

0 –

Stu

den

t fa

ils

to g

ive

a co

rrec

t re

sponse

.

Fo

rm

ati

ve

Ass

essm

ent

#3 (

adm

inis

ter

afte

r L

esso

n 1

2)

Pla

ce a

ter

rari

um

in a

pro

min

ent

pla

ce i

n t

he

clas

sroom

. R

ead t

he

ques

tions

mak

ing s

ure

chil

dre

n u

nder

stan

d t

hey a

re t

o t

hin

k o

f how

the

terr

ariu

m h

as c

han

ged

sin

ce t

hey f

irst

mad

e it

. R

epea

t p

roce

dure

usi

ng a

n a

quar

ium

for

ques

tion #

2.

S

cori

ng G

uid

e:

2-

Stu

den

ts g

ive

corr

ect

resp

onse

s fo

r te

rrar

ium

an

d a

quar

ium

.

1-

Stu

den

ts g

ive

at l

east

1 c

orr

ect

chan

ge

for

the

terr

ariu

m a

nd t

he

aqu

ariu

m.

0-

Res

ponse

s ar

e in

corr

ect.

Sta

ge

3:

Lea

rnin

g P

lan

Key

lea

rnin

g e

ven

ts n

eed

ed t

o a

chie

ve

un

it g

oals

H - 120

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gh

t 20

08, D

ela

ware

Dep

art

men

t of

Edu

cati

on

Pag

e 1

0 o

f 13

Res

ou

rce:

ST

C O

rgan

ism

s, N

atio

nal

Sci

ence

Res

ourc

e C

ente

r, W

ashin

gto

n D

C

Les

son

1:

Pre

-un

it A

ssess

men

t: S

hari

ng W

hat

We

Kn

ow

Ab

ou

t O

rgan

ism

s

Stu

den

ts m

ak

e a l

ist

ab

ou

t w

hat

they

kn

ow

ab

ou

t li

vin

g o

rgan

ism

s a

nd

wh

at

they

nee

d t

o s

urv

ive.

Les

son

2:

Ob

serv

ing a

nd

Des

crib

ing S

eed

s

Stu

den

ts o

bse

rve

an

d c

om

pa

re f

ou

r d

iffe

ren

t se

eds.

Les

son

3:

Pla

nti

ng O

ur

See

ds

Stu

den

ts p

lan

t th

e se

eds

that

they

ob

serv

ed i

n L

esso

n 2

.

Les

son

4:

Ob

serv

ing W

ood

lan

d P

lan

ts

Stu

den

ts o

bse

rve

an

d c

om

pa

re m

oss

an

d a

n e

ver

gre

en s

eed

lin

g, w

hic

h a

re e

ven

tuall

y p

lace

d i

nto

th

eir

terr

ari

um

s.

L

esso

n 5

: O

bse

rvin

g F

resh

Wate

r P

lan

ts

Stu

den

ts o

bse

rve

an

d c

om

pa

re f

resh

wa

ter

pla

nts

wh

ich

are

even

tuall

y p

lace

d i

nto

th

eir

aq

uari

um

s.

Les

son

6:

How

Have

Ou

r S

eed

s C

ha

nged

?

Stu

den

ts o

bse

rve

an

d r

ecord

ch

an

ges

ab

ou

t th

eir

pla

nte

d s

eed

s.

Les

son

7:

Ob

serv

ing F

resh

Wate

r S

nail

s

Stu

den

ts o

bse

rve

an

d d

escr

ibe

the

stru

ctu

res

of

the

fres

h w

ate

r sn

ail

s an

d o

bse

rve

the

inte

ract

ion

s b

etw

een

th

e sn

ail

an

d i

ts

envir

on

men

t.

Les

son

8:

Ob

serv

ing G

up

pie

s: H

ow

Do T

hey

Com

pa

re W

ith

th

e S

nail

s?

Stu

den

ts o

bse

rve

an

d d

escr

ibe

the

stru

ctu

res

of

a g

up

py a

nd

ob

serv

e th

e in

tera

ctio

ns

bet

wee

n t

he

gu

pp

y a

nd

its

en

vir

on

men

t.

Les

son

9:

Ob

serv

ing P

ill

Bu

gs

Stu

den

ts o

bse

rve

an

d d

escr

ibe

the

stru

ctu

res

of

a P

ill

Bu

g a

nd

exp

lore

th

e n

eed

s of

this

la

nd

an

imal.

Les

son

10:

Ob

serv

ing B

ess

Bee

tles

or

Mil

lip

edes

: H

ow

Do T

hey

Com

pare

Wit

h t

he

Pil

l B

ugs?

Stu

den

ts o

bse

rve

an

d c

om

pa

re t

he

Bes

s B

eetl

e or

Mil

lip

ede

to t

he

oth

er l

an

d a

nim

al,

th

e P

ill

Bu

g, l

oo

kin

g f

or

sim

ilari

ties

an

d

dif

fere

nce

s. T

hes

e are

rec

ord

ed o

n a

Ven

n d

iagra

m.

H - 121

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ela

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Dep

art

men

t of

Edu

cati

on

Pag

e 1

1 o

f 13

Les

son

11:

Wh

at

is H

ap

pen

ing i

n t

he

Aq

uari

um

?

Stu

den

ts o

bse

rve

an

d r

ecord

ch

an

ges

th

at

ha

ve

tak

en p

lace

in

th

eir

aq

uari

um

s, d

iscu

ssin

g t

he

nee

ds

of

the

org

an

ism

s a

nd

how

th

ey

have

bee

n m

et.

L

esso

n 1

2:

Wh

at

is H

ap

pen

ing i

n t

he

Ter

rari

um

?

Stu

den

ts o

bse

rve

an

d r

ecord

ch

an

ges

th

at

ha

ve

tak

en p

lace

in

th

eir

terr

ari

um

s, d

iscu

ssin

g t

he

nee

ds

of

the

org

an

ism

s a

nd

how

th

ey

have

bee

n m

et.

Les

son

13:

Fre

sh W

ate

r an

d W

ood

lan

d P

lan

ts:

How

Do T

hey

Com

pare

?

Stu

den

ts u

se a

Ven

n d

iagra

m t

o c

om

pa

re t

he

cha

ract

eris

tics

of

fres

hw

ate

r an

d w

ood

lan

d p

lan

ts.

Les

son

14:

Fre

sh W

ate

r an

d W

ood

lan

d A

nim

als

: H

ow

Do T

hey

Co

mp

are

?

Stu

den

ts u

se a

Ven

n d

iagra

m t

o c

om

pa

re t

he

cha

ract

eris

tics

of

fres

hw

ate

r an

d w

ood

lan

d a

nim

als

.

Les

son

15:

How

Are

Ou

r P

lan

ts a

nd

An

imals

Ali

ke

an

d D

iffe

ren

t?

Stu

den

ts u

se a

Ven

n d

iagra

m t

o c

om

pa

re f

resh

wate

r an

d w

ood

lan

d p

lan

ts a

nd

an

imals

. T

his

is

a l

esso

n t

o s

um

mari

ze

cha

ract

eris

tics

ob

serv

ed o

f li

vin

g o

rgan

ism

s th

rou

gh

ou

t th

e u

nit

.

Les

son

16:

Tak

ing a

Look

at

Ou

rsel

ves

Stu

den

ts o

bse

rve

an

d d

escr

ibe

chara

cter

isti

cs o

f h

um

an

s, a

nd

com

pare t

hei

r ch

ara

cter

isti

cs t

o t

he

pla

nts

an

d a

nim

als

th

at

they

have

ob

serv

ed.

Les

son

17:

ST

C P

ost

Un

it A

sses

smen

t

Stu

den

ts d

raw

a l

ivin

g o

rgan

ism

an

d e

xp

lain

wh

at

it n

eed

s to

su

rviv

e.

Res

ou

rces

& T

each

ing T

ips

(Co

nsi

der

the

two

quest

ions

bel

ow

wh

en c

om

ple

tin

g t

his

sec

tio

n.)

o

Wh

at

text/

pri

nt/

med

ia/k

it/w

eb r

esou

rces

bes

t su

pp

ort

th

is u

nit

?

- S

tori

es i

ncl

ud

ed i

n t

he

Org

anis

ms

Tea

cher’s

Gu

ide

Four

Am

azin

g P

lants

(L

esso

n 1

3)

A C

roco

dil

e C

om

es t

o t

he

Zoo (

Les

son 1

5)

o

Wh

at

tip

s to

tea

cher

s of

the

un

it c

an

you

off

er a

bou

t li

kel

y r

ou

gh

sp

ots

/stu

den

t m

isu

nd

erst

an

din

gs

an

d p

erfo

rman

ce

H - 122

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ela

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Dep

art

men

t of

Edu

cati

on

Pag

e 1

2 o

f 13

wea

kn

esse

s, a

nd

how

to t

rou

ble

shoot

those

iss

ues

?

Les

son

2

Mak

e an

over

hea

d o

f “O

bse

rvin

g a

nd D

escr

ibin

g S

eeds”

. D

o t

he

gre

en s

eed o

bse

rvat

ion t

oget

her

.

Les

son

3

Pla

nt

seed

s on a

Thurs

day

or

Fri

day. G

erm

inat

ion t

akes

about

4 d

ays

.

In t

he

Pla

nti

ng C

ard

Boo

kle

t, a

dd e

xtr

a obse

rvat

ion s

hee

ts f

or

each

pla

nti

ng c

ard.

Les

son

4

It i

s our

sugges

tion t

hat

this

les

son b

e sp

lit

ov

er 2

days.

M

ake

the

terr

ariu

m o

n o

ne

day, an

d d

o o

bse

rvat

ions

on t

he

nex

t.

Stu

den

ts c

an b

uil

d t

he

terr

ariu

ms

wit

h t

each

er g

uid

ance

. M

ake

an o

ver

hea

d o

f re

cord

ing s

hee

t 4

-B. T

each

er a

ssem

ble

s an

ex

ample

terr

ariu

m,

and r

ecord

s ea

ch s

tep o

n t

he

over

hea

d (

dra

ws

gra

vel

, le

af l

itte

r, s

oil

). S

tud

ents

dra

w a

nd l

abel

this

in

form

atio

n o

n t

hei

r co

pie

s of

shee

t 4

-B. S

tud

ents

use

this

tec

hnic

a l d

raw

ing t

o a

ssem

ble

th

eir

ow

n g

rou

p t

erra

rium

s.

The

layo

ut

on t

he

bac

k o

f re

cord

ing s

hee

t 4

-A i

s co

nfu

sing f

or

the

stud

ent.

U

se t

he

bac

k o

f pla

nti

ng c

ard 1

and 2

as

the

bac

k o

f sh

eet

4-A

.

This

wil

l h

elp t

he

stud

ents

tra

ck w

her

e to

conti

nue

wri

ting t

hei

r obse

rvat

ion

s on t

he

bac

k o

f th

e sh

eet.

Les

son

5

Use

sam

e id

eas

list

ed i

n L

esso

n 4

.for

buil

din

g t

he

aquar

ium

s.

Les

son

7

It i

s dif

ficu

lt f

or

the

stud

ents

to a

ctual

ly s

ee t

he

par

ts o

f th

e sn

ail.

S

o m

ake

an o

ver

hea

d a

nd h

ard c

op

y o

f fi

gu

re 7

-1 s

o t

hat

stu

den

ts c

an

label

the

par

ts w

ith t

each

er g

uid

ance

, an

d s

o t

hat

conver

sati

ons

about

stru

cture

/funct

ion c

an t

ake

pla

ce. T

hen

giv

e th

e st

ud

ents

the

snai

l to

obse

rve.

The

layo

ut

of

reco

rdin

g s

hee

t is

confu

sin

g. S

o u

se t

he

idea

s fr

om

les

son 4

.

Les

son

8

Use

fig

ure

8-1

and u

se t

he

sam

e pro

cedure

s d

escr

ibed

in l

esso

n 7

.

Les

son

9

Use

fig

ure

9-1

and u

se s

ame

pro

cedu

res

des

crib

ed i

n l

esso

n 7

.

H - 123

001395

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Copyri

gh

t 20

08, D

ela

ware

Dep

art

men

t of

Edu

cati

on

Pag

e 1

3 o

f 13

R

ecord

ing 9

-A c

an b

e ad

just

ed a

s d

escr

ibed

in

Less

on 4

.

Les

son

10

Use

fig

ure

10

-1 a

nd 1

0-2

as

des

crib

ed i

n l

esso

n 7

.

Les

son

15 a

nd

16

Mak

e V

enn d

iagra

m b

igger

and a

dd l

ines

.

For

obse

rvin

g a

ll o

f th

e d

iffe

rent

org

anis

ms,

red

uce

the

sense

s pic

ture

s fr

om

les

son 1

, to

mak

e a

reco

rdin

g s

hee

ts s

imil

ar t

o f

igure

2-1

. T

his

wil

l re

min

d s

tud

ents

to u

se a

ll o

f th

eir

sen

ses

in t

hei

r obse

rvat

ions.

Acc

om

mod

ati

on

/Dif

fere

nti

ati

on

id

eas

an

d t

ips

H - 124

001396

Page 125: Nature and Application of Science and Technology Science ...

Del

aw

are

Sci

ence

Coa

liti

on

Gra

de

2 I

nse

cts

Un

it T

emp

late

Cop

yrig

ht

2008

Del

aw

are

Dep

art

men

t of

Edu

cati

on

Copyri

gh

t 20

08, D

ela

ware

Dep

art

men

t of

Educati

on

1

H - 125

001397

Page 126: Nature and Application of Science and Technology Science ...

Copyri

gh

t 20

08, D

ela

ware

Dep

art

men

t of

Edu

cati

on

Pag

e 2

of

10

Ch

ar

ter

Sc

ho

ol

Un

it M

od

ific

ati

on

Th

e fo

llo

win

g q

ues

tio

ns

ha

ve

bee

n d

evel

op

ed t

o a

ssis

t in

th

e re

fin

emen

t o

f th

e re

qu

ired

sco

pe

an

d s

eq

uen

ce d

ocu

men

ts a

nd

acc

om

pa

ny

ing

un

its

of

inst

ruct

ion

fo

r th

e ch

art

er s

cho

ol

ap

pro

va

l a

nd

re

new

al

pro

cess

es.

T

hro

ug

h a

co

ve

r le

tter

fo

rma

t th

ese

qu

esti

on

s sh

ou

ld b

e a

dd

ress

ed t

o a

ssis

t m

emb

ers

of

the

Del

aw

are

De

pa

rtm

ent

of

Ed

uca

tio

n C

urr

icu

lum

an

d I

nst

ruct

ion

al

Imp

rov

eme

nt

wo

rk g

rou

p e

ffec

tiv

ely

ev

alu

ate

ch

art

er s

cho

ol

ap

pli

cati

on

s.

Gu

idin

g Q

ue

sti

on

s

1.

Wh

y w

as

this

mo

del

un

it o

f in

stru

ctio

n s

elec

ted

as

pa

rt o

f y

ou

r sc

ho

ols

’ cu

rric

ula

r su

bm

issi

on

?

Th

is m

od

el u

nit

of

inst

ruct

ion

wa

s se

lect

ed a

s p

art

of

Th

om

as

Ed

iso

n’s

cu

rric

ula

r su

bm

issi

on

bec

au

se t

hey

are

a p

art

of

the

DE

Sci

ence

Co

ali

tio

n a

nd

th

is u

nit

en

ga

ges

stu

den

ts i

n a

n e

xp

lora

tio

n o

f th

e w

orl

d o

f in

sect

s, i

den

tify

ing

asp

ects

of

thei

r li

fe c

ycl

e

an

d t

he

div

ersi

ty t

ha

t ex

ists

am

on

g i

nse

cts.

2.

Wh

at

mo

dif

ica

tio

ns

ha

ve

bee

n m

ad

e t

o t

he

mo

del

un

it o

f in

stru

ctio

n t

o m

eet

the

spec

ific

nee

ds

of

the

stu

den

t p

op

ula

tio

n y

ou

r sc

ho

ol

serv

es?

No

mo

dif

ica

tio

ns

ha

ve

bee

n m

ad

e to

th

is m

od

el u

nit

of

inst

ruct

ion

. Im

bed

ded

in

to t

he

un

it a

re s

ug

ges

tio

ns

for

dif

fere

nti

ati

on

,

so t

he

nee

ds

of

all

lea

rne

rs c

an

be

met

th

rou

gh

th

is u

nit

as

is.

Tea

cher

s h

av

e re

ceiv

ed t

he

kit

tra

inin

g s

o t

hey

are

co

nfi

den

t in

thei

r a

bil

itie

s to

ex

ecu

te t

his

kit

wit

h f

idel

ity

to

all

lea

rner

s.

3.

Wh

at

mo

dif

ica

tio

ns

ha

ve

bee

n m

ad

e t

o t

he

mo

del

un

it o

f in

stru

ctio

n t

ha

t re

flec

t th

e re

sou

rces

(h

um

an

, ti

me

, b

uil

din

g,

tech

no

log

y e

tc.)

av

ail

ab

le t

o

yo

ur

sch

oo

l?

No

mo

dif

ica

tio

ns

ha

ve

bee

n m

ad

e to

th

is u

nit

of

inst

ruct

ion

4.

Des

crib

e a

ny

oth

er m

od

ific

ati

on

s th

at

ha

ve

bee

n m

ad

e t

o t

he

mo

del

un

it o

f in

stru

ctio

n t

ha

t w

ill

ass

ist

in t

he

curr

icu

lar

rev

iew

fo

r y

ou

r sc

ho

ol.

No

mo

dif

ica

tio

ns

ha

ve

bee

n m

ad

e to

th

is u

nit

.

H - 126

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Copyri

gh

t 20

08, D

ela

ware

Dep

art

men

t of

Edu

cati

on

Pag

e 3

of

10

Pre

face

: T

his

un

it h

as

bee

n c

rea

ted

as

a m

od

el f

or

tea

cher

s in

th

eir

des

ign

ing

or

red

esig

nin

g o

f co

urs

e cu

rric

ula

. It

is

by

no m

ean

s in

ten

ded

to

be

incl

usi

ve;

rath

er

it i

s m

ea

nt

to b

e a s

pri

ng

bo

ard

fo

r te

ach

er t

ho

ug

ht

an

d c

rea

tivi

ty.

Th

e in

form

ati

on

we

ha

ve i

ncl

ud

ed r

epre

sen

ts o

ne

po

ssib

ilit

y fo

r d

evel

op

ing

a u

nit

ba

sed

on

th

e

Del

aw

are

co

nte

nt

sta

nd

ard

s a

nd

th

e U

nd

erst

an

din

g b

y D

esi

gn

fra

mew

ork

an

d p

hil

oso

ph

y.

Un

it S

um

mary

This

un

it p

rovid

es i

nv

esti

gat

ions

that

ex

pan

d s

tud

ent

awar

enes

s of

inse

cts

and t

hei

r div

ersi

ty. A

str

uct

ure

d c

om

par

ison o

f li

fe c

ycl

es a

nd

stag

es o

f m

etam

orp

hosi

s al

low

stu

den

ts t

o i

den

tify

sim

ilar

itie

s in

str

uct

ure

s, g

row

th, su

rviv

al a

nd r

epro

duct

ion a

mong d

iffe

ren

t in

sect

s.

Addit

ion

ally

, st

ud

ents

pro

vid

e fo

r th

e nee

ds

of

the

inse

cts

gen

eral

ly a

nd s

pec

ific

ally

and a

cquir

e th

e nec

essa

ry v

oca

bula

ry a

ssoci

ated

wit

h

inse

ct l

ife.

Del

aw

are

Con

ten

t S

tan

dard

s

Sta

ge

1:

Des

ired

Res

ult

s D

ela

wa

re S

cien

ce C

on

ten

t S

tan

dard

s

Th

is c

ou

rse

focu

ses

on

th

e D

elaw

are

Sci

ence

Con

ten

t S

tan

dard

s a

nd

Grad

e L

evel

Ex

pec

tati

on

s in

Sta

nd

ard

s 1, 3, 5,

an

d 8

fou

nd

on

the

foll

ow

ing w

eb s

ite:

htt

p:/

/ww

w.d

oe.

k12.d

e.u

s/p

rogra

ms/

ci/c

on

ten

t_are

as/

scie

nce

.sh

tml

Sta

nd

ard

1-

Natu

re a

nd

Ap

pli

cati

on

of

Sci

ence

an

d T

ech

nolo

gy

U

nder

stan

din

g a

nd A

bil

itie

s of

Sci

enti

fic

Inquir

y

Stu

den

ts s

hould

know

and b

e ab

le t

o:

1.

Under

stan

d t

hat

: S

cien

tifi

c in

ves

tigat

ions,

whet

her

conduct

ed b

y s

tud

ents

or

scie

nti

sts,

involv

e as

kin

g a

qu

esti

on a

bout

the

nat

ura

l

worl

d.

• B

e ab

le t

o:

Gen

erat

e qu

esti

ons

and p

redic

tions

usi

ng o

bse

rvat

ions

and e

xplo

rati

on a

bout

the

nat

ura

l w

orl

d.

3.

Under

stan

d t

hat

: T

he

purp

ose

of

accu

rate

obse

rvat

ions

and d

ata

coll

ecti

on i

s to

pro

vid

e ev

iden

ce. S

cien

tist

s use

tools

to e

nhan

ce

thei

r se

nse

s in

ord

er t

o o

bta

in m

ore

evid

ence

.

• B

e ab

le t

o:

Coll

ect

dat

a u

sing o

bse

rvat

ions,

sim

ple

tools

and e

quip

men

t. R

eco

rd d

ata

in t

able

s, c

har

ts, an

d b

ar g

raphs.

Com

par

e dat

a w

ith o

ther

s to

ex

amin

e an

d q

ues

tion r

esult

s.

4.

Under

stan

d t

hat

: S

cien

tist

s use

obse

rvat

ions

from

inv

esti

gat

ions

and k

now

ledge

that

is

alre

ady k

now

n t

o d

evel

op a

n e

xpla

nat

ion.

Be

able

to:

Const

ruct

a s

imple

ex

pla

nat

ion b

y a

nal

yzi

ng o

bse

rvat

ion

al d

ata.

R

evis

e th

e ex

pla

nat

ion w

hen

giv

en n

ew

evid

ence

or

info

rmat

ion

gai

ned

fro

m o

ther

res

ou

rces

or

from

furt

her

inv

esti

gat

ion.

5.

Under

stan

d t

hat

: T

he

purp

ose

of

com

munic

atin

g w

ith o

ther

s is

to s

har

e ev

iden

ce a

nd c

oncl

usi

ons.

Sci

enti

sts

com

munic

ate

the

resu

lts

of

thei

r in

ves

tigat

ions

to o

ther

s.

H - 127

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Copyri

gh

t 20

08, D

ela

ware

Dep

art

men

t of

Edu

cati

on

Pag

e 4

of

10

• B

e ab

le t

o:

Sh

are

sim

ple

pla

ns,

dat

a, a

nd e

xpla

nat

ions

wit

h a

n a

udie

nce

and j

ust

ify t

he

resu

lts

usi

ng t

he

evid

ence

fro

m t

he

inv

esti

gat

ion.

6.

Under

stan

d t

hat

: T

he

use

of

mat

hem

atic

s, r

eadin

g, w

riti

ng, an

d t

echnolo

gy a

re i

mpo

rtan

t in

conduct

ing s

cien

tifi

c in

quir

ies.

• B

e ab

le t

o:

Use

mat

hem

atic

s, r

eadin

g,

wri

tin

g, an

d t

echnolo

gy w

hen

con

du

ctin

g a

n i

nv

esti

gat

ion a

nd c

om

munic

atin

g t

he

resu

lts.

Sta

nd

ard

6:

Lif

e P

roce

sses

S

truct

ure

/Funct

ion R

elat

ionsh

ip

Stu

den

ts s

hould

know

that

:

1.

Pla

nts

and a

nim

als

are

sim

ilar

to a

nd d

iffe

rent

from

eac

h o

ther

in o

bse

rvab

le s

truct

ure

s an

d b

ehav

ior.

T

hes

e ch

arac

teri

stic

s

dis

tin

guis

h t

hem

fr o

m e

ach o

ther

and f

rom

nonli

vin

g t

hin

gs.

Stu

den

ts s

hould

be

able

to:

• Id

enti

fy a

nd d

escr

ibe

the

stru

cture

s of

inse

cts

and v

ario

us

oth

er o

rgan

ism

s th

at e

nab

le t

hem

to f

un

ctio

n i

n t

hei

r

envir

onm

ent.

2.

Eac

h p

lant

or

anim

al h

as d

iffe

rent

stru

cture

s th

at s

erve

dif

fere

nt

fun

ctio

ns

in g

row

th, su

rviv

al a

nd r

epro

du

ctio

n.

Stu

den

ts s

hould

be

able

to:

• C

om

par

e an

d c

ontr

ast

the

stru

cture

s on d

iffe

rent

kin

ds

of

inse

cts

at d

iffe

rent

stag

es o

f dev

elopm

ent.

• G

iven

sev

eral

pic

ture

s of

adult

org

anis

ms,

id

enti

fy a

nd e

xpla

in w

hic

h o

rgan

ism

s ar

e in

sect

s an

d w

hic

h a

re n

ot.

• O

bse

rve

com

mon s

truct

ure

s of

dif

fere

nt

inse

cts

(e.g

., m

outh

par

ts o

r le

gs)

. D

escr

ibe

the

sim

ilar

itie

s an

d d

iffe

rence

s am

on

g

the

stru

cture

s. R

eco

gniz

e th

at t

he

stru

cture

is

rela

ted t

o t

he

funct

ion

it

per

form

s (e

.g., a

cat

erpil

lar

mouth

for

chom

pin

g

leav

es d

iffe

rs f

rom

a b

utt

erfl

y p

robosc

is f

or

obta

inin

g n

ecta

r).

Mat

ter

and E

ner

gy T

ransf

orm

atio

ns

Stu

den

ts s

hould

know

that

:

1.

Pla

nts

and a

nim

als

are

livin

g t

hin

gs.

A

ll l

ivin

g t

hin

gs

hav

e b

asic

nee

ds

for

surv

ival

in

cludin

g a

ir,

wat

er, fo

od (

nutr

ients

), s

pac

e,

shel

ter,

and l

ight.

Stu

den

ts s

hould

be

able

to:

• Id

enti

fy t

he

bas

ic n

eeds

of

all

inse

cts

for

surv

ival

. T

hes

e in

clude

food, w

ater

, ai

r, s

pac

e, l

ight,

and s

hel

ter.

R

eco

gniz

e th

at

inse

cts

also

hav

e sp

ecif

ic n

eeds

acco

rdin

g t

o t

hei

r kin

d,

(i.e

., s

pec

ific

food s

uch

as

nec

tar

or

mulb

erry

lea

ves

).

2.

In a

ddit

ion t

o b

asic

nee

ds

for

surv

ival

, li

vin

g t

hin

gs

hav

e nee

ds

spec

ific

to t

he

org

anis

m s

uch

as

tem

per

ature

ran

ge

and f

ood

requir

emen

ts.

Stu

den

ts s

hould

be

able

to:

• O

bse

rve

a var

iety

of

pla

nts

and a

nim

als.

Com

par

e sp

ecif

ic n

eeds

that

are

co

mm

on t

o p

lants

or

anim

als

of

the

sam

e gro

up (

i.e.

,

all

fish

nee

d w

ater

but

som

e fi

sh n

eed c

old

wat

er t

o l

ive

and s

om

e nee

d w

arm

wat

er t

o l

ive,

all

pla

nts

nee

d w

ater

but

som

e

H - 128

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gh

t 20

08, D

ela

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Dep

art

men

t of

Edu

cati

on

Pag

e 4

of

10

nee

d a

hum

id e

nvir

onm

ent

and s

om

e nee

d a

dry

envir

onm

ent)

.

• C

ondu

ct s

imple

inv

esti

gat

ions

to d

eter

min

e an

d d

escr

ibe

how

inse

cts

and v

ario

us

oth

er o

rgan

ism

s re

spond t

o d

iffe

rent

kin

ds

of

stim

uli

, (e

. g., l

ight

ver

sus

dar

k e

nvir

onm

ent)

.

Lif

e P

roce

sses

and T

ech

nolo

gy A

ppli

cati

on

Stu

den

ts s

hould

know

that

:

3.

The

abil

ity o

f an

org

anis

m t

o m

eet

its

nee

ds

for

surv

ival

is

dep

enden

t up

on i

ts e

nvir

onm

ent.

M

anip

ula

tion o

f th

e en

vir

onm

ent

can

posi

tiv

ely o

r neg

ativ

ely a

ffec

t th

e w

ell

bei

ng o

f v

ario

us

org

anis

ms

that

liv

e th

ere.

Stu

den

ts s

hould

be

able

to:

• In

ves

tigat

e an

d e

val

uat

e how

pla

nt

gro

wth

is

affe

cted

by v

aryin

g a

mounts

of

dif

fere

nt

soil

com

ponen

ts.

• C

ondu

ct s

imple

inv

esti

gat

ions

usi

ng a

rtif

icia

l h

abit

ats

to d

escr

ibe

how

the

surv

ival

of

inse

cts

is a

ffec

ted b

y t

he

envir

onm

ent.

Sta

nd

ard

7:

Div

ersi

ty a

nd

Con

tin

uit

y o

f L

ife

Rep

rodu

ctio

n,

Her

edit

y, a

nd D

evel

opm

ent

Stu

den

ts s

hould

know

that

:

1. T

he

off

spri

ng o

f so

me

pla

nts

and a

nim

als

rese

mble

the

par

ents

(i.

e., a

tree

see

dli

ng r

esem

ble

s a

mat

ure

tre

e).

2. T

he

off

spri

ng o

f so

me

pla

nts

and a

nim

als

do n

ot

rese

mble

the

par

ents

. S

imil

arit

ies

bet

wee

n p

aren

ts a

nd t

hei

r off

spri

ng b

ecom

e m

ore

appar

ent

as t

hei

r li

fe c

ycle

conti

nu

es (

i.e.

, ca

terp

illa

rs b

ecom

e butt

erfl

ies)

.

3. A

ll p

lants

and a

nim

als

go t

hro

ugh

a l

ife

cycl

e o

f bir

th,

gro

wth

, d

evel

op

men

t, r

epro

duct

ion,

and d

eath

. T

his

cyc

le i

s p

redic

table

and

des

crib

able

, but

dif

fers

fro

m o

rgan

ism

to o

rgan

ism

.

Stu

den

ts s

hould

be

able

to:

• O

bse

rve

the

life

cycl

e of

a se

lect

ed o

rgan

ism

(e.

g., p

lant,

butt

erfl

y, f

rog,

etc.

) an

d r

eco

gniz

e th

at t

he

stag

es o

f th

e li

fe c

ycl

e ar

e

pre

dic

table

and d

escr

ibab

le.

• Id

enti

fy t

he

stag

es i

n a

lif

e cycl

e o

f an

org

anis

m t

hat

go

es t

hro

ugh c

om

ple

te m

etam

orp

hosi

s (e

.g., b

utt

erfl

y, m

ealw

orm

).

Des

crib

e th

e si

mil

arit

ies

and d

iffe

rence

s in

the

stru

cture

s an

d b

ehav

iors

of

the

egg, la

rvae

, pup

ae, an

d a

dult

inse

ct.

• Id

enti

fy t

he

stag

es i

n t

he

life

cycl

e o

f an

org

anis

m t

hat

goes

th

rou

gh s

imple

(in

com

ple

te)

met

amorp

hosi

s (e

.g., g

rass

hopp

er,

cric

ket

).

Des

crib

e th

e si

mil

arit

ies

and d

iffe

rence

s in

the

stru

cture

s an

d b

ehav

iors

of

the

egg, n

ym

ph,

and a

dult

inse

ct.

Div

ersi

ty a

nd E

volu

tion

Stu

den

ts s

hould

know

that

:

1. M

any d

iffe

rent

kin

ds

of

pla

nts

and

anim

als

live

thro

ughout

the

worl

d. T

hes

e pla

nts

and

anim

als

can b

e gro

up

ed a

cco

rdin

g t

o t

he

char

acte

rist

ics

they s

har

e.

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Copyri

gh

t 20

08, D

ela

ware

Dep

art

men

t of

Edu

cati

on

Pag

e 5

of

10

Stu

den

ts s

hould

be

able

to:

• R

eco

gniz

e th

at t

her

e ar

e m

any d

iffe

rent

kin

ds

of

anim

als

in t

he

worl

d, of

whic

h i

nse

cts

are

on

e gro

upin

g. S

ort

inse

cts

from

anim

als

that

are

not

inse

cts.

Id

enti

fy t

he

char

acte

rist

ics

use

d t

o s

ort

the

inse

cts

(i.e

., t

hre

e bod

y p

arts

, si

x l

egs)

.

Tec

hnolo

gy A

ppli

cati

ons

Stu

den

ts s

hould

know

that

:

1.

Peo

ple

use

the

var

iety

of

pla

nts

and a

nim

als

found t

hro

ughout

the

wo

rld f

or

food, cl

oth

ing, an

d s

hel

ter

(e.g

., s

ilk f

or

cloth

ing,

wood

for

buil

din

g s

hel

ters

).

Stu

den

ts s

hould

be

able

to:

• R

eco

gniz

e th

at s

om

e in

sect

s ar

e co

nsi

der

ed h

arm

ful

to h

um

ans,

pla

nts

, an

d o

ther

anim

als

whil

e oth

er i

nse

cts

can b

e ben

efic

ial.

Tec

hnolo

gy a

llow

s us

to h

elp c

ontr

ol

the

har

mfu

l in

sect

s (i

.e., c

ontr

ol

of

mosq

uit

oes

, te

rmit

es, ti

cks,

etc

.).

Sta

nd

ard

8:

Eco

logy

Inte

ract

ions

wit

hin

the

Envir

onm

ent

Stu

den

ts s

hould

know

that

:

2.

Pla

nts

and a

nim

als

nee

d e

nough s

pac

e an

d r

esou

rces

to s

urv

ive.

O

ver

cro

wdin

g l

eads

to a

n i

ncr

ease

d n

eed f

or

reso

urc

es.

Stu

den

ts s

hould

be

able

to:

• D

escr

ibe

the

effe

cts

that

res

ult

fro

m p

lants

, in

sect

s, a

nd o

ther

anim

als

chan

gin

g t

he

envir

onm

ent

in w

hic

h t

hey l

ive

(e.g

.,

worm

s m

ake

tunn

els

in t

he

eart

h,

cric

ket

s ea

t th

e gra

ss).

• O

bse

rve

the

pla

nts

and a

nim

als

livin

g i

n a

n e

nvir

onm

ent.

Id

enti

fy w

ays

in w

hic

h p

lants

and a

nim

als

ben

efit

fro

m e

ach o

ther

(e.g

., a

nim

als

use

pla

nts

for

food a

nd s

hel

ter,

and p

lants

nee

d i

nse

cts

to s

pre

ad p

oll

en).

• O

bse

rve

and d

escr

ibe

the

effe

cts

of

pla

nt

and a

nim

al o

ver

crow

din

g i

n a

giv

en s

pac

e (i

.e., m

any g

upp

ies

in a

n a

quar

ium

, m

any

bee

tles

in a

hab

itat

). R

ecogniz

e th

at t

his

ov

ercr

ow

din

g r

esult

s in

an i

ncr

ease

d n

eed f

or

bas

ic r

esou

rces

. B

ig I

dea

s O

bse

rvat

ion a

nd E

vid

ence

: to

obse

rve

var

ious

inse

ct l

ife

cyc

les

and g

ath

erin

g e

vid

ence

th

at l

ife

cyc

les

are

sim

ilar

am

ong s

ever

al d

iver

se

org

anis

ms.

Str

uct

ure

and F

unct

ion:

to c

om

par

e si

mil

ar s

truct

ure

s in

dif

fere

nt

org

anis

ms

and i

den

tify

th

e fu

nct

ions

per

form

ed b

y e

ach.

Inte

ract

ions:

of

livin

g t

hin

gs

wit

h t

hei

r en

vir

onm

ents

and o

ne

anoth

er.

Cycl

es:

to o

bse

rve

the

cycl

ic n

ature

of

life

(bir

th, gro

wth

, re

pro

du

ctio

n, d

eath

)

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gh

t 20

08, D

ela

ware

Dep

art

men

t of

Edu

cati

on

Pag

e 6

of

10

Beh

avio

r/R

egula

tion:

of

org

anis

ms

as t

hey r

eact

to t

hei

r en

vir

onm

ent

and e

ach o

ther

.

Chan

ge

over

tim

e: a

s st

uden

ts o

bse

rve

the

stru

ctura

l an

d b

ehav

iora

l ch

anges

th

at o

ccur

du

ring t

he

life

cycl

es o

f v

ario

us

inse

cts.

Un

it E

nd

uri

ng U

nd

erst

an

din

gs

Stu

den

ts w

ill

und

erst

and

that…

L

ivin

g t

hin

gs

hav

e pre

dic

table

and o

bse

rvab

le s

tages

in t

hei

r li

fe c

ycle

s.

All

liv

ing t

hin

gs

nee

d s

hel

ter,

food, w

ater

, li

ght,

and a

ir.

Sp

ecif

ic i

nse

cts

hav

e sp

ecif

ic n

eeds

at d

iffe

rent

tim

es i

n t

hei

r li

fe c

ycle

.

P

hysi

cal

stru

cture

s, f

unct

ions

and n

eeds

of

livin

g t

hin

gs

chan

ge

thro

ughout

thei

r li

fe c

ycle

s.

Un

it E

ssen

tial

Qu

esti

on

(s)

1.

What

are

som

e si

mil

arit

ies

and d

iffe

ren

ces

in t

he

larv

ae, pup

ae, an

d a

dult

s of

inse

cts

that

go t

hro

ugh m

etam

orp

hosi

s (c

om

ple

te o

r

inco

mple

te)?

2.

What

are

the

beh

avio

rs o

f in

sect

s at

dif

fere

nt

stag

es o

f th

eir

life

cycl

e?

3.

How

do s

pec

ific

str

uct

ure

s ai

d i

n t

he

surv

ival

of

inse

cts

thro

ughout

thei

r li

fe c

ycle

?

4.

How

are

inse

ct l

ife

cycl

es r

elat

ed t

o t

he

life

cycl

es o

f oth

er l

ivin

g o

rgan

ism

s?

Kn

ow

led

ge

& S

kil

ls

Know

led

ge:

All

inse

cts

hav

e th

ree

bo

dy p

arts—

hea

d, th

ora

x a

nd a

bdom

en.

All

liv

ing t

hin

gs

nee

d a

ir, fo

od, w

ater

, an

d s

pac

e to

su

rviv

e. S

pec

ific

inse

cts

hav

e sp

ecif

ic n

eeds.

The

stru

cture

s o

f so

me

inse

cts

chan

ge

as t

he

inse

cts

gro

w.

H - 131

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Copyri

gh

t 20

08, D

ela

ware

Dep

art

men

t of

Edu

cati

on

Pag

e 7

of

10

All

inse

cts

hav

e st

ruct

ure

s th

at a

re s

imil

ar t

o o

ne

anoth

er a

nd t

hat

car

ry o

ut

sim

ilar

funct

ions

thro

ugh

out

thei

r li

fe c

ycle

s.

Skil

l:

Gen

erat

e ques

tion

s an

d p

red

icti

ons

usi

ng o

bse

rvat

ions

and e

xplo

rati

on

about

the

nat

ura

l w

orl

d.

Gen

erat

e an

d f

oll

ow

sim

ple

pla

ns

usi

ng s

yst

emat

ic o

bse

rvat

ions

to e

xplo

re q

ues

tions

and p

redic

tion

s.

Coll

ect

dat

a usi

ng o

bse

rvat

ion

s, s

imp

le t

ools

and e

quip

men

t.

Rec

ord

dat

a in

tab

les,

char

ts, an

d b

ar g

rap

hs.

C

om

par

e d

ata

wit

h o

ther

s to

ex

amin

e

and q

ues

tio

n r

esult

s.

Const

ruct

a s

imp

le e

xpla

nat

ion

by a

nal

yzi

ng o

bse

rvat

ional

dat

a. R

evis

e th

e ex

pla

nat

ion w

hen

giv

en n

ew e

vid

ence

or

info

rmat

ion

gai

ned

fro

m

oth

er r

eso

urc

es o

r fr

om

fu

rth

er i

nves

tigat

ion.

Shar

e si

mple

pla

ns,

dat

a, a

nd

ex

pla

nat

ions

wit

h a

n a

udie

nce

and

just

ify t

he

resu

lts

usi

ng t

he

evid

ence

fro

m t

he

inves

tigat

ion.

Use

mat

hem

atic

s, r

eadin

g, w

riti

ng,

and t

echnolo

gy w

hen

conduct

ing a

n i

nves

tigat

ion a

nd c

om

munic

atin

g t

he

resu

lts.

Iden

tify

th

e bas

ic n

eeds

of

all

inse

cts

for

surv

ival

.

Condu

ct s

imple

inves

tigat

ions

to d

eter

min

e an

d d

escr

ibe

how

inse

cts

and v

ario

us

oth

er o

rgan

ism

s re

spond t

o d

iffe

rent

kin

ds

of

stim

uli

.

Condu

ct s

imple

inves

tigat

ions

usi

ng a

rtif

icia

l h

abit

ats

to d

escr

ibe

how

the

surv

ival

of

inse

cts

is a

ffec

ted b

y t

he

envir

onm

ent.

Iden

tify

and d

escr

ibe

the

stru

cture

s of

inse

cts

and v

ario

us

oth

er o

rgan

ism

s th

at e

nab

le t

hem

to f

un

ctio

n i

n t

hei

r en

vir

onm

ent.

Com

par

e an

d c

ontr

ast

the

stru

cture

s on d

iffe

rent

kin

ds

of

inse

cts

at d

iffe

rent

stag

es o

f dev

elopm

ent.

Obse

rve

com

mon s

truct

ure

s of

dif

fere

nt

inse

cts.

D

escr

ibe

the

sim

ilar

itie

s an

d d

iffe

rence

s am

on

g t

he

stru

ctu

res.

R

eco

gniz

e th

at t

he

stru

cture

is

rela

ted t

o t

he

funct

ion i

t p

erfo

rms.

Sta

ge

2:

Ass

essm

ent

Evid

ence

Su

gges

ted

Per

form

an

ce T

ask

(s)

Lif

e cycl

es a

sses

smen

t fo

r G

rad

e T

wo c

an b

e fo

und a

t:

htt

p:/

/ww

w.d

oe

.k1

2.d

e.u

s/p

rog

ra

ms/s

ci_

assess/d

efa

ult

.sh

tml

Key

Tra

nsf

er I

dea

s:

• Id

enti

fy t

he

nee

ds

of

livin

g t

hin

gs

such

as

air,

foo

d, w

ater

, an

d s

pac

e.

• C

om

par

e an

d c

ontr

ast

the

life

cyc

les

of

a v

arie

ty o

f li

vin

g t

hin

gs.

• E

xpla

in h

ow

the

stru

cture

of

livin

g o

rgan

ism

s re

late

s to

the

funct

ion o

f th

e org

anis

m’s

par

ts.

H - 132

001404

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Copyri

gh

t 20

08, D

ela

ware

Dep

art

men

t of

Edu

cati

on

Pag

e 8

of

10

• D

escr

ibe

the

nee

ds,

str

uct

ure

s, a

nd i

nte

ract

ions

of

how

liv

ing o

rgan

ism

s ch

ange

over

tim

e.

• C

om

par

e th

e par

ent

and t

hei

r off

spri

ng. D

escr

ibe

thei

r si

mil

arit

ies

and d

iffe

rence

s.

Stu

den

ts a

re e

xp

ecte

d t

o:

• C

lass

ify t

hin

gs

as l

ivin

g o

r non

-liv

ing.

• R

eco

gniz

e th

at t

he

stru

cture

of

bod

y p

arts

aff

ects

the

par

t’s

fun

ctio

n.

• S

tate

the

char

acte

rist

ics

of

an i

nse

ct.

• E

val

uat

e hab

itat

s fo

r m

eeti

ng b

asic

nee

ds.

• C

om

par

e li

fe c

ycl

es o

f in

sect

s an

d d

escr

ibe

sim

ilar

itie

s an

d d

iffe

rence

s.

• R

ead a

nd a

nal

yze

a g

rap

h.

• P

redic

t li

fe c

ycl

e st

ages

.

• C

om

par

e th

e st

ages

in t

he

life

cyc

le o

f a

tree

.

• D

escr

ibe

chan

ge

over

tim

e of

a li

vin

g o

rgan

ism

.

Ru

bri

cs/c

hec

kli

sts

for

Per

form

an

ce T

ask

s

Lif

e cycl

es r

ub

rics

fo

r G

rade

Tw

o c

an b

e fo

und a

t:

htt

p:/

/ww

w.d

oe

.k1

2.d

e.u

s/p

rog

ra

ms/s

ci_

assess/d

efa

ult

.sh

tml

Oth

er E

vid

ence

Fo

rm

ati

ve

Ass

essm

ent:

Aft

er I

nves

tig

ati

on

3:

Hav

e st

ud

ents

com

ple

te q

ues

tions

1 a

nd 2

on t

he

End o

f M

odule

Ass

essm

ent

from

the

Tea

cher’s

Man

ual

.

Aft

er I

nves

tig

ati

on

6:

Hav

e st

ud

ents

com

ple

te q

ues

tions

12 a

nd 1

3 o

n t

he

End o

f M

odule

Ass

essm

ent

from

the

Tea

cher’s

Man

ual

.

Aft

er I

nves

tig

ati

on

5:

Hav

e st

ud

ents

com

ple

te a

Ven

n d

iagra

m c

om

par

ing a

nd

contr

asti

ng a

Mea

lworm

vs.

Butt

erfl

y. A

lso

, h

ave

stud

ents

crea

te a

lis

t of

at l

east

four

thin

gs

that

inse

cts

nee

d f

or

surv

ival

(ai

r, w

ater

, fo

od, sh

elte

r, s

pac

e, l

igh

t, e

tc.)

.

H - 133

001405

Page 134: Nature and Application of Science and Technology Science ...

Copyri

gh

t 20

08, D

ela

ware

Dep

art

men

t of

Edu

cati

on

Pag

e 9

of

10

Sta

ge

3:

Lea

rnin

g P

lan

(D

esi

gn

Lea

rnin

g A

ctiv

itie

s T

o A

lig

n w

ith

Go

als

an

d A

sses

smen

ts)

Key

lea

rnin

g e

ven

ts n

eed

ed t

o a

chie

ve

un

it g

oals

Res

ou

rce:

FO

SS

In

sect

s

Inves

tiga

tion

On

e: M

ealw

orm

s

In

this

inv

esti

gat

ion, st

ud

ents

ob

serv

e m

ealw

orm

s as

the

chan

ge

from

lar

vae

to p

up

ae t

o a

dult

s.

Whil

e m

akin

g t

hei

r obse

rvat

ions,

stud

ents

des

crib

e la

rval

seg

men

ts, le

gs,

and o

ther

str

uct

ure

s of

mea

lworm

s an

d t

hey r

ecord

ch

anges

in m

ealw

orm

str

uct

ure

and b

ehav

ior

ov

er t

ime.

Inves

tiga

tion

Tw

o:

Waxw

orm

s

S

tud

ents

co

nti

nue

thei

r obse

rvat

ions

of

inse

cts

by c

om

par

ing w

axw

orm

lar

vae

to m

ealw

orm

lar

vae

. C

han

ges

in p

hysi

cal

and

beh

avio

ral

char

acte

rist

ics

are

reco

rded

over

tim

e.

Inves

tiga

tion

Th

ree:

Mil

kw

eed

Bu

gs

In

this

inv

esti

gat

ion, st

ud

ents

rec

eiv

e via

ls o

f m

ilkw

eed b

ug e

ggs.

E

ach g

roup p

repar

es a

hab

itat

for

the

bu

gs

and o

bse

rves

str

uct

ure

,

pat

tern

, an

d b

ehav

ior

as t

he

inse

cts

advan

ce t

hro

ugh s

imple

met

amorp

hosi

s.

Inves

tiga

tion

Fou

r: S

ilk

worm

s

S

tud

ents

are

giv

en s

ilk

wo

rm e

ggs

and o

bse

rve

the

bir

th,

gro

wth

and c

han

ges

to l

arvae

, pup

ae a

nd a

dult

s w

ho p

roduce

eggs.

W

hil

e

mak

ing t

hei

r obse

rvat

ions,

stu

den

ts c

onti

nue

to c

om

par

e al

l of

the

inse

cts

as t

hey g

o t

hro

ugh t

hei

r li

fe p

roce

sses

.

Inves

tiga

tion

Fiv

e: B

utt

erfl

ies

In

this

inv

esti

gat

ion, th

e cl

ass

obse

rves

pai

nte

d l

ady l

arvae

as

they g

row

, p

up

ate,

and e

mer

ge

as a

du

lts.

S

tud

ents

ex

per

ience

the

stag

es o

f

com

ple

te m

etam

orp

hosi

s an

d c

om

par

e th

e b

ehav

iors

of

moth

s an

d b

utt

erfl

ies.

Inves

tiga

tion

Six

: O

ther

in

sect

s

H - 134

001406

Page 135: Nature and Application of Science and Technology Science ...

Copyri

gh

t 20

08, D

ela

ware

Dep

art

men

t of

Edu

cati

on

Pag

e 1

0 o

f 10

Stu

den

ts s

et u

p h

abit

ats

and o

bse

rve

the

stru

cture

s an

d b

ehav

iors

of

house

cri

cket

s, a

nts

and a

qu

atic

inse

cts.

A

ll i

nse

cts

are

obse

rved

and

sim

ilar

itie

s an

d d

iffe

ren

ces

are

dis

cuss

ed a

nd r

ecord

ed.

Res

ou

rces

& T

each

ing T

ips

- S

o M

any K

inds,

So M

any P

lace

s ( I

nves

tigat

ion 1

, par

t 2)

- In

sect

Shap

es a

nd C

olo

rs (

Inves

tigat

ion 3

, par

t 3)

- W

hat

Mak

es a

nd I

nse

ct a

n I

nse

ct?

(Inves

tigat

ion 4

, par

t 5)

- In

sect

Lif

e C

ycl

es (

Inv

esti

gat

ion 5

, p

art

3)

- S

ame

But

Dif

fere

nt

H - 135

001407

Page 136: Nature and Application of Science and Technology Science ...

Del

aw

are

Sci

ence

Coa

liti

on

Gra

de

3 E

art

h M

ate

rials

Un

it T

emp

late

Cop

yrig

ht

2008

Del

aw

are

Dep

art

men

t of

Edu

cati

on

Copyri

gh

t 20

08, D

ela

ware

Dep

art

men

t of

Educati

on

1

H - 136

001408

Page 137: Nature and Application of Science and Technology Science ...

Copyri

gh

t 20

08, D

ela

ware

Dep

art

men

t of

Edu

cati

on

Pag

e 2

of

11

C

ha

rte

r S

ch

oo

l U

nit

Mo

dif

ica

tio

n

Th

e fo

llo

win

g q

ues

tio

ns

ha

ve

bee

n d

evel

op

ed t

o a

ssis

t in

th

e re

fin

emen

t o

f th

e re

qu

ired

sco

pe

an

d s

eq

uen

ce d

ocu

men

ts a

nd

acc

om

pa

ny

ing

un

its

of

inst

ruct

ion

fo

r th

e ch

art

er s

cho

ol

ap

pro

va

l a

nd

re

new

al

pro

cess

es.

T

hro

ug

h a

co

ve

r le

tter

fo

rma

t th

ese

qu

esti

on

s sh

ou

ld b

e a

dd

ress

ed t

o a

ssis

t m

emb

ers

of

the

Del

aw

are

De

pa

rtm

ent

of

Ed

uca

tio

n C

urr

icu

lum

an

d I

nst

ruct

ion

al

Imp

rov

eme

nt

wo

rk g

rou

p e

ffec

tiv

ely

ev

alu

ate

ch

art

er s

cho

ol

ap

pli

cati

on

s.

Gu

idin

g Q

ue

sti

on

s

1.

Wh

y w

as

this

mo

del

un

it o

f in

stru

ctio

n s

elec

ted

as

pa

rt o

f y

ou

r sc

ho

ols

’ cu

rric

ula

r su

bm

issi

on

?

Th

is m

od

el u

nit

of

inst

ruct

ion

wa

s se

lect

ed a

s p

art

of

Th

om

as

Ed

iso

n’s

cu

rric

ula

r su

bm

issi

on

bec

au

se t

hey

are

a p

art

of

the

DE

Sci

ence

Co

ali

tio

n a

nd

th

is u

nit

en

ga

ges

stu

den

ts i

n a

n e

xp

lora

tio

n o

f th

e w

orl

d a

rou

nd

th

em a

nd

all

ow

s th

em t

o i

nv

esti

ga

te

rock

s a

nd

min

era

ls,

con

du

ct t

ests

to

id

enti

fy t

he

pre

sen

ce o

f m

ate

ria

ls w

ith

in t

ho

se s

ub

sta

nce

s a

nd

en

ds

wit

h a

cu

lmin

ati

ng

tra

nsf

er t

ask

th

at

use

s th

eir

kn

ow

led

ge

to i

den

tify

ma

teri

als

su

ita

ble

fo

r a

n e

xte

rio

r sc

ulp

ture

.

2.

Wh

at

mo

dif

ica

tio

ns

ha

ve

bee

n m

ad

e t

o t

he

mo

del

un

it o

f in

stru

ctio

n t

o m

eet

the

spec

ific

nee

ds

of

the

stu

den

t p

op

ula

tio

n y

ou

r sc

ho

ol

serv

es?

N

o m

od

ific

ati

on

s h

av

e b

een

ma

de

to t

his

mo

del

un

it o

f in

stru

ctio

n.

Imb

edd

ed i

nto

th

e u

nit

are

su

gg

esti

on

s fo

r d

iffe

ren

tia

tio

n,

so t

he

nee

ds

of

all

lea

rne

rs c

an

be

met

th

rou

gh

th

is u

nit

as

is.

Tea

cher

s h

av

e re

ceiv

ed t

he

kit

tra

inin

g s

o t

hey

are

co

nfi

den

t in

thei

r a

bil

itie

s to

ex

ecu

te t

his

kit

wit

h f

idel

ity

to

all

lea

rner

s.

3.

Wh

at

mo

dif

ica

tio

ns

ha

ve

bee

n m

ad

e t

o t

he

mo

del

un

it o

f in

stru

ctio

n t

ha

t re

flec

t th

e re

sou

rces

(h

um

an

, ti

me

, b

uil

din

g,

tech

no

log

y e

tc.)

av

ail

ab

le t

o

yo

ur

sch

oo

l?

No

mo

dif

ica

tio

ns

ha

ve

bee

n m

ad

e to

th

is u

nit

of

inst

ruct

ion

4.

Des

crib

e a

ny

oth

er m

od

ific

ati

on

s th

at

ha

ve

bee

n m

ad

e t

o t

he

mo

del

un

it o

f in

stru

ctio

n t

ha

t w

ill

ass

ist

in t

he

curr

icu

lar

rev

iew

fo

r y

ou

r sc

ho

ol.

No

mo

dif

ica

tio

ns

ha

ve

bee

n m

ad

e to

th

is u

nit

.

H - 137

001409

Page 138: Nature and Application of Science and Technology Science ...

Copyri

gh

t 20

08, D

ela

ware

Dep

art

men

t of

Edu

cati

on

Pag

e 3

of

11

Pre

face

: T

his

un

it h

as

bee

n c

rea

ted

as

a m

od

el f

or

tea

cher

s in

th

eir

des

ign

ing

or

red

esig

nin

g o

f co

urs

e cu

rric

ula

. It

is

by

no m

ean

s in

ten

ded

to

be

incl

usi

ve;

rath

er

it i

s m

ea

nt

to b

e a s

pri

ng

bo

ard

fo

r te

ach

er t

ho

ug

ht

an

d c

rea

tivi

ty.

Th

e in

form

ati

on

we

ha

ve i

ncl

ud

ed r

epre

sen

ts o

ne

po

ssib

ilit

y fo

r d

evel

op

ing

a u

nit

ba

sed

on

th

e

Del

aw

are

co

nte

nt

sta

nd

ard

s a

nd

th

e U

nd

erst

an

din

g b

y D

esi

gn

fra

mew

ork

an

d p

hil

oso

ph

y.

Bri

ef S

um

ma

ry o

f U

nit

Stu

den

ts i

nves

tiga

te t

he

ph

ysi

cal

pro

per

ties

of

rock

s a

nd

min

erals

. T

hey

ob

serv

e an

d s

ket

ch r

ock

s a

nd

min

erals

an

d b

egin

to

un

der

stan

d h

ow

rock

s an

d m

iner

als

are

dif

fere

nt.

T

ests

are

con

du

cted

to d

eter

min

e th

e p

hysi

cal

pro

per

ties

of

min

erals

in

clu

din

g

ha

rdn

ess,

lu

ster

, co

lor,

an

d r

eact

ion

to a

cid

. U

sin

g t

he

aci

d t

est

to d

eter

min

e if

calc

ite

is p

rese

nt,

stu

den

ts e

xam

ine

rock

s th

at

may

con

tain

th

e m

iner

al

calc

ite.

L

ast

ly, st

ud

ents

ob

serv

e a r

ock

an

d a

ttem

pt

to d

eter

min

e th

e co

mp

on

ent

min

erals

. S

tud

ents

tra

nsf

er

kn

ow

led

ge

an

d s

kil

ls l

earn

ed i

n t

he

fin

al

ass

essm

ent

in d

ecid

ing u

pon

a g

ood

rock

or

min

eral

choic

e fo

r an

ou

tsid

e st

atu

e.

Del

aw

are

Sci

ence

Con

ten

t S

tan

dard

s

Sta

ge

1:

Des

ired

Res

ult

s D

ela

wa

re S

cien

ce C

on

ten

t S

tan

dard

s

Th

is c

ou

rse

focu

ses

on

th

e D

elaw

are

Sci

ence

Con

ten

t S

tan

dard

s a

nd

Grad

e L

evel

Ex

pec

tati

on

s in

Sta

nd

ard

s 1 a

nd

5 f

ou

nd

on

th

e

foll

ow

ing w

eb s

ite:

htt

p:/

/ww

w.d

oe.

k12

.de.

us/

pro

gra

ms/

ci/c

on

ten

t_a

reas/

scie

nce

.sh

tml

Sta

nd

ard

1-

Natu

re a

nd

Ap

pli

cati

on

of

Sci

ence

an

d T

ech

nolo

gy

U

nder

stan

din

g a

nd A

bil

itie

s of

Sci

enti

fic

Inquir

y

Stu

den

ts s

hould

know

and b

e ab

le t

o:

1.

Under

stan

d t

hat

: S

cien

tifi

c in

ves

tigat

ions,

whet

her

conduct

ed b

y s

tuden

ts o

r sc

ienti

sts,

involv

e as

kin

g a

qu

esti

on a

bout

the

nat

ura

l

worl

d.

• B

e ab

le t

o:

Gen

erat

e qu

esti

ons

and p

redic

tions

usi

ng o

bse

rvat

ions

and e

xplo

rati

on a

bout

the

nat

ura

l w

orl

d.

3.

Under

stan

d t

hat

: T

he

purp

ose

of

accu

rate

obse

rvat

ions

and d

ata

coll

ecti

on i

s to

pro

vid

e ev

iden

ce. S

cien

tist

s use

tools

to e

nhan

ce

thei

r se

nse

s in

ord

er t

o o

bta

in m

ore

evid

ence

.

• B

e ab

le t

o:

Coll

ect

dat

a u

sing o

bse

rvat

ions,

sim

ple

tools

and e

quip

men

t. R

eco

rd d

ata

in t

able

s, c

har

ts, an

d b

ar g

raphs.

Com

par

e dat

a w

ith o

ther

s to

ex

amin

e an

d q

ues

tion r

esult

s.

4.

Under

stan

d t

hat

: S

cien

tist

s use

obse

rvat

ions

from

inv

esti

gat

ions

and k

now

ledge

that

is

alre

ady k

now

n t

o d

evel

op a

n e

xpla

nat

ion.

Be

able

to:

Const

ruct

a s

imple

ex

pla

nat

ion b

y a

nal

yzi

ng o

bse

rvat

ion

al d

ata.

R

evis

e th

e ex

pla

nat

ion w

hen

giv

en n

ew

evid

ence

or

info

rmat

ion

gai

ned

fro

m o

ther

res

ou

rces

or

from

furt

her

inv

esti

gat

ion.

5.

Under

stan

d t

hat

: T

he

purp

ose

of

com

munic

atin

g w

ith o

ther

s is

to s

har

e ev

iden

ce a

nd c

oncl

usi

ons.

Sci

enti

sts

com

munic

ate

the

resu

lts

H - 138

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gh

t 20

08, D

ela

ware

Dep

art

men

t of

Edu

cati

on

Pag

e 4

of

11

of

thei

r in

ves

tigat

ions

to o

ther

s.

• B

e ab

le t

o:

Sh

are

sim

ple

pla

ns,

dat

a, a

nd e

xpla

nat

ions

wit

h a

n a

udie

nce

and j

ust

ify t

he

resu

lts

usi

ng t

he

evid

ence

fro

m t

he

inv

esti

gat

ion.

6.

Under

stan

d t

hat

: T

he

use

of

mat

hem

atic

s, r

eadin

g, w

riti

ng, an

d t

echnolo

gy a

re i

mpo

rtan

t in

conduct

ing s

cien

tifi

c in

quir

ies.

• B

e ab

le t

o:

Use

mat

hem

atic

s, r

eadin

g,

wri

tin

g, an

d t

echnolo

gy w

hen

con

du

ctin

g a

n i

nv

esti

gat

ion a

nd c

om

munic

atin

g t

he

resu

lts.

Sci

ence

, T

echnolo

gy, an

d S

oci

ety

Stu

den

ts s

hould

know

that

:

1.

Peo

ple

hav

e in

ven

ted n

ew t

echnolo

gie

s to

solv

e pro

ble

ms.

Stu

den

ts s

hould

be

able

to:

• Id

enti

fy r

ock

s an

d m

iner

als

as n

atura

l re

sou

rces

and l

ist

ways

that

hum

ans

use

thes

e re

sou

rces

to m

eet

nee

ds

and w

ants

(i.

e.,

fluo

rite

for

tooth

pas

te, m

arb

le f

or

stat

ues

).

Stu

den

ts s

hould

kno

w t

hat

: 2.

Tools

are

use

ful

in s

cien

ce t

o h

elp g

ather

dat

a fo

r obse

rvat

ions

and m

easu

rem

ents

and p

rovid

e a

safe

mea

ns

of

conduct

ing a

n

inv

esti

gat

ion.

Stu

den

ts s

hould

be

able

to:

Des

crib

e th

e ch

anges

to t

he

envir

onm

ent

that

res

ult

fro

m h

um

ans

obta

inin

g r

ock

and m

iner

al r

esou

rces

(e.

g., s

trip

min

ing

).

Sta

nd

ard

5:

Eart

h’s

Dyn

am

ic S

yst

ems

Com

pon

ents

of

Ear

th

Stu

den

ts s

hould

know

that

:

1. C

om

pon

ents

of

Ear

th’s

syst

em i

ncl

ude

min

eral

s, r

ock

s, s

oil

, w

ater

and a

ir. T

hes

e m

ater

ials

can

be

obse

rved

, so

rted

and/o

r cl

assi

fied

bas

ed o

n t

hei

r ph

ysic

al p

roper

ties

.

Stu

den

ts s

hould

be

able

to:

• E

xam

ine

rock

s in

ord

er t

o o

bse

rve

thei

r co

mposi

tion a

nd d

escr

ibe

the

man

y c

om

pon

ents

found i

n r

ock

s.

• Id

enti

fy m

iner

als

as m

ater

ials

th

at c

annot

be

ph

ysi

call

y b

roken

ap

art

any f

urt

her

and m

ay b

e a

rock

com

pon

ent.

• S

ort

and g

roup a

n a

sso

rtm

ent

of

min

eral

s b

ased

on s

imil

arit

ies

and d

iffe

rence

s in

th

eir

ph

ysi

cal

pro

per

ties

.

Stu

den

ts s

hould

know

that

:

6. R

ock

s ar

e nat

ura

l co

mb

inat

ions

of

min

eral

s. M

iner

als

can b

e cl

assi

fied

acc

ord

ing t

o t

hei

r ph

ysic

al p

roper

ties

(i.

e., lu

ster

, co

lor

and

har

dnes

s).

Stu

den

ts s

hould

be

able

to:

• S

ort

and g

roup m

iner

als

bas

ed o

n t

he

ph

ysic

al p

roper

ties

of

har

dn

ess,

colo

r, l

ust

er, an

d r

eact

ion t

o v

ineg

ar (

wea

k a

cid).

U

se

H - 139

001411

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Copyri

gh

t 20

08, D

ela

ware

Dep

art

men

t of

Edu

cati

on

Pag

e 4

of

11

thes

e pro

per

ties

to i

den

tify

com

mon m

iner

als

(quar

tz, fl

uo

rite

, ca

lcit

e, a

nd g

ypsu

m).

Tec

hnolo

gy A

ppli

cati

ons

Stu

den

ts s

hould

know

that

:

1. E

arth

mat

eria

ls c

an b

e obse

rved

and d

escr

ibed

usi

ng s

imple

tools

(e.

g., h

and l

ens

and b

alan

ces)

.

Stu

den

ts s

hould

be

able

to:

• E

xam

ine

an a

sso

rtm

ent

of

rock

s an

d u

se a

ppro

pri

ate

mea

suri

ng t

ools

(bal

ance

s, m

eter

tap

es,

syri

nges

) to

gat

her

dat

a ab

out

the

rock

s’ p

hysi

cal

pro

per

ties

(le

ngth

, ci

rcum

fere

nce

, w

eight)

.

• Id

enti

fy r

ock

s an

d m

iner

als

as n

atura

l re

sou

rces

and l

ist

ways

that

hum

ans

use

th

ese

reso

urc

es t

o m

eet

nee

ds

and w

ants

(i.

e.,

fluo

rite

for

tooth

pas

te, m

arble

for

stat

ues

).

Big

Id

eas

Obse

rvat

ion a

nd e

vid

ence

(st

ud

ents

ob

serv

e ro

ck a

nd m

iner

al s

ample

s an

d c

oll

ect

evid

ence

to i

den

tify

eac

h)

Pro

per

ties

and f

un

ctio

n (

ph

ysi

cal

pro

per

ties

of

rock

s an

d m

iner

als

det

erm

ine

thei

r fu

nct

ion)

Inv

esti

gat

ions

(sci

enti

fica

lly i

nv

esti

gat

ing r

ock

s an

d m

iner

als

wil

l le

ad t

o m

ore

in

form

atio

n a

bout

each

)

Un

it E

nd

uri

ng U

nd

erst

an

din

gs

Stu

den

ts w

ill

un

der

stan

d t

hat…

R

ock

s an

d m

iner

als

hav

e obse

rvab

le p

rop

erti

es.

Thes

e pro

per

ties

can

be

use

d t

o c

om

par

e, s

ort

, an

d c

lass

ify t

he

rock

s an

d m

iner

als.

Sim

ple

tools

are

use

d t

o d

eter

min

e th

e ph

ysic

al p

roper

ties

of

rock

s an

d m

iner

als.

Peo

ple

use

rock

s an

d m

iner

als

to m

eet

thei

r w

ants

and n

eeds.

O

ften

the

use

of

the

rock

or

min

eral

s is

det

erm

ined

by i

ts p

hysi

cal

pro

per

ties

.

Un

it E

ssen

tial

Qu

esti

on

(s)

How

are

pro

per

ties

use

d t

o i

den

tify

, so

rt, an

d c

lass

ify r

ock

s a

nd

min

erals

?

Wh

at

kin

d o

f si

mp

le t

ools

are

use

d t

o h

elp

det

erm

ine

the

pro

per

ties

an

d h

ow

are

th

e to

ols

use

d?

H - 140

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Copyri

gh

t 20

08, D

ela

ware

Dep

art

men

t of

Edu

cati

on

Pag

e 5

of

11

How

does

aci

d r

ain

aff

ect

rock

s th

at

con

tain

calc

ite?

Wh

at

kin

ds

of

rock

s w

ou

ld b

e a g

ood

ch

oic

e fo

r b

uil

din

g m

ate

rial?

Wh

y?

Kn

ow

led

ge

& S

kil

ls

Stu

den

ts w

ill

kn

ow….

Pro

per

ties

of

rock

s in

clude

shap

e, s

ize,

colo

r an

d t

extu

re. T

hes

e pro

per

ties

can

hel

p i

den

tify

, so

rt,

and c

lass

ify r

ock

s.

• R

ock

s ar

e m

ade

of

min

eral

s an

d o

ther

thin

gs.

• M

iner

als

are

a bas

ic b

uil

din

g b

lock

of

rock

s. M

iner

als

cannot

be

bro

ken

dow

n a

ny f

urt

her

.

• W

ater

can

bre

ak r

ock

s ap

art

and d

isso

lve

som

e m

iner

als.

E

vap

ora

tion i

s a

pro

cess

use

d t

o s

epar

ate

the

min

eral

s fr

om

the

wat

er.

• M

iner

als

hav

e p

roper

ties

that

are

use

d i

n i

den

tifi

cati

on.

Thes

e in

clude

cryst

al s

hap

e an

d s

ize,

har

dn

ess,

lust

er, co

lor,

and

reac

tion t

o a

cid.

• A

par

ticu

lar

pro

per

ty o

f th

e m

iner

al c

alci

te i

s th

at i

t fi

zzes

when

in a

cid. T

his

pro

per

ty i

s use

d t

o i

den

tify

rock

s th

at c

onta

in

calc

ite.

• F

izzi

ng e

vid

ence

sho

ws

that

mar

ble

and l

imes

tone

conta

in c

alci

te.

Sk

ills

:

Obse

rve

and c

om

par

e ro

cks

and m

iner

als.

• U

se t

ools

to c

oll

ect

dat

a on r

ock

s an

d m

iner

als.

• In

ves

tigat

e th

e har

dnes

s of

min

eral

s an

d p

lace

min

eral

s in

ord

er a

ccord

ing t

o t

hei

r har

dnes

s.

• In

ves

tigat

e th

e co

lor,

lust

er,

tex

ture

, an

d c

ryst

al s

hap

e of

min

eral

s.

Use

the

dat

a to

com

par

e m

iner

als.

• Id

enti

fy r

ock

s an

d m

iner

als

acco

rdin

g t

o t

hei

r ph

ysi

cal

pro

per

ties

.

• In

ves

tigat

e ro

cks

to d

eter

min

e if

they

conta

in c

alci

te.

• In

ves

tigat

e ro

cks

to d

eter

min

e th

eir

min

eral

com

posi

tion.

• Ju

stif

y t

he

iden

tifi

cati

on o

f ro

cks

and m

iner

als

usi

ng e

vid

ence

.

• S

har

e an

d c

om

par

e d

ata.

• C

om

munic

ate

the

resu

lts

of

inv

esti

gat

ions.

Sta

ge

2:

Ass

essm

ent

Evid

ence

(D

esig

n A

ssess

men

ts T

o G

uid

e I

nst

ru

cti

on

)

Su

gges

ted

Per

form

an

ce T

ask

(s)

H - 141

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Copyri

gh

t 20

08, D

ela

ware

Dep

art

men

t of

Edu

cati

on

Pag

e 6

of

11

Ear

th M

ater

ials

ass

essm

ent

for

gra

de

thre

e ca

n b

e fo

und a

t:

htt

p:/

/ww

w.d

oe

.k1

2.d

e.u

s/p

rog

ra

ms/s

ci_

assess/d

efa

ult

.sh

tml

Key

Tra

nsf

er I

dea

s:

• R

ock

s ar

e m

ade

of

man

y i

ngre

die

nts

, in

cludin

g m

iner

als.

M

iner

als

are

mad

e of

just

one

ingre

die

nt.

• R

ock

s an

d m

iner

als

can b

e so

rted

by u

sin

g t

hei

r p

hys

ical

pro

per

ties

.

• C

olo

r, l

ust

er, te

xtu

re, an

d h

ardnes

s, a

nd r

eact

ion t

o a

cid a

re p

rop

erti

es o

f m

iner

als.

• T

ools

su

ch a

s a

ham

mer

, nai

l, w

ater

, an

d e

vap

ora

ting d

ish c

an b

e use

d t

o h

elp i

den

tify

the

ingre

die

nts

in r

ock

s.

• A

cid i

s use

d t

o i

den

tify

the

pre

sen

ce o

f ca

lcit

e.

Exp

ecta

tion

s of

stu

den

ts:

• E

xpla

in t

he

dif

fere

nce

bet

wee

n a

ro

ck a

nd a

min

eral

.

• S

epar

ate

rock

s fr

om

min

eral

s ac

cord

ing t

o t

hei

r ap

pea

ran

ce.

• Id

enti

fy t

ools

and d

escr

ibe

how

the

tools

are

use

d t

o i

den

tify

the

ingre

die

nts

in r

ock

s.

• O

bse

rve

and d

escr

ibe

the

colo

r, l

ust

er, te

xtu

re, har

dnes

s, a

nd r

eact

ion t

o a

cid o

f m

iner

als.

• C

ondu

ct t

he

scra

tch t

est.

• R

ecord

dat

a in

a t

able

or

char

t.

• P

erfo

rm t

he

vin

egar

tes

t. I

den

tify

rock

s th

at c

onta

in c

alci

te.

• D

eter

min

e w

hic

h r

ock

sam

ple

would

mak

e a

go

od

outs

ide

stat

ue.

Ru

bri

cs/c

hec

kli

sts

for

Per

form

an

ce T

ask

s

Ear

th M

ater

ials

ass

essm

ent

rubri

cs f

or

gra

de

thre

e ca

n b

e fo

und a

t:

htt

p:/

/ww

w.d

oe

.k1

2.d

e.u

s/p

rog

ra

ms/s

ci_

assess/d

efa

ult

.sh

tml

Oth

er E

vid

ence

Fo

rm

ati

ve

ass

essm

ent:

H - 142

001414

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Copyri

gh

t 20

08, D

ela

ware

Dep

art

men

t of

Edu

cati

on

Pag

e 7

of

11

R

ub

ric

to u

se w

ith

th

e st

ud

ent

note

book

:

4:

Stu

den

t w

ork

is

ab

ove

an

d b

eyon

d t

he

exp

ecta

tion

s.

3:

Stu

den

t w

ork

is

com

ple

te a

nd

corr

ect.

2:

Stu

den

t w

ork

is

inco

mp

lete

.

1:

Stu

den

t w

ork

is

inco

rrec

t.

0:

Th

ere

is n

o s

tud

ent

resp

on

se.

In

ves

tigat

ion #

1:

• T

each

er o

bse

rvat

ion o

f E

arth

Mat

eria

ls s

tud

ent

no

tebook p

age

2:

Stu

den

t d

raw

ing s

hould

be

the

corr

ect

size

, sh

ape,

colo

r, a

nd

conta

in s

urf

ace

det

ail.

T

he

mag

nif

ied v

iew

shou

ld m

atch

the

det

aile

d d

raw

ing, o

nly

lar

ger

.

• T

each

er o

bse

rvat

ion o

f E

arth

Mat

eria

ls s

tud

ent

no

tebook p

age

3:

Stu

den

t m

easu

rem

ents

should

be

corr

ect,

usi

ng t

he

corr

ect

met

ric

unit

s (c

enti

met

ers,

gra

ms)

. O

ther

mea

sure

men

ts s

hould

in

clude

mas

s in

gra

ms.

• T

each

er o

bse

rvat

ion o

f E

arth

Mat

eria

ls s

tud

ent

no

tebook p

age

4:

Stu

den

t obse

rvat

ions

should

in

clude

the

mat

eria

ls o

r

“evid

ence

” fo

und w

ithin

th

e m

ock

rock

in

cludin

g r

ed a

nd g

reen

pie

ces,

sh

ells

, an

d a

dough

-lik

e m

ixtu

re.

• T

each

er o

bse

rvat

ion o

f E

arth

Mat

eria

ls s

tud

ent

no

tebook p

age

5:

Stu

den

t obse

rvat

ions

of

the

via

ls b

efore

and a

fter

set

tlin

g

should

in

clude

colo

r, p

arti

cle

size

, an

d d

etai

ls.

It

should

note

the

mix

ture

as

a cl

ou

dy m

ass

bef

ore

set

tlin

g a

nd a

s dis

tin

ct

layer

s af

ter

sett

ling.

• T

each

er o

bse

rvat

ion o

f E

arth

Mat

eria

ls s

tud

ent

no

tebook p

age

6:

Stu

den

t d

raw

ing o

f th

e ev

apora

ting d

ish s

hould

look s

imil

ar

to t

he

actu

al d

ish i

ncl

udin

g c

olo

r, p

arti

cle

size

, sh

ape,

and s

urf

ace

det

ail.

E

xpla

nat

ion f

or

what

is

seen

should

in

clude

evid

ence

.

• T

each

er o

bse

rvat

ion o

f E

arth

Mat

eria

ls s

tud

ent

no

tebook p

age

7:

Stu

den

t ex

pla

nat

ion o

f how

a m

ock

rock

is

like

a re

al r

ock

should

ref

er t

o t

he

fact

th

at r

ock

s ar

e m

ade

of

man

y d

iffe

rent

ingre

die

nts

. T

he

mock

ro

ck h

ad m

any d

iffe

rent

ingre

die

nts

incl

udin

g r

ed a

nd

gre

en g

rav

el, sh

ells

, an

d d

ou

gh.

Inv

esti

gat

ion #

2:

• T

each

er o

bse

rvat

ion o

f E

arth

Mat

eria

ls s

tud

ent

no

tebook p

age

8:

Stu

den

t obse

rvat

ions

of

each

min

eral

shou

ld b

e det

aile

d.

Wri

tten

obse

rvat

ions

should

in

clude

colo

r, l

ust

er (

met

alli

c or

non

-met

alli

c- s

hin

y, o

ily,

eart

hy, dull

), t

extu

re (

rough, sm

ooth

),

and o

ther

inte

rest

ing o

bse

rvat

ions

such

as

edges

.

• T

each

er o

bse

rvat

ion o

f E

arth

Mat

eria

ls s

tud

ent

no

tebook p

age

9:

Stu

den

t d

ata

should

be

accu

rate

fo

r th

e sc

ratc

h t

est.

Inv

esti

gat

ion #

3:

H - 143

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Copyri

gh

t 20

08, D

ela

ware

Dep

art

men

t of

Edu

cati

on

Pag

e 8

of

11

• T

each

er o

bse

rvat

ion o

f E

arth

Mat

eria

ls s

tuden

t no

tebook p

age

10:

Wri

tten

obse

rvat

ions

of

bas

alt,

lim

esto

ne,

mar

ble

, an

d

sandst

one

should

in

clude

colo

r, s

ize,

sh

ape,

tex

ture

, lu

ster

, an

d d

etai

ls s

uch

as

gra

in s

ize.

• T

each

er o

bse

rvat

ion o

f E

arth

Mat

eria

ls s

tud

ent

no

tebook p

age

11:

Stu

den

t obse

rvat

ions

should

incl

ude

whet

her

th

e ro

ck f

izze

d

when

vin

egar

was

pla

ced

on t

he

rock

or

did

not

fizz

. A

chec

k s

hould

be

nex

t to

the

lim

esto

ne

and m

arble

. N

OT

E:

Som

etim

es

the

sandst

one

may f

izz

as w

ell,

dep

endin

g u

pon w

het

her

the

sand

gra

ins

are

hel

d t

oget

her

by a

mat

rix

that

has

cal

cite

in i

t no

t.

• T

each

er o

bse

rvat

ion o

f E

arth

Mat

eria

ls s

tud

ent

no

tebook p

age

12:

Stu

den

t d

raw

ings

should

be

accu

rate

incl

udin

g d

etai

l.

Evid

ence

fro

m t

he

evap

ora

tion o

f ca

lcit

e sh

ould

be

use

d t

o c

om

par

e w

ith e

ach s

ample

and d

eter

min

e th

at l

imes

tone

and

mar

ble

conta

in c

alci

te. (S

ee n

ote

abov

e as

to s

andst

on

e).

In

ves

tigat

ion #

4:

• T

each

er o

bse

rvat

ion o

f E

arth

Mat

eria

ls s

tud

ent

no

tebook p

ages

13, 14, 1

5:

Stu

den

t sh

ould

corr

ectl

y c

onduct

the

scra

tch t

est

and r

eco

rd c

olo

r an

d o

ther

obse

rvat

ions.

O

ther

fo

rmat

ive

asse

ssm

ent

guid

es a

re i

ncl

ud

ed i

n t

he

asse

ssm

ent

po

rtio

n o

f th

e te

ach

er g

uid

e.

Sta

ge

3:

Lea

rnin

g P

lan

(D

esi

gn

Lea

rnin

g A

ctiv

itie

s T

o A

lig

n w

ith

Go

als

an

d A

sses

smen

ts)

Key

lea

rnin

g e

ven

ts n

eed

ed t

o a

chie

ve

un

it g

oals

Res

ou

rce:

Th

e R

egen

ts o

f th

e U

niv

ersi

ty o

f C

ali

forn

ia. F

OS

S E

art

h M

ate

rials

. D

elta

Ed

uca

tion

. 2000.

Inv

esti

gat

ion #

1:

Mo

ck R

ock

s.

Stu

den

ts o

bse

rve

a hom

emad

e ro

ck a

nd l

earn

ab

out

rock

pro

per

ties

of

colo

r, s

ize,

sh

ape,

tex

ture

, an

d m

ass.

S

tud

ents

tak

e th

e M

ock

Rock

apar

t an

d s

epar

ate

the

ingre

die

nts

lea

rnin

g t

hat

a r

ock

is

com

pose

d o

f m

any d

iffe

rent

min

eral

s an

d o

ther

thin

gs.

L

astl

y, st

ud

ents

use

an

evap

ora

tion t

est

to i

den

tify

the

min

eral

s th

at w

ere

in t

he

rock

.

Inv

esti

gat

ion #

2:

Scr

atch

Tes

t.

Stu

den

ts l

earn

that

min

eral

s m

ake

up r

ock

s an

d t

hat

min

eral

s h

ave

pro

per

ties

th

at c

an b

e use

d f

or

iden

tifi

cati

on. S

tud

ents

conduct

tes

ts f

or

har

dnes

s (S

crat

ch t

est)

and f

or

calc

ite

(Fiz

z te

st)

and o

bse

rve

the

colo

r, l

ust

er,

and t

extu

re. T

his

is

reco

rded

in t

able

fo

rm.

Inv

esti

gat

ion #

3:

Cal

cite

Ques

t.

Stu

den

ts l

earn

th

at c

alci

te i

s a

min

eral

th

at c

an b

e id

enti

fied

by u

sin

g t

he

fizz

tes

t an

d w

atch

ing f

or

the

reac

tion. S

tud

ents

th

en t

est

oth

er

H - 144

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Copyri

gh

t 20

08, D

ela

ware

Dep

art

men

t of

Edu

cati

on

Pag

e 9

of

11

rock

s to

see

if

the

rock

s co

nta

in c

alci

te.

Inv

esti

gat

ion #

4:

take

It F

or

Gra

nit

e

Gra

nit

e is

a r

ock

th

at c

onta

ins

man

y m

iner

als.

In

this

inv

esti

gat

ion, st

ud

ents

obse

rve

the

gra

nit

e an

d c

onduct

tes

ts t

o i

den

tify

the

min

eral

s.

Res

ou

rces

& T

each

ing T

ips

(Co

nsi

der

the

two

quest

ions

bel

ow

wh

en c

om

ple

tin

g t

his

sec

tio

n.)

o

Wh

at

text/

pri

nt/

med

ia/k

it/w

eb r

eso

urc

es b

est

sup

port

th

is u

nit

?

B

ibli

ogra

ph

y fo

r E

art

h M

ate

rials

N

am

e of

book

A

uth

or

ISB

N

Oth

er i

nfo

**P

lanet

Ear

th I

nsi

de

Ou

t G

ibbon

s, G

ail

0688096808

Mo

rro

w,

199

5.

Sin

gle

co

lore

d p

ho

togra

ph

s d

etai

l th

e co

nce

pts

of

Pan

gae

a, c

on

tin

ents

, m

agn

etic

fie

ld,

inn

er a

nd o

ute

r co

re,

and

mo

re.

New

top

ics

are

add

ed v

isu

ally

an

d f

actu

ally

on

e p

age

at a

tim

e.

Go

od

anal

ogie

s an

d d

efin

itio

ns

hel

p c

hil

dre

n u

nd

erst

and

th

e co

mp

lex c

on

cep

ts.

Exce

llen

t il

lust

rati

on

s u

tili

zin

g b

old

co

lors

in

vit

e cl

ose

r id

enti

fica

tio

n o

f

con

cep

ts.

**T

he

Mag

ic S

chool

Bus

Insi

de

Th

e E

arth

C

ole

, Jo

anna

0590407597

Stu

den

ts t

ake

an a

dven

ture

th

rou

gh

th

e ce

nte

r o

f th

e ea

rth

.

1000 F

acts

About

Th

e E

arth

B

utt

erfi

eld, M

oir

a 1856978087

Exam

ines

vo

lcan

oes

, ri

ver

s, d

eser

ts,

rain

fore

sts,

wea

ther

an

d o

ther

fac

ts

abo

ut

the

eart

h.

Cav

es

Kra

mer

. S

teph

en

0613772008

Car

olr

ho

da,

199

5.

Cav

es a

re e

xp

lain

ed t

o e

mer

gen

t re

ader

s in

an

inte

rest

ing a

nd i

nfo

rmat

ive

man

ner

. T

he

read

er i

s ta

ken

in

to v

ario

us

caves

an

d m

uch

exp

lan

atio

n f

oll

ow

s, g

ivin

g a

so

lid

un

der

stan

din

g o

f

caves

an

d c

ave

life

. T

he

auth

or

des

crib

es h

ow

to

dre

ss t

o g

o i

nto

a c

ave

and

ho

w t

o p

rep

are

for

cave

exp

lora

tion

. E

arth

L

euts

cher

, A

lfre

d

0803721099

Des

crib

es t

he

clay

, ch

alk,

san

d a

nd

hu

mu

s w

hic

h m

ake

up

var

iou

s kin

ds

of

soil

an

d d

escr

ibes

th

e w

ay p

lan

ts a

nd

anim

als

dep

end

upo

n t

he

eart

h

for

life

. E

ver

ybod

y N

eeds

A R

ock

B

aylo

r, B

yrd

0689710518

Mac

Mil

lan P

ub

lish

ing C

om

pan

y o

r A

lad

din

pap

erb

acks,

Sim

on

and

S

chu

ster

, 19

74

. T

his

bo

ok o

ffer

s te

n r

ule

s fo

r co

llec

tin

g r

ock

s.

Eyew

itnes

s B

ooks,

Ro

cks

And

Min

eral

s S

ymes

, D

r. R

. F

. 0756607191

Alf

red

A.

Kn

op

f, I

nc.

T

his

res

ourc

e b

oo

k m

ay b

e d

iffi

cult

rea

din

g f

or

thir

d g

rad

ers,

bu

t it

has

hun

dre

ds

of

wo

nd

erfu

l co

lor

ph

oto

s th

at w

ill

sati

sfy a

ll r

ead

ers.

Gem

ston

es

Hal

l, C

ally

0789489856

Eas

y i

den

tifi

cati

on

bo

ok.

How

To D

ig A

Hole

To T

he

Oth

er S

ide

Of

Th

e E

arth

M

cNult

y, F

aith

0590435027

Wh

imsi

cal

and

ad

ven

turo

us

Let

’s G

o R

ock

Coll

ecti

ng

G

ans,

Rom

a 0064451704

Th

is b

oo

k g

oes

on t

o d

iscu

ss t

he

form

atio

n,

har

dn

ess,

typ

es a

nd

use

s o

f ro

cks.

H - 145

001417

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Copyri

gh

t 20

08, D

ela

ware

Dep

art

men

t of

Edu

cati

on

Pag

e 1

0 o

f 11

R

ock

s A

re E

ver

ywh

ere

Ric

e, C

her

yl

1557349274

Wri

tten

fo

r b

egin

ner

rea

der

s

Sec

rets

In S

ton

e W

yler

, R

ose

and A

mes

Sch

ola

stic

, 19

70

.

Sto

ne

Soup

Bro

wn,

Mar

cia

0689711034

F S

crib

ner

, 19

75

. A

n o

ld F

ren

ch t

ale

abo

ut

sold

iers

wh

o t

rick

mis

erly

vil

lages

in

to m

akin

g t

hem

a f

east

.

Syl

ves

ter

And T

he

Mag

ic

Peb

ble

S

teig

, W

illi

am

0671662694

Sim

on

an

d S

chu

ster

, 19

69.

Syl

vest

er f

ind

s a

mag

ic p

ebb

le t

hat

can

mak

e w

ish

es c

om

e tr

ue.

The

Big

Rock

H

isco

ck, B

ruce

0689829582

Tel

ls t

he

sto

ry o

f a

ver

y o

ld r

ock

an

d t

he

his

tory

of

the

eart

h.

The

Mis

sing F

oss

il M

yst

ery

Her

man

, E

mil

y

0786810912

Fic

tio

n.

A s

tory

ab

ou

t tw

o s

ibli

ngs.

Th

e yo

un

ger

sib

lin

g t

akes

th

e o

lder

b

roth

er’s

tri

lob

ite

to s

cho

ol

and

loss

es i

t in

th

e cl

assr

oo

m.

The

Peb

ble

In

My P

ock

et;

A

His

tory

Of

Our

Ear

th

Hooper

, M

ered

ith a

nd

Chri

s C

oad

y

0670862592

Th

is b

oo

k t

race

s o

ne

peb

ble

’s h

isto

ry a

s th

e fa

ce o

f th

e ea

rth

ch

anges

.

The

Pra

ctic

al G

eolo

gis

t D

ixon,

Dougal

0671746979

Go

od

tea

cher

ref

eren

ce b

oo

k.

The

Vil

lage

Of

Round A

nd

Squar

e H

ouse

s G

rifa

iconi,

Ann

0316328626

A m

ult

icu

ltu

ral

bo

ok a

bo

ut

a ce

ntr

al A

fric

an v

illa

ge,

To

s.

Th

e b

ook t

ells

ho

w t

he

ho

use

s w

ere

des

ign

ated

in

th

e af

term

ath

of

the

vo

lcan

o r

elea

sin

g

its

full

fu

ry o

n t

he

vil

lage.

T

his

Is

Ou

r E

arth

B

enso

n,

Lau

ra L

ee

0881064475

Res

ou

rces

:

Iron H

ill

Muse

um

, N

ewar

k D

E. Y

ou c

an t

ake

on

e cl

ass

at a

tim

e. B

usi

nes

s hou

rs 1

2 –

3;

conta

ct p

erso

n –

Lau

ra

o

Wh

at

tip

s to

tea

cher

s of

the

un

it c

an

you

off

er a

bou

t li

kel

y r

ou

gh

sp

ots

/stu

den

t m

isu

nd

erst

an

din

gs

an

d p

erfo

rman

ce

wea

kn

esse

s, a

nd

how

to t

rou

ble

shoot

those

iss

ues

?

1. M

ock

Ro

cks.

W

hen

mak

ing t

he

mo

ck r

ock

s, b

e su

re t

o a

llow

tim

e fo

r th

e ro

cks

to c

om

ple

tely

dry

. B

akin

g t

hem

in a

n o

ven

at

200

deg

rees

for

3 h

ours

wil

l hel

p.

Acc

om

mod

ati

on

/Dif

fere

nti

ati

on

id

eas

an

d t

ips

All

in

ves

tiga

tion

s:

H - 146

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Copyri

gh

t 20

08, D

ela

ware

Dep

art

men

t of

Edu

cati

on

Pag

e 1

1 o

f 11

• V

oca

bula

ry:

As

you c

hro

nolo

gic

ally

go t

hro

ugh e

ach i

nv

esti

gat

ion, h

ave

studen

ts k

eep a

rec

ord

of

the

voca

bula

ry w

ord

s an

d

thei

r def

init

ions.

S

tud

ents

can

th

en r

efer

to t

hes

e w

ord

s to

use

in t

hei

r note

books.

• Jo

urn

als:

You m

ay w

ant

to k

eep a

mar

ble

com

posi

tion b

ook a

s a

stud

ent

jou

rnal

. I

n t

his

book, st

ud

ents

can

pra

ctic

e th

eir

wri

ting s

kil

ls b

y c

op

yin

g d

ow

n r

efle

ctio

n q

ues

tions

at t

he

end o

f ea

ch i

nv

esti

gat

ion a

nd t

hen

answ

erin

g t

hes

e ques

tions.

T

his

wil

l fo

rmat

ivel

y a

sses

s st

ud

ent

und

erst

andin

g.

H - 147

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Copyri

gh

t 20

08 D

ela

ware

Dep

art

men

t of

Educati

on P

age 1

of

10

Del

aw

are

Sci

ence

Coa

liti

on

Gra

de

4 S

ky W

atc

her

s U

nit

Tem

pla

te

Cop

yrig

ht

2008 D

elaw

are

Dep

art

men

t of

Edu

cati

on

H - 148

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Page 149: Nature and Application of Science and Technology Science ...

Copyri

gh

t 20

08 D

ela

ware

Dep

art

men

t of

Educati

on P

age 2

of

10

C

ha

rte

r S

ch

oo

l U

nit

Mo

dif

ica

tio

n

Th

e fo

llo

win

g q

ues

tio

ns

ha

ve

bee

n d

evel

op

ed t

o a

ssis

t in

th

e re

fin

emen

t o

f th

e re

qu

ired

sco

pe

an

d s

eq

uen

ce d

ocu

men

ts a

nd

acc

om

pa

ny

ing

un

its

of

inst

ruct

ion

fo

r th

e ch

art

er s

cho

ol

ap

pro

va

l a

nd

re

new

al

pro

cess

es.

T

hro

ug

h a

co

ve

r le

tter

fo

rma

t th

ese

qu

esti

on

s sh

ou

ld b

e a

dd

ress

ed t

o a

ssis

t m

emb

ers

of

the

Del

aw

are

De

pa

rtm

ent

of

Ed

uca

tio

n C

urr

icu

lum

an

d I

nst

ruct

ion

al

Imp

rov

eme

nt

wo

rk g

rou

p e

ffec

tiv

ely

ev

alu

ate

ch

art

er s

cho

ol

ap

pli

cati

on

s.

Gu

idin

g Q

ue

sti

on

s

1.

Wh

y w

as

this

mo

del

un

it o

f in

stru

ctio

n s

elec

ted

as

pa

rt o

f y

ou

r sc

ho

ols

’ cu

rric

ula

r su

bm

issi

on

?

Th

is m

od

el u

nit

of

inst

ruct

ion

wa

s se

lect

ed a

s p

art

of

Th

om

as

Ed

iso

n’s

cu

rric

ula

r su

bm

issi

on

bec

au

se t

hey

are

a p

art

of

the

DE

Sci

ence

Co

ali

tio

n.

It i

s a

ba

sis

for

inst

ruct

ion

ab

ou

t th

e co

ntr

ast

s a

nd

co

mp

ari

son

s th

at

can

be

ma

de

bet

wee

n t

he

da

y a

nd

nig

htt

ime

skie

s, a

s w

ell

as

an

in

tro

du

ctio

n f

or

the

scie

nti

fic

rea

son

ing

beh

ind

th

e se

aso

ns

cha

ng

e.

2.

Wh

at

mo

dif

ica

tio

ns

ha

ve

bee

n m

ad

e t

o t

he

mo

del

un

it o

f in

stru

ctio

n t

o m

eet

the

spec

ific

nee

ds

of

the

stu

den

t p

op

ula

tio

n y

ou

r sc

ho

ol

serv

es?

No

mo

dif

ica

tio

ns

ha

ve

bee

n m

ad

e to

th

is m

od

el u

nit

of

inst

ruct

ion

. Im

bed

de

d i

nto

th

e u

nit

are

su

gg

esti

on

s fo

r d

iffe

ren

tia

tio

n,

so t

he

nee

ds

of

all

lea

rne

rs c

an

be

met

th

rou

gh

th

is u

nit

as

is.

Tea

cher

s h

av

e re

ceiv

ed t

he

kit

tra

inin

g s

o t

hey

are

co

nfi

den

t in

thei

r a

bil

itie

s to

ex

ecu

te t

his

kit

wit

h f

idel

ity

to

all

lea

rner

s.

3.

Wh

at

mo

dif

ica

tio

ns

ha

ve

bee

n m

ad

e t

o t

he

mo

del

un

it o

f in

stru

ctio

n t

ha

t re

flec

t th

e re

sou

rces

(h

um

an

, ti

me

, b

uil

din

g,

tech

no

log

y e

tc.)

av

ail

ab

le t

o

yo

ur

sch

oo

l?

No

mo

dif

ica

tio

ns

ha

ve

bee

n m

ad

e to

th

is u

nit

of

inst

ruct

ion

4.

Des

crib

e a

ny

oth

er m

od

ific

ati

on

s th

at

ha

ve

bee

n m

ad

e t

o t

he

mo

del

un

it o

f in

stru

ctio

n t

ha

t w

ill

ass

ist

in t

he

curr

icu

lar

rev

iew

fo

r y

ou

r sc

ho

ol.

No

mo

dif

ica

tio

ns

ha

ve

bee

n m

ad

e to

th

is u

nit

, a

lth

ou

gh

th

e te

ach

ers

are

co

gn

iza

nt

tha

t th

ey w

ill

ha

ve

to c

rea

te a

n e

nd

of

un

it

sum

ma

tiv

e a

sses

smen

t fo

r ev

iden

ce o

f st

ud

ent

con

ten

t m

ast

ery

.

H - 149

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Copyri

gh

t 20

08 D

ela

ware

Dep

art

men

t of

Educati

on P

age 3

of

10

Pre

face

: T

his

un

it h

as

bee

n c

reate

d a

s a m

odel

for

teach

ers

in t

hei

r d

esig

nin

g o

r re

des

ign

ing o

f co

urs

e cu

rric

ula

. I

t is

by

no

mea

ns

inte

nd

ed t

o b

e in

clu

sive

; ra

ther

it

is m

ean

t to

be

a s

pri

ngboard

for

teach

er t

hou

gh

t a

nd c

reati

vity

. T

he

info

rmati

on

we

ha

ve i

ncl

ud

ed

repre

sen

ts o

ne

poss

ibil

ity

for

dev

elopin

g a

un

it b

ase

d o

n t

he

Del

aw

are

con

ten

t st

an

dard

s a

nd t

he

Un

der

sta

ndin

g b

y D

esig

n f

ram

ework

an

d p

hil

oso

ph

y.

Bri

ef S

um

ma

ry o

f U

nit

:

In t

his

un

it s

tud

ents

wil

l le

arn

ab

ou

t co

mp

ari

ng a

nd

con

trast

ing t

he

day

an

d n

igh

ttim

e sk

y,

eart

h r

ota

tion

an

d r

evolu

tion

an

d i

ts

aff

ect

on

sea

son

al

chan

ge,

moon

ph

ase

s, t

he

effe

cts

of

the

sun

in

pro

du

cin

g l

igh

t an

d h

eat,

an

d t

he

com

pon

ents

of

the

sola

r sy

stem

.

Del

aw

are

Sci

ence

Con

ten

t S

tan

dard

s

Sta

ge

1:

Des

ired

Res

ult

s D

ela

wa

re S

cien

ce C

on

ten

t S

tan

dard

s

Th

is c

ou

rse

focu

ses

on

th

e D

elaw

are

Sci

ence

Con

ten

t S

tan

dard

s a

nd

Grad

e L

evel

Ex

pec

tati

on

s in

Sta

nd

ard

s 1 a

nd

4 f

ou

nd

on

th

e

foll

ow

ing w

eb s

ite:

htt

p:/

/ww

w.d

oe.

k12

.de.

us/

pro

gra

ms/

ci/c

on

ten

t_a

reas/

scie

nce

.sh

tml

Sta

nd

ard

1:

Natu

re a

nd

Ap

pli

cati

on

of

Sci

ence

an

d T

ech

nolo

gy

U

nder

stan

din

gs

and A

bil

itie

s of

Sci

enti

fic

Inquir

y

Stu

den

ts s

hou

ld k

now

and b

e ab

le t

o:

1. U

nder

stan

d t

hat

: S

cien

tifi

c in

ves

tigat

ions

involv

e as

kin

g a

fo

cuse

d s

cien

tifi

c ques

tion.

Inves

tigat

ions

dif

fer

dep

endin

g u

pon t

he

qu

esti

on b

eing a

sked

.

• B

e ab

le t

o:

Gen

erat

e fo

cuse

d q

ues

tions

and i

nfo

rmed

pre

dic

tions

about

the

nat

ura

l w

orl

d.

2. U

nder

stan

d t

hat

: F

air

test

des

ign s

uppo

rts

the

val

idit

y o

f th

e in

ves

tigat

ion. S

om

etim

es i

t is

not

poss

ible

to k

now

ever

ythin

g t

hat

wil

l h

ave

an e

ffec

t on t

he

inv

esti

gat

ion o

r co

ntr

ol

all

condit

ions.

• B

e ab

le t

o:

Des

ign a

nd c

onduct

sim

ple

to m

ult

i-st

ep i

nv

esti

gat

ions

in o

rder

to t

est

pre

dic

tions.

K

eep c

onst

ant

all

but

the

condit

ion b

eing t

este

d.

3. U

nder

stan

d t

hat

: T

he

purp

ose

of

accu

rate

dat

a co

llec

tion i

s to

pro

vid

e ev

iden

ce t

o c

om

par

e w

ith t

he

pre

dic

tion.

• B

e ab

le t

o:

Acc

ura

tely

co

llec

t d

ata

usi

ng o

bse

rvat

ions,

sim

ple

tools

and e

quip

men

t.

Dis

pla

y a

nd o

rgan

ize

dat

a in

table

s, c

har

ts, dia

gra

ms,

and b

ar g

raphs

or

plo

ts o

ver

tim

e. C

om

par

e an

d q

ues

tion r

esult

s w

ith a

nd f

rom

oth

ers.

4. U

nder

stan

d t

hat

: T

he

bod

y o

f sc

ienti

fic

know

ledge

gro

ws

as s

cien

tist

s as

k q

ues

tions,

conduct

inv

esti

gat

ions,

dev

elop e

xpla

nat

ions

and c

om

par

e re

sult

s w

ith w

hat

is

alre

ady k

no

wn.

• B

e ab

le t

o:

Const

ruct

a r

easo

nab

le e

xpla

nat

ion b

y a

nal

yzin

g e

vid

ence

fro

m t

he

dat

a. R

evis

e th

e ex

pla

nat

ion a

fter

com

par

ing r

esult

s w

ith o

ther

sou

rces

or

afte

r fu

rth

er i

nv

esti

gat

ion.

H - 150

001422

Page 151: Nature and Application of Science and Technology Science ...

Copyri

gh

t 20

08 D

ela

ware

Dep

art

men

t of

Educati

on P

age 4

of

10

5. U

nd

erst

and t

hat

: T

he

purp

ose

of

com

munic

atin

g i

s to

sh

are

and j

ust

ify r

esult

s.

Sci

enti

sts

com

munic

ate

thei

r re

sult

s to

oth

ers,

incl

udin

g t

he

det

ails

th

at a

llow

oth

ers

to r

epli

cate

the

resu

lts.

• B

e ab

le t

o:

Com

munic

ate

pro

cedure

s, d

ata,

and e

xpla

nat

ions

to a

var

iety

of

audie

nce

s.

Just

ify t

he

resu

lts

by u

sin

g

evid

ence

to f

orm

an a

rgu

men

t.

6. U

nder

stan

d t

hat

: T

he

use

of

mat

hem

atic

s, r

eadin

g, w

riti

ng, an

d t

echnolo

gy a

re i

mpo

rtan

t in

conduct

ing s

cien

tifi

c in

quir

ies.

• B

e ab

le t

o:

Use

mat

hem

atic

s, r

eadin

g, w

riti

ng, an

d t

echnolo

gy w

hen

con

du

ctin

g s

cien

tifi

c in

quir

ies.

Sci

ence

, T

echnolo

gy, an

d S

oci

ety

Stu

den

ts s

hould

know

that

:

1.

Sci

ence

and t

echnolo

gy a

re r

elat

ed.

Tec

hnolo

gy p

rovid

es t

he

tools

nee

ded

for

scie

nce

to i

nv

esti

gat

e ques

tions

and m

ay p

rovid

e

solu

tions

to s

oci

ety’

s p

roble

ms,

wan

ts,

or

nee

ds.

N

ot

all

tech

nolo

gic

al s

olu

tions

are

effe

ctiv

e, u

nif

orm

ly b

enef

icia

l, o

r eq

ual

ly

avai

lable

to e

ver

yone.

Stu

den

ts s

hould

be

able

to:

• U

sin

g n

ewsp

aper

s, t

he

inte

rnet

, an

d a

ctual

sk

y o

bse

rvat

ions

when

poss

ible

, ch

art

the

app

eara

nce

of

the

Moon i

n t

he

nig

ht

sky o

ver

the

cou

rse

of

at l

east

tw

o m

onth

s. I

den

tify

th

e bas

ic p

atte

rn o

f th

e M

oon’s

app

eara

nce

. C

lass

ify t

he

Moon’s

appea

rance

by u

sing t

he

term

s n

ew, fi

rst

quar

ter,

full

, la

st (

thir

d)

quar

ter.

• U

se p

hoto

s gat

her

ed f

rom

robot

pro

bes

, th

e H

ub

ble

tel

esco

pe,

and m

anned

ex

plo

rati

on o

f th

e M

oon, to

ex

amin

e

pic

ture

s of

the

pla

net

s an

d M

oon.

Sta

nd

ard

4:

Ea

rth

in

Sp

ace

T

he

Ear

th/M

oon/S

un S

yste

m

Stu

den

ts s

ho

uld

know

that

:

1. T

he

appar

ent

pat

h o

f th

e S

un, as

see

n f

rom

Ear

th, is

fro

m e

ast

to w

est.

O

ver

the

cou

rse

of

a day,

hal

f of

the

Ear

th i

s al

way

s

illu

min

ated

by t

he

Sun c

ausi

ng d

ay,

and t

he

hal

f n

ot

illu

min

ated

by th

e S

un e

xper

ien

ces

nig

htt

ime.

Stu

den

ts s

ho

uld

be

able

to:

• O

bse

rve

and d

escr

ibe

the

pat

h o

f th

e S

un a

t it

appea

rs t

o m

ove

acro

ss t

he

sky f

rom

eas

t to

wes

t duri

ng t

he

cou

rse

of

a day.

Stu

den

ts s

hould

know

that

:

2. T

he

cycl

e fr

om

day t

o n

ight

is c

ause

d b

y t

he

Ear

th’s

rota

tion. E

arth

un

der

goes

one

com

ple

te r

ota

tion a

bout

ever

y 2

4 h

ours

.

Stu

den

ts s

hould

be

able

to:

• U

se m

od

els

to d

escr

ibe

how

the

Ear

th’s

rota

tion o

n i

ts a

xis

cau

ses

one

hal

f of

the

Ear

th t

o a

lways

be

illu

min

ated

by t

he

Sun

(day)

and o

ne

hal

f to

not

be

illu

min

ated

by t

he

Su

n (

nig

ht)

. A

pp

ly t

his

mo

del

of

the

rota

tin

g E

arth

to e

xpla

in w

hy t

he

Sun

app

ears

to m

ove

acro

ss t

he

sky e

ach d

ay f

rom

eas

t to

wes

t.

Stu

den

ts s

hould

know

that

:

3. T

he

Moon o

rbit

s th

e E

arth

. T

he

app

eara

nce

of

the

Moon c

han

ges

as

it m

ov

es t

hro

ugh i

ts o

rbit

. T

hes

e ch

anges

are

cal

led p

has

es.

Stu

den

ts s

hould

be

able

to:

H - 151

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Page 152: Nature and Application of Science and Technology Science ...

Copyri

gh

t 20

08 D

ela

ware

Dep

art

men

t of

Educati

on P

age 5

of

10

• U

sing n

ewsp

aper

s, t

he

inte

rnet

, an

d a

ctual

sk

y o

bse

rvat

ions

when

poss

ible

, ch

arts

the

app

eara

nce

of

the

Moon i

n t

he

nig

ht

sky

ov

er t

he

cou

rse

of

at l

east

tw

o m

onth

s.

Iden

tify

the

bas

ic p

atte

rn o

f th

e M

oon’s

appea

rance

. C

lass

ify t

he

Moo

n’s

app

eara

nce

by u

sin

g t

he

term

s n

ew, fi

rst

qu

arte

r, f

ull

, la

st (

thir

d)

quar

ter.

Stu

den

ts s

hould

know

that

:

4. T

he

Sun i

s m

uch

lar

ger

than

the

Moon. A

lthough t

he

Moon i

s cl

ose

r to

Ear

th t

han

th

e S

un, th

e tw

o a

ppea

r to

be

the

sam

e si

ze

when

vie

wed

fro

m E

arth

. T

his

is

bec

ause

obje

cts

appea

r sm

all e

r as

the

dis

tance

fro

m t

he

vie

wer

incr

ease

s.

Stu

den

ts s

hould

be

able

to:

• O

bse

rve

the

size

of

the

Sun a

nd M

oon i

n t

he

sky.

Use

mod

els

to i

llust

rate

the

app

rox

imat

e si

ze a

nd d

ista

nce

rel

atio

nsh

ip

bet

wee

n t

he

Sun a

nd M

oon.

Ex

pla

in w

hy the

Su

n a

nd M

oon a

pp

ear

to b

e si

mil

ar i

n s

ize

when

obse

rved

in t

he

sky.

The

Sola

r S

yste

m

Stu

den

ts s

hould

know

that

:

1.

Ear

th i

s one

of

the

pla

net

s in

our

Sola

r S

yste

m t

hat

orb

its

the

Sun. T

he

Sun w

e se

e du

ring t

he

day i

s our

nea

rest

sta

r. S

tars

we

see

at

nig

ht

lie

outs

ide

our

Sola

r S

yst

em.

Stu

den

ts s

hould

be

able

to:

• Id

enti

fy a

nd o

rder

the

maj

or

pla

net

s an

d d

escr

ibe

how

they

all

rev

olv

e ar

oun

d t

he

Sun.

• R

esea

rch a

nd d

evel

op a

short

rep

ort

on o

ne

of

the

pla

net

s in

the

Sola

r S

yst

em. C

om

par

e th

e in

form

atio

n l

earn

ed i

n t

he

report

s.

• D

escr

ibe

ou

r S

un a

s a

star

that

is

sim

ilar

to o

ther

sta

rs t

hat

are

see

n i

n t

he

nig

ht

sky. E

xpla

in w

hy o

ur

Sun a

ppea

rs t

o b

e la

rger

in s

ize

than

oth

er s

tars

.

Tec

hnolo

gy a

nd A

ppli

cati

ons

Stu

den

ts s

hould

know

that

:

1. H

um

anit

y’s

vie

w o

f th

e S

ola

r S

yste

m h

as e

xpan

ded

enorm

ousl

y a

s a

resu

lt o

f our

explo

rati

on o

f oute

r sp

ace.

T

he

Hubble

tele

scope

giv

es u

s a

bet

ter

vie

w o

f th

e m

any p

lan

ets

than

the

vie

w w

e hav

e fr

om

the

Ear

th. R

obot

pro

bes

; se

nt

to p

lanet

s, s

end

bac

k c

lose

-up p

ictu

res

of

thei

r su

rfac

es.

Stu

den

ts s

hould

be

able

to:

• U

se p

hoto

s gat

her

ed f

rom

ter

rest

rial

tel

esco

pes

, ro

bot

pro

bes

, th

e H

ubble

tel

esco

pe,

and m

anned

ex

plo

rati

on o

f th

e M

oon t

o

exam

ine

pic

ture

s of

the

pla

net

s an

d M

oon.

Big

Id

eas

1. O

bse

rve

dif

fere

nt

obje

cts

in t

he

dayt

ime

and n

ightt

ime

sky.

2.

Usi

ng m

od

els

to d

emonst

rate

that

rota

tion,

revolu

tions,

day

, nig

ht,

and s

easo

ns

are

repea

tin

g p

redic

table

pat

tern

s.

H - 152

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gh

t 20

08 D

ela

ware

Dep

art

men

t of

Educati

on P

age 6

of

10

3. O

bse

rve

the

cycl

es o

r pre

dic

table

pat

tern

of

the

moon p

has

es.

4. U

se o

f te

chnolo

gy t

o g

ather

pla

net

ary d

ata

for

com

par

ison.

5.

Inv

esti

gat

e th

e pat

tern

of

the

sun’s

mov

emen

t ac

ross

the

sky a

nd i

ts e

ffec

ts.

Un

it E

nd

uri

ng U

nd

erst

an

din

gs

Stu

den

ts w

ill

un

der

stan

d t

hat…

1.

Sci

enti

fic

inquir

y i

nvolv

es a

skin

g s

cien

tifi

call

y o

rien

ted q

ues

tions,

coll

ecti

ng e

vid

ence

, fo

rmin

g e

xpla

nat

ions,

connec

tin

g

expla

nat

ions

to s

cien

tifi

c know

ledge

and t

heo

ry,

and c

om

munic

atin

g a

nd j

ust

ifyi

ng t

he

expla

nat

ion.

2.

U

nder

stan

din

g p

ast

pro

cess

es a

nd

co

ntr

ibuti

ons

is e

ssen

tial

in b

uil

din

g s

cien

tifi

c kno

wle

dge.

3.

Ther

e ar

e obse

rvab

le, p

redic

table

pat

tern

s of

mov

emen

t in

the

Ear

th, M

oon,

and S

un s

yst

em t

hat

acc

ount

for

day a

nd n

igh

t.

4.

Tec

hno

log

y e

xpan

ds

our

know

ledge

of

the

Ear

th,

Moo

n, an

d S

un S

yste

m.

5.

Ear

th i

s p

art

of

a sy

stem

that

in

clud

es o

ther

pla

net

s.

Un

it E

ssen

tial

Qu

esti

on

(s)

1. H

ow

hav

e p

ast

scie

nti

fic

contr

ibuti

ons

infl

uen

ced c

urr

ent

scie

nti

fic

und

erst

andin

g

of

the

worl

d?

2. W

hat

pre

dic

table

, obse

rvab

le p

atte

rns

occ

ur

as a

res

ult

of

the

inte

ract

ion b

etw

een t

he

Ear

th, M

oon,

and S

un? W

hat

cau

ses

thes

e pat

tern

s?

3. W

hat

is

Ear

th’s

pla

ce i

n t

he

Sola

r S

yste

m?

4. H

ow

has

tec

hnolo

gy e

xpan

ded

our

know

led

ge

of

the

Ear

th, M

oon,

and S

un S

yste

m?

Kn

ow

led

ge

& S

kil

ls

Stu

den

ts w

ill

kn

ow….

Dif

fere

nt

obje

cts

app

ear

in t

he

dayt

ime

and n

ightt

ime

sky.

Nig

ht

and d

ay a

re c

ause

d b

y t

he

rota

tion o

f th

e ea

rth o

n i

ts a

xis

.

H - 153

001425

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gh

t 20

08 D

ela

ware

Dep

art

men

t of

Educati

on P

age 7

of

10

Ear

th r

evolv

es a

round t

he

sun o

nce

a y

ear.

The

tilt

of

Ear

th r

esult

s in

sea

son

al c

han

ges

.

The

sun g

ives

us

ener

gy i

n t

he

form

of

light

and h

eat.

The

posi

tion o

f th

e su

n i

n t

he

sky a

ppea

rs t

o c

han

ge

ov

er t

he

cours

e o

f a

day

.

The

moon a

ppea

rs t

o c

han

ge

shap

e in

a p

redic

table

, re

pea

ted m

onth

ly p

atte

rn o

f phas

es.

The

sun, th

e ce

nte

r of

our

sola

r sy

stem

, is

on

ly o

ne

of

bil

lions

of

star

s in

the

univ

erse

.

The

pla

net

s dif

fer

in s

ize,

com

posi

tion,

and c

har

acte

rist

ics.

The

pla

net

s al

l o

rbit

the

sun i

n a

fix

ed a

rran

gem

ent

in t

he

sola

r sy

stem

.

Stu

den

ts w

ill

be

ab

le t

o (

Gra

de

Lev

el E

xp

ecta

tion

s)…

Mea

sure

and r

ecord

tem

per

ature

Mea

sure

and r

ecord

hei

ght

of

shad

ow

s

Use

sim

ple

tools

to t

ake

mea

sure

men

ts i

ncl

udin

g t

emper

ature

and h

eight,

Use

mod

els

to d

emonst

rate

and d

escr

ibe

rota

tion a

nd r

evolu

tion, d

ay a

nd n

ight,

and s

easo

nal

ch

ange,

Illu

stra

te m

oon

ph

ases

, sh

adow

tra

cin

gs,

and f

eatu

res

in t

he

day a

nd n

ight

sky,

Condu

ct s

imple

ex

per

imen

ts a

nd d

raw

con

clusi

ons

from

the

resu

lts,

Mak

e pre

dic

tions

about

the

suns

posi

tion i

n t

he

sky,

tem

per

ature

s in

sunli

ght

and s

had

e, a

nd p

has

es o

f th

e m

oon,

Com

munic

ate

idea

s, o

bse

rvat

ions,

and e

xp

erie

nce

s th

rough d

iscu

ssio

n,

wri

ting, an

d d

raw

ings,

Obse

rve

char

acte

rist

ics

of

the

pla

net

s,

Cre

ate

a m

od

el o

f th

e so

lar

syst

em,

Obse

rve

the

size

of

the

sun a

nd m

oon i

n t

he

sky

Use

mod

els

to i

llust

rate

the

appro

xim

ate

size

and d

ista

nce

rel

atio

nsh

ip b

etw

een t

he

sun

and t

he

moon

H - 154

001426

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Copyri

gh

t 20

08 D

ela

ware

Dep

art

men

t of

Educati

on P

age 8

of

10

Ex

pla

in w

hy the

sun

and m

oon a

ppea

r to

be

sim

ilar

in s

ize

when

obse

rved

in t

he

sky

Use

photo

s gat

her

ed f

rom

ter

rest

rial

tel

esco

pes

, ro

bot

pro

bes

, th

e H

ubble

tel

esco

pe

and m

anned

ex

plo

rati

on o

f th

e m

oon t

o e

xam

ine

pic

ture

s

of

the

pla

net

s an

d m

oon

Sta

ge

2:

Ass

essm

ent

Evid

ence

(D

esig

n A

ssess

men

ts T

o G

uid

e I

nst

ru

cti

on

)

Su

gges

ted

Per

form

an

ce T

ask

(s)

The

Sk

yWat

cher

s unit

is

asse

ssed

thro

ugh

the

use

of

an e

nd-o

f-unit

sum

mat

ive

asse

ssm

ent.

T

his

ass

essm

ent

is i

nte

nded

to u

nco

ver

stu

den

t

mis

con

cepti

ons,

whic

h w

ill

then

info

rm i

nst

ruct

ion.

At

this

tim

e th

ere

is n

o s

um

mat

ive

asse

ssm

ent

dev

elop

ed b

y t

he

Co

alit

ion.

It

is

curr

entl

y u

nd

er d

evel

op

men

t.

Oth

er E

vid

ence

Poss

ible

Form

ativ

e A

sses

smen

ts f

rom

Inv

esti

gat

ions

Les

son 1

: W

hat

can

we

see

in t

he

Sk

y?

Act

ivit

y S

hee

t #1:

Day a

nd N

ight

Les

son 2

: R

ota

tion a

nd R

evolu

tion

Act

ivit

y S

hee

t #2:

Rota

tion a

nd R

evolu

tio

n

Les

son 3

: T

he

Eff

ects

of

the

Sun

Act

ivit

y S

hee

t #3

A:

Ch

angin

g S

had

ow

s

Act

ivit

y S

hee

t #

3B

: T

emper

ature

s in

Sun a

nd S

had

e

Les

son 4

: T

he

Phas

es o

f th

e M

oon

Act

ivit

y S

hee

t #4:

Phas

es o

f th

e M

oon

Les

son 5

: O

ur

Pla

ce i

n S

pac

e

Act

ivit

y S

hee

t #5:

The

Nin

e P

lanet

s

H - 155

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Copyri

gh

t 20

08 D

ela

ware

Dep

art

men

t of

Educati

on P

age 9

of

10

Over

all

Ass

essm

ent:

Res

earc

h p

roje

ct a

nd p

rese

nta

tion o

n p

lanet

s

Sta

ge

3:

Lea

rnin

g P

lan

(D

esig

n L

earn

ing

Act

ivit

ies

To

Ali

gn

wit

h G

oa

ls a

nd

Ass

essm

en

ts)

Key

lea

rnin

g e

ven

ts n

eed

ed t

o a

chie

ve

un

it g

oals

Car

oli

na

Bio

log

ical

: S

ky W

atch

ers.

Bu

ildin

g B

lock

s S

cien

ce. 20

06

. In

ves

tiga

tion

1:

Wh

at

Can

We

See

in

th

e S

ky?

Act

ivit

y –

Stu

den

ts c

om

par

e an

d c

ontr

ast

wh

at t

hey

see

in t

he

day a

nd n

ightt

ime

sky.

Inves

tiga

tion

2:

Rota

tion

an

d R

evolu

tion

A

ctiv

ity –

Stu

den

ts m

od

el h

ow

the

rota

tion a

nd r

evolu

tion o

f th

e ea

rth a

round t

he

sun c

reat

es s

easo

nal

chan

ges

and d

ay/n

ight

Inves

tiga

tion

3:

Th

e E

ffec

ts o

f th

e S

un

: H

eat

an

d L

igh

t A

ctiv

ity-

Stu

den

ts p

erfo

rm e

xper

imen

ts p

rovin

g t

he

Sun i

s th

e so

urc

e of

hea

t an

d l

ight,

and t

he

app

aren

t m

ov

emen

t of

the

Sun a

cross

the

sky

is e

vid

ence

d b

y s

had

ow

s.

Inves

tiga

tion

4:

Th

e P

hase

s of

the

Moon

A

ctiv

ity-

Stu

den

ts r

ecal

l in

form

atio

n a

bout

rota

tion a

nd r

evolu

tion t

o b

egin

to u

nd

erst

and h

ow

the

moon m

ov

es r

elat

ive

to t

he

Sun a

nd E

arth

cr

eati

ng p

redic

table

, m

onth

ly p

atte

rns

of

moon p

has

es.

Inves

tiga

tion

5:

Ou

r P

lace

in

Sp

ace

: T

he

Nin

e P

lan

ets

Act

ivit

y-S

tud

ents

res

earc

h a

nd o

bse

rve

imag

es o

n t

he

inte

rnet

, post

ers

and t

ext

sourc

es t

o c

om

par

e th

e ph

ysi

cal

feat

ure

s of

each

pla

net

and

use

this

in

form

atio

n t

o c

reat

e a

mod

el o

f th

e so

lar

syst

em.

Res

ou

rces

& T

each

ing T

ips

(Co

nsi

der

the

two

quest

ions

bel

ow

wh

en c

om

ple

tin

g t

his

sec

tio

n.)

o

Wh

at

text/

pri

nt/

med

ia/k

it/w

eb r

eso

urc

es b

est

sup

port

th

is u

nit

?

Web

site

s:

ww

w.n

asa

.gov

H - 156

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gh

t 20

08 D

ela

ware

Dep

art

men

t of

Educati

on P

age 1

0 o

f 1

0

ww

w.o

nr.

navy

.mil

/focu

s/sp

ace

scie

nce

s/o

bse

rvin

gsk

y/m

oti

on

1.h

tm

ww

w.c

lass

zon

e.co

m/b

ook

s/ea

rth

scie

nce

/ter

c/co

nte

nt/

vis

uali

zati

on

s/es

0408/e

s0408

page0

1

ww

w.s

pof.

gff

c.n

asa

.go

v/s

targ

aze

/Su

nd

ial.

htm

htt

p:/

/kid

s.m

sfc.

nasa

.gov

htt

p:/

/sola

rsyst

em.n

asa

.gov/e

du

c/d

ocs

/Sola

r S

ys

Lit

ho.p

df

ww

w.a

stro

.um

d.e

du

/ed

uca

tion

/ast

ro/m

oo

n/p

hase

s.h

tml

htt

p:/

/sta

rch

ild

.gsf

c.n

asa

.gov/

Res

ou

rces

fo

r S

tud

ents

: B

ooks

Ash

by,

Ruth

. R

ock

et M

an:

The

Mer

cury

Adven

ture

of

John G

lenn P

each

tree

Publi

sher

s, 2

005

Fre

der

icks,

Anth

on

y. E

xplo

ring t

he

Univ

erse

. F

ulc

rum

Publi

shin

g, 2000

Go

rmle

y,

Bea

tric

e. M

aria

Mit

chel

l: T

he

Soul

of

an A

stro

nom

er. E

erdm

ans

Books

for

Young R

eader

s, 2

004.

Nel

son,

Nig

el.

Lookin

g i

nto

Spac

e. R

eader

s D

iges

t, 1

998.

Rid

e, S

ally

and T

am O’S

hau

gh

nes

sy.

Ex

plo

ring o

ur

Sola

r S

yste

m. C

row

n,

2003.

Ril

ey,

Pet

er. O

ur

Sola

r S

yst

em. R

andom

House

Val

ue

Publi

shin

g, 1996.

Sim

on,

Seym

ou

r. T

he

Moon. S

chust

er, 20

03.

o

What

tip

s to

tea

cher

s of

the

unit

can

you o

ffer

abo

ut

lik

ely r

ou

gh s

pots

/stu

den

t m

isund

erst

andin

gs

and p

erfo

rman

ce w

eakn

esse

s, a

nd

how

to t

rouble

shoot

those

iss

ues

?

To b

e co

mple

ted b

y D

istr

ict

teac

hers…

H - 157

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ela

ware

Dep

art

men

t of

Educati

on P

age 1

1 o

f 1

0

Acc

om

mo

dati

on

/Dif

fere

nti

ati

on

id

eas

an

d t

ips

H - 158

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ela

ware

Dep

art

men

t of

Edu

cati

on

1

Del

aw

are

Sci

ence

Coa

liti

on

Gra

de

5 E

cosy

stem

s U

nit

Tem

pla

te

Cop

yrig

ht

2008 D

elaw

are

Dep

art

men

t of

Edu

cati

on

H - 159

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08 D

ela

ware

Dep

art

men

t of

Edu

cati

on

2

C

ha

rte

r S

ch

oo

l U

nit

Mo

dif

ica

tio

n

Th

e fo

llo

win

g q

ues

tio

ns

ha

ve

bee

n d

evel

op

ed t

o a

ssis

t in

th

e re

fin

emen

t o

f th

e re

qu

ired

sco

pe

an

d s

eq

uen

ce d

ocu

men

ts a

nd

acc

om

pa

ny

ing

un

its

of

inst

ruct

ion

fo

r th

e ch

art

er s

cho

ol

ap

pro

va

l a

nd

ren

ewa

l p

roce

sses

.

Th

rou

gh

a c

ov

er l

ette

r fo

rma

t th

ese

qu

esti

on

s sh

ou

ld b

e a

dd

ress

ed t

o

ass

ist

mem

be

rs o

f th

e D

ela

wa

re D

epa

rtm

ent

of

Ed

uca

tio

n C

urr

icu

lum

an

d I

nst

ruct

ion

al

Imp

rov

emen

t w

ork

gro

up

eff

ecti

vel

y e

va

lua

te c

ha

rter

sch

oo

l

ap

pli

cati

on

s.

Gu

idin

g Q

ue

sti

on

s

1.

Wh

y w

as

this

mo

del

un

it o

f in

stru

ctio

n s

elec

ted

as

pa

rt o

f y

ou

r sc

ho

ols

’ cu

rric

ula

r su

bm

issi

on

?

Th

is m

od

el u

nit

of

inst

ruct

ion

wa

s se

lect

ed a

s p

art

of

Th

om

as

Ed

iso

n’s

cu

rric

ula

r su

bm

issi

on

bec

au

se t

hey

are

a p

art

of

the

DE

Sci

ence

Co

ali

tio

n.

Stu

den

ts a

re a

ble

to

div

e in

dee

per

in

to l

an

d a

nd

wa

ter

rese

arc

h,

iden

tify

ing

th

e th

ing

s th

at

org

an

ism

s n

eed

to

su

rviv

e. S

tud

ents

als

o i

nv

esti

ga

te t

he

imp

act

th

at

hu

ma

n i

nte

ract

ion

ha

s o

n t

he

na

tura

l li

vin

g

env

iro

nm

ent

of

org

an

ism

s, m

ak

ing

th

em a

wa

re o

f th

e im

po

rta

nce

of

thei

r d

ail

y ch

oic

es.

2.

Wh

at

mo

dif

ica

tio

ns

ha

ve

bee

n m

ad

e t

o t

he

mo

del

un

it o

f in

stru

ctio

n t

o m

eet

the

spec

ific

nee

ds

of

the

stu

den

t p

op

ula

tio

n y

ou

r sc

ho

ol

serv

es?

No

mo

dif

ica

tio

ns

ha

ve

bee

n m

ad

e to

th

is m

od

el u

nit

of

inst

ruct

ion

. Im

bed

ded

in

to t

he

un

it a

re s

ug

ges

tio

ns

for

dif

fere

nti

ati

on

, so

th

e n

eed

s o

f a

ll l

earn

ers

can

be

met

th

rou

gh

th

is u

nit

as

is.

Tea

cher

s h

av

e re

ceiv

ed t

he

kit

tra

inin

g s

o

they

are

co

nfi

den

t in

th

eir

ab

ilit

ies

to e

xec

ute

th

is k

it w

ith

fid

elit

y t

o a

ll l

earn

ers.

3.

Wh

at

mo

dif

ica

tio

ns

ha

ve

bee

n m

ad

e t

o t

he

mo

del

un

it o

f in

stru

ctio

n t

ha

t re

flec

t th

e re

sou

rces

(h

um

an

, ti

me

, b

uil

din

g,

tech

no

log

y e

tc.)

a

va

ila

ble

to

yo

ur

sch

oo

l?

No

mo

dif

ica

tio

ns

ha

ve

bee

n m

ad

e to

th

is u

nit

of

inst

ruct

ion

4.

Des

crib

e a

ny

oth

er m

od

ific

ati

on

s th

at

ha

ve

bee

n m

ad

e t

o t

he

mo

del

un

it o

f in

stru

ctio

n t

ha

t w

ill

ass

ist

in t

he

curr

icu

lar

rev

iew

fo

r y

ou

r sc

ho

ol.

No

mo

dif

ica

tio

ns

ha

ve

be

en m

ad

e to

th

is u

nit

.

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Copyri

gh

t 20

08 D

ela

ware

Dep

art

men

t of

Edu

cati

on

3

Pre

face

: T

his

un

it h

as

bee

n c

rea

ted

as

a m

od

el f

or

tea

cher

s in

th

eir

des

ign

ing

or

red

esig

nin

g o

f co

urs

e cu

rric

ula

. It

is

by

no m

ean

s in

ten

ded

to

be

incl

usi

ve;

rath

er i

t is

mea

nt

to b

e a

sp

rin

gb

oa

rd f

or

tea

cher

th

ou

gh

t a

nd

cre

ati

vity

. T

he

info

rma

tio

n w

e h

ave

in

clu

ded

rep

rese

nts

on

e p

oss

ibil

ity f

or

dev

elo

pin

g a

un

it

ba

sed

on

th

e D

ela

wa

re c

on

ten

t st

an

da

rds

an

d t

he

Un

der

sta

nd

ing

by

Desi

gn

fra

mew

ork

an

d p

hil

oso

ph

y.

Bri

ef S

um

ma

ry o

f U

nit

In t

his

un

it, st

ud

ents

un

der

stan

d t

he

web

of

rela

tion

ship

s th

at

lin

ks

org

an

ism

s to

on

e an

oth

er a

nd

to t

hei

r n

atu

ral

envir

on

men

ts. B

y c

on

stru

ctin

g, ob

serv

ing, d

iscu

ssin

g, an

d r

ead

ing a

bou

t b

oth

lan

d a

nd

wa

ter

ecosy

stem

s in

th

is u

nit

, st

ud

ents

dev

elop

a g

row

ing s

ensi

tivit

y t

o l

ivin

g t

hin

gs

an

d w

hat

they

nee

d t

o s

urv

ive.

S

tud

ents

lea

rn t

hat

org

an

ism

s in

eco

syst

em

s h

ave

dep

end

ent

an

d i

nd

epen

den

t re

lati

on

ship

s a

nd

th

at

natu

ral

an

d h

um

an

-mad

e ev

ents

can

dis

turb

an

eco

syst

em

. T

hey

als

o l

earn

that

peo

ple

bri

ng d

iffe

ren

t p

ersp

ecti

ves

to e

nvir

on

men

tal

issu

es a

nd

th

at

they

can

work

toget

her

to d

evel

op

solu

tion

s. (S

TC

Eco

syst

ems)

Del

aw

are

Sci

ence

Con

ten

t S

tan

dard

s

Sta

ge

1:

Des

ired

Res

ult

s D

ela

wa

re S

cien

ce C

on

ten

t S

tan

dard

s

Th

is c

ou

rse

focu

ses

on

th

e D

elaw

are

Sci

ence

Co

nte

nt

Sta

nd

ard

s a

nd

Grad

e L

evel

Ex

pec

tati

on

s in

Sta

nd

ard

s 1, 6,

an

d 8

fou

nd

on

th

e fo

llow

ing w

eb s

ite:

htt

p:/

/ww

w.d

oe.

k12.d

e.u

s/p

rogra

ms/

ci/c

on

ten

t_are

as/

scie

nce

.sh

tml

Sta

nd

ard

1:

Th

e N

atu

re a

nd

Ap

pli

cati

on

of

Sci

ence

an

d T

ech

nolo

gy

U

nd

erst

andin

gs

and A

bil

itie

s of

Sci

enti

fic

Inquir

y

Stu

den

ts s

hould

know

and b

e ab

le t

o:

1. U

nd

erst

and t

hat

: S

cien

tifi

c in

ves

tigat

ions

involv

e as

kin

g a

fo

cuse

d s

cien

tifi

c ques

tion.

Inv

esti

gat

ions

dif

fer

dep

endin

g u

pon

the

ques

tion b

eing a

sked

.

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08 D

ela

ware

Dep

art

men

t of

Edu

cati

on

4

• B

e ab

le t

o:

Gen

erat

e fo

cuse

d q

ues

tions

and i

nfo

rmed

pre

dic

tions

about

the

nat

ura

l w

orl

d.

2.

Und

erst

and t

hat

: F

air

test

des

ign s

uppo

rts

the

val

idit

y o

f th

e in

ves

tigat

ion. S

om

etim

es i

t is

not

poss

ible

to k

now

ever

ythin

g

that

wil

l hav

e an

eff

ect

on t

he

inv

esti

gat

ion o

r co

ntr

ol

all

condit

ions.

• B

e ab

le t

o:

Des

ign

and c

ondu

ct s

imple

to m

ult

i-st

ep i

nv

esti

gat

ions

in o

rder

to t

est

pre

dic

tions.

K

eep c

onst

ant

all

but

the

condit

ion b

eing t

este

d.

3. U

nd

erst

and t

hat

: T

he

purp

ose

of

accu

rate

dat

a co

llec

tion i

s to

pro

vid

e ev

iden

ce t

o c

om

par

e w

ith t

he

pre

dic

tion.

• B

e ab

le t

o:

Acc

ura

tely

co

llec

t d

ata

usi

ng o

bse

rvat

ions,

sim

ple

tools

and e

quip

men

t.

Dis

pla

y a

nd o

rgan

ize

dat

a in

table

s, c

har

ts, dia

gra

ms,

and b

ar g

raphs

or

plo

ts o

ver

tim

e. C

om

par

e an

d q

ues

tion r

esult

s w

ith a

nd f

rom

oth

ers.

4. U

nd

erst

and t

hat

: T

he

bod

y o

f sc

ienti

fic

know

ledge

gro

ws

as s

cien

tist

s as

k q

ues

tio

ns,

conduct

inv

esti

gat

ions,

dev

elop

expla

nat

ions

and c

om

par

e re

sult

s w

ith w

hat

is

alre

ady k

no

wn.

• B

e ab

le t

o:

Const

ruct

a r

easo

nab

le e

xpla

nat

ion b

y a

nal

yzin

g e

vid

ence

fro

m t

he

dat

a. R

evis

e th

e ex

pla

nat

ion a

fter

com

par

ing r

esult

s w

ith o

ther

sou

rces

or

afte

r fu

rth

er i

nv

esti

gat

ion.

5. U

nd

erst

and t

hat

: T

he

purp

ose

of

com

munic

atin

g i

s to

sh

are

and j

ust

ify r

esult

s.

Sci

enti

sts

com

munic

ate

thei

r re

sult

s to

oth

ers,

in

cludin

g t

he

det

ails

th

at a

llow

oth

ers

to r

epli

cate

the

resu

lts.

• B

e ab

le t

o:

Com

munic

ate

pro

cedure

s, d

ata,

and e

xpla

nat

ions

to a

var

iety

of

audie

nce

s.

Just

ify t

he

resu

lts

by

usi

ng e

vid

ence

to f

orm

an a

rgum

ent.

6. U

nd

erst

and t

hat

: T

he

use

of

mat

hem

atic

s, r

eadin

g, w

riti

ng, an

d t

echnolo

gy a

re i

mp

ort

ant

in c

onduct

ing s

cien

tifi

c in

quir

ies.

• B

e ab

le t

o:

Use

mat

hem

atic

s, r

eadin

g,

wri

tin

g, an

d t

echnolo

gy w

hen

con

du

ctin

g s

cien

tifi

c in

quir

ies.

Sci

ence

, T

echnolo

gy, an

d S

oci

ety

Stu

den

ts s

ho

uld

know

that

:

1. S

cien

ce a

nd t

echnolo

gy a

re r

elat

ed. T

echnolo

gy p

rovid

es t

he

tools

nee

ded

for

scie

nce

to i

nv

esti

gat

e qu

esti

ons

and m

ay

pro

vid

e so

luti

ons

to s

oci

ety’s

pro

ble

ms,

wan

ts, o

r nee

ds.

N

ot

all

tech

nolo

gic

al s

olu

tions

are

effe

ctiv

e, u

nif

orm

ly

ben

efic

ial,

or

equal

ly a

vai

lable

to e

ver

yone.

His

tory

and C

onte

xt

of

Sci

ence

Stu

den

ts s

ho

uld

know

that

:

1. C

ontr

ibuti

ons

by indiv

idu

als

hav

e b

een e

ssen

tial

in a

dvan

cin

g t

he

bod

y o

f sc

ienti

fic

know

led

ge.

Stu

den

ts s

hould

be

able

to:

• I

den

tify

natu

ral

(i.e

., w

ild

fire

, fl

oo

d,

and

d

rou

gh

t) a

nd

m

an

-mad

e c

han

ges (

fore

st c

lear

cu

ttin

g,

inp

ut

of

poll

uta

nts

,

fill

ing

in o

f m

ars

hla

nd

) to

an ecosyste

m.

Dis

cu

ss h

ow

th

ese c

han

ges a

ffect

th

e b

ala

nce o

f an

ecosyste

m.

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08 D

ela

ware

Dep

art

men

t of

Edu

cati

on

5

Sta

nd

ard

6:

Lif

e P

roce

sses

M

atte

r an

d E

ner

gy T

ransf

orm

atio

ns

Stu

den

ts s

hould

know

that

:

1. P

lants

nee

d t

he

Sun’s

ener

gy t

o g

row

and s

urv

ive.

Stu

den

ts s

hould

be

able

to:

• E

xpla

in t

hat

all

org

anis

ms

requir

e a

form

of

ener

gy t

o s

urv

ive

and t

hat

hum

ans

and o

ther

anim

als

obta

in e

ner

gy

and m

ater

ials

fro

m f

ood.

Stu

den

ts s

hould

know

that

: 2. A

nim

als

nee

d f

ood t

o p

rovid

e m

ater

ials

and e

ner

gy f

or

life

whic

h t

hey d

eriv

e dir

ectl

y o

r in

dir

ectl

y f

rom

pla

nts

.

Stu

den

ts s

hould

be

able

to:

• Id

enti

fy e

xte

rnal

str

uct

ure

s (i

.e., l

egs)

and b

ehav

iors

(i.

e.,

wal

kin

g)

of

org

anis

ms

that

enab

le t

hem

to s

urv

ive

in t

hei

r

par

ticu

lar

ecosy

stem

and d

escr

ibe

how

th

ese

stru

cture

s en

able

the

org

anis

ms

to r

espond t

o i

nte

rnal

(i.

e., hunger

) an

d

exte

rnal

(i.

e., te

mper

ature

, dan

ger

) cu

es.

• R

esea

rch t

he

ways

that

a v

arie

ty o

f org

anis

ms

resp

ond t

o i

nte

rnal

(i.

e., n

eed f

or

food a

nd s

hel

ter)

and e

xte

rnal

(i.

e.,

pre

sence

of

pre

dat

ors

) cu

es. D

escr

ibe

the

sim

ilar

itie

s an

d d

iffe

ren

ces

amon

g t

he

org

anis

ms.

• Id

enti

fy a

nd d

iscu

ss h

ow

sho

rt-t

erm

and l

on

g-t

erm

alt

erat

ions

in t

he

envir

on

men

t af

fect

the

hea

lth o

f o

rgan

ism

s

found i

n t

hat

eco

syst

em.

Stu

den

ts s

ho

uld

know

that

:

3. T

he

dig

esti

ve

syst

em h

as m

ajor

stru

cture

s th

at f

unct

ion t

o b

reak

do

wn f

ood f

or

use

in t

he

bod

y. T

he

maj

or

par

ts o

f th

e

dig

esti

ve

syst

em i

ncl

ude

the

mouth

, es

oph

agus,

sto

mac

h, sm

all

inte

stin

e, a

nd l

arge

inte

stin

e.

Stu

den

ts s

hould

be

able

to:

• R

eco

gniz

e th

at t

he

dig

esti

ve

syst

em h

as m

any p

arts

th

at w

ork

toget

her

to p

erfo

rm a

fun

ctio

n i

n h

um

ans

and m

any o

ther

anim

als.

• D

escr

ibe

ho

w t

o p

rom

ote

hea

lth

y d

iges

tion a

nd r

ecogniz

e so

me

sym

pto

ms

that

indic

ate

dis

turb

ance

s as

soci

ated

wit

h t

he

no

rmal

funct

ionin

g o

f th

e dig

esti

ve

syst

em (

i.e.

, st

om

ach a

che,

fla

tule

nce

).

• Id

enti

fy, la

bel

the

par

ts, an

d d

escr

ibe

the

bas

ic f

un

ctio

ns

of

the

hum

an d

iges

tive

trac

t in

cludin

g t

he

mouth

, es

oph

agus,

stom

ach, sm

all

inte

stin

e, l

arge

inte

stin

e (c

olo

n),

rec

tum

, an

d a

nus.

• C

om

par

e an

d c

ontr

ast

the

hum

an b

od

y d

iges

tive

syst

em w

ith t

hat

of

oth

er a

nim

als

e.g., e

arth

worm

, ch

icken

, fi

sh,

crayfi

sh, sn

ail,

co

w.

H - 163

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Copyri

gh

t 20

08 D

ela

ware

Dep

art

men

t of

Edu

cati

on

6

Sta

nd

ard

8:

Eco

logy

Inte

ract

ions

wit

hin

the

Envir

onm

ent

Stu

den

ts s

ho

uld

know

that

:

2. A

ll l

ivin

g o

rgan

ism

s in

tera

ct w

ith t

he

livin

g a

nd n

onli

vin

g p

arts

of

thei

r su

rroundin

gs

to m

eet

thei

r nee

ds

for

surv

ival

.

Th

ese

inte

ract

ions

lead

to a

const

ant

exch

ange

of

mat

ter.

Stu

den

ts s

hould

be

able

to:

• E

xam

ine

a var

iety

of

eco

syst

ems

such

as

mar

sh,

pond, fi

eld,

fore

st. C

om

par

e how

the

org

anis

ms,

the

hab

itat

, an

d t

he

food c

hai

ns

are

sim

ilar

and d

iffe

rent

in t

hes

e ec

osy

stem

s.

• D

iffe

renti

ate

bet

wee

n a

n o

rgan

ism

’s “

hab

itat

” (w

her

e an

anim

al l

ives

) an

d i

ts “

terr

itory

” (a

n a

rea

clai

med

as

its

ow

n

spac

e). S

elec

t an

org

anis

m a

nd d

escr

ibe

its

hab

itat

and t

erri

tory

. S

tud

ents

should

know

that

: 3. A

dap

tati

ons

in o

rgan

ism

s en

able

th

em t

o l

ive

and r

epro

duce

in c

erta

in e

nvir

onm

ents

. T

hose

org

anis

ms

that

are

bes

t su

ited

for

par

ticu

lar

envir

onm

ents

hav

e ad

apta

tions

that

all

ow

th

em t

o c

om

pet

e fo

r av

aila

ble

res

ou

rces

and c

ope

wit

h t

he

ph

ysic

al

condit

ions

of

thei

r im

med

iate

surr

oundin

gs.

Stu

den

ts s

hould

be

able

to:

• P

redic

t an

d d

escr

ibe

how

a d

ram

atic

incr

ease

or

dec

reas

e in

the

popula

tion

siz

e of

a si

ngle

spec

ies

wit

hin

an e

cosy

stem

affe

cts

the

enti

re e

cosy

stem

. S

tud

ents

should

know

that

: 4. C

han

ges

in a

n o

rgan

ism

’s e

nvir

onm

ent

may b

e ei

ther

ben

efic

ial

or

har

mfu

l.

Org

anis

ms

may

be

affe

cted

by o

ther

org

anis

ms,

by v

ario

us

ph

ysi

cal

fact

ors

(e.

g., r

ainfa

ll, te

mper

ature

), b

y p

hys

ical

forc

es (

e.g., s

torm

s, e

arth

qu

akes

), a

nd b

y

dai

ly, se

ason

al,

and a

nn

ual

cycl

es.

Stu

den

ts s

hould

be

able

to:

• Id

enti

fy e

nvir

onm

enta

l fa

ctors

th

at a

ffec

t th

e gro

wth

and r

epro

du

ctio

n o

f org

anis

ms

in a

n e

cosy

stem

(e.

g., t

emper

ature

can a

ffec

t ger

min

atio

n a

nd s

oil

mois

ture

).

E

ner

gy F

low

and M

ater

ial

Cycl

es i

n t

he

Env

iron

men

t

Stu

den

ts s

hould

know

that

:

1. P

lants

nee

d e

ner

gy f

rom

the

Sun, w

ater

and n

utr

ients

for

gro

wth

and s

urv

ival

.

Stu

den

ts s

hould

be

able

to:

H - 164

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gh

t 20

08 D

ela

ware

Dep

art

men

t of

Edu

cati

on

7

• C

ondu

ct i

nv

esti

gat

ions

to s

imula

te t

erre

stri

al a

nd a

quat

ic e

cosy

stem

s an

d t

hei

r in

terd

epen

den

ce. D

emonst

rate

and

des

crib

e how

alt

erat

ion o

f one

par

t of

the

ecosy

stem

(i.

e., ch

ange

in p

H, over

fer

tili

zati

on,

addit

ion o

f sa

lt)

may c

ause

chan

ges

th

rou

ghout

the

enti

re e

cosy

stem

.

Stu

den

ts s

ho

uld

know

that

:

2. A

nim

als

eat

pla

nts

or

oth

er a

nim

als

that

hav

e ea

ten p

lants

. A

nim

als

obta

in e

ner

gy a

nd m

ater

ials

for

bo

dy r

epai

r an

d g

row

th

from

food.

Stu

den

ts s

hould

be

able

to:

• Id

enti

fy t

he

Sun a

s a

sou

rce

of

ener

gy t

hat

dri

ves

an e

cosy

stem

. D

escr

ibe

the

pat

h o

f en

erg

y f

rom

the

Sun t

o t

he

pro

duce

rs t

hen

to t

he

con

sum

er i

n t

he

food c

hai

n.

Rec

ogniz

e th

at a

n o

rgan

ism

has

dep

enden

t an

d i

nd

epen

den

t

rela

tionsh

ips

in a

n e

cosy

stem

.

Stu

den

ts s

hould

know

that

:

3. D

ead p

lants

and a

nim

als

are

bro

ken

dow

n b

y d

ecom

pose

rs.

Stu

den

ts s

hould

be

able

to:

• C

ateg

ori

ze t

he

org

anis

ms

wit

hin

an e

cosy

stem

acc

ord

ing t

o t

he

fun

ctio

n t

hey s

erve

as p

roduce

rs,

con

sum

ers,

or

dec

om

pose

rs. E

xpla

in w

hy t

he

org

anis

m w

as c

ateg

ori

zed t

his

way.

H

um

an I

mpac

t

Stu

den

ts s

hould

know

that

:

1. H

um

an a

ctiv

itie

s m

ay c

ause

poll

uti

on o

f ai

r, w

ater

and s

oil

.

Stu

den

t sh

ould

be

able

to:

• Id

enti

fy n

atura

l (i

.e., w

ildfi

re, fl

ood,

and d

rou

ght)

and m

an-m

ade

chan

ges

(fo

rest

cle

ar c

utt

ing, in

put

of

poll

uta

nts

,

fill

ing i

n o

f m

arsh

land)

to a

n e

cosy

stem

. D

iscu

ss h

ow

thes

e ch

anges

aff

ect

the

bal

ance

of

an e

cosy

stem

.

Stu

den

ts s

ho

uld

know

that

: 2. D

iffe

rent

tech

nolo

gie

s ar

e use

d t

o a

cces

s re

sou

rces

to m

eet

hum

an w

ants

and n

eeds.

In

man

y c

ases

the

envir

onm

ent

is

affe

cted

and r

esou

rces

bec

om

e li

mit

ed. S

om

e ac

tivit

ies

may

incl

ude

bu

rnin

g o

f fo

ssil

fuel

s, l

oggin

g,

buil

din

g o

f hig

hw

ays,

shoppin

g c

ente

rs,

and d

ams,

intr

oduct

ion o

f one

spec

ies

to c

ontr

ol

anoth

er s

pec

ies,

sp

rayi

ng o

f in

sect

s, a

s w

ell

as s

om

e

aspec

ts o

f fa

rmin

g.

Stu

den

ts s

hould

be

able

to:

• E

xpla

in w

hy m

ovin

g o

rgan

ism

s fr

om

th

eir

ecosy

stem

to a

new

eco

syst

em m

ay u

pse

t th

e b

alan

ce o

f th

e new

ecosy

stem

, fo

r ex

ample

, b

y i

ntr

oduct

ion o

f dis

ease

s or

dep

leti

on o

f re

sou

rces

.

H - 165

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gh

t 20

08 D

ela

ware

Dep

art

men

t of

Edu

cati

on

8

Big

Id

eas

Mod

els

are

use

d t

o d

upli

cate

, in

ves

tigat

e, a

nd a

nal

yze

aquat

ic a

nd t

erre

stri

al e

cosy

stem

s

Mod

els

are

use

d t

o o

bse

rve

inte

ract

ion

s w

ithin

an e

cosy

stem

Mod

els

are

use

d t

o i

nves

tiga

te t

he

impac

t of

hum

ans

on t

he

envir

onm

ent

Ener

gy a

nd m

atte

r cy

cle

thro

ugh a

n e

cosy

stem

Rea

son

ing a

nd

exp

lan

ati

on

s o

ffer

s so

luti

ons

to e

nvir

onm

enta

l p

roble

ms

Un

it E

nd

uri

ng U

nd

erst

an

din

gs

Stu

den

ts w

ill

un

der

stan

d t

hat…

Org

anis

ms

and t

hei

r en

vir

onm

ents

are

inte

rconnec

ted.

Chan

ges

in o

ne

par

t of

the

syst

em w

ill

affe

ct o

ther

par

ts o

f th

e sy

stem

.

Mat

ter

nee

ded

to s

ust

ain l

ife

is c

onti

nu

ally

rec

ycl

ed a

mong a

nd b

etw

een o

rgan

ism

s an

d t

he

envir

on

men

t.

Hum

ans

can a

lter

the

livin

g a

nd n

on

-liv

ing f

acto

rs w

ithin

an e

cosy

stem

, th

ereb

y c

reat

ing c

han

ges

to

the

over

all

syst

em.

The

life

pro

cess

es o

f o

rgan

ism

s ar

e af

fect

ed b

y t

hei

r in

tera

ctio

ns

wit

h e

ach o

ther

and t

hei

r en

vir

onm

ent

and m

ay b

e al

tere

d b

y

hum

an m

anip

ula

tion.

Sci

enti

fic

inquir

y i

nvolv

es a

skin

g s

cien

tifi

call

y-ori

ente

d q

ues

tions,

coll

ecti

ng e

vid

ence

, fo

rmin

g e

xpla

nat

ions,

connec

tin

g

expla

nat

ions

to s

cien

tifi

c know

ledge

and t

heo

ry,

and c

om

munic

atin

g a

nd j

ust

ifyi

ng t

he

expla

nat

ion.

Un

it E

ssen

tial

Qu

esti

on

(s)

1. H

ow

can

chan

ge

in o

ne

par

t of

an e

cosy

stem

aff

ect

chan

ge

in o

ther

par

ts o

f th

e ec

osy

stem

?

2. H

ow

does

mat

ter

and e

ner

gy l

ink o

rgan

ism

s to

eac

h o

ther

and t

hei

r en

vir

onm

ent?

Wh

y is

sunli

ght

esse

nti

al t

o l

ife

on E

arth

?

3. H

ow

do h

um

ans

hav

e an

im

pac

t on t

he

div

ersi

ty a

nd s

tabil

ity o

f ec

osy

stem

s?

4. H

ow

is

matt

er a

nd

en

ergy t

ran

sfer

red

/tra

nsf

orm

ed i

n l

ivin

g s

yst

ems?

H - 166

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gh

t 20

08 D

ela

ware

Dep

art

men

t of

Edu

cati

on

9

Kn

ow

led

ge

& S

kil

ls

Stu

den

ts w

ill

kn

ow….

How

to c

onduct

sim

ple

ex

per

imen

ts

How

to s

et u

p a

mod

el

How

to c

oll

ect,

rec

ord

, an

alyze

dat

a usi

ng s

imple

tools

How

to c

are

for

and m

ainta

in l

ivin

g o

rgan

ism

s

How

to m

easu

re t

he

pH

of

soil

and w

ater

Under

stan

d t

he

effe

cts

of

poll

uta

nts

on

the

envir

onm

ent

Under

stan

d t

hat

inte

ract

ions

wit

hin

and a

mong l

ivin

g s

yst

ems

cause

s ch

anges

in m

atte

r an

d e

ner

gy

Under

stan

d t

hat

org

anis

ms

are

link

ed t

o e

ach o

ther

and t

o t

hei

r en

vir

onm

ents

in a

web

of

rela

tionsh

ips

Under

stan

d t

hat

an e

cosy

stem

is

a co

mm

unit

y o

f o

rgan

ism

s th

at i

nte

ract

wit

h e

ach o

ther

and t

he

envir

onm

ent.

Under

stan

d t

hat

hum

ans

can a

ffec

t ec

osy

stem

s in

man

y w

ays

Stu

den

ts w

ill

be

ab

le to…..

Ex

amin

e a

var

iety

of

eco

syst

ems

such

as

mar

sh,

pond, fi

eld,

fore

st. C

om

par

e how

the

org

anis

ms,

the

hab

itat

, an

d t

he

food c

hai

ns

are

sim

ilar

and d

iffe

rent

in t

hes

e ec

osy

stem

s.

D

iffe

renti

ate

bet

wee

n a

n o

rgan

ism

’s “

hab

itat

” (w

her

e an

anim

al l

ives

) an

d i

ts “

terr

ito

ry”

(an a

rea

clai

med

as

its

ow

n s

pac

e). S

elec

t an

org

anis

m a

nd d

escr

ibe

its

hab

itat

and t

erri

tory

.

P

redic

t an

d d

escr

ibe

how

a d

ram

atic

incr

ease

or

dec

reas

e in

the

popula

tion

siz

e of

a si

ngle

spec

ies

wit

hin

an e

cosy

stem

aff

ects

the

enti

re e

cosy

stem

.

Id

enti

fy e

nvir

onm

enta

l fa

ctors

th

at a

ffec

t th

e gro

wth

and r

epro

du

ctio

n o

f org

anis

ms

in a

n e

cosy

stem

(e.

g., t

emp

erat

ure

can

aff

ect

ger

min

atio

n a

nd s

oil

mois

ture

).

C

ondu

ct i

nv

esti

gat

ions

to s

imula

te t

erre

stri

al a

nd a

quat

ic e

cosy

stem

s an

d t

hei

r in

terd

epen

den

ce. D

emonst

rate

and d

escr

ibe

how

alte

rati

on o

f one

par

t of

the

ecosy

stem

(i.

e.,

chan

ge

in p

H, over

fer

tili

zati

on,

addit

ion o

f sa

lt)

may

cau

se c

han

ges

th

rou

ghout

the

enti

re

eco

syst

em.

H - 167

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Copyri

gh

t 20

08 D

ela

ware

Dep

art

men

t of

Edu

cati

on

1 0

Cat

ego

rize

the

org

anis

ms

wit

hin

an e

cosy

stem

acc

ord

ing t

o t

he

fun

ctio

n t

hey

ser

ve

as p

roduce

rs,

con

sum

ers,

or

dec

om

po

sers

. E

xpla

in

wh

y t

he

org

anis

m w

as c

ateg

ori

zed t

his

way.

Id

enti

fy t

he

Sun a

s a

sou

rce

of

ener

gy t

hat

dri

ves

an e

cosy

stem

. D

escr

ibe

the

pat

h o

f en

erg

y f

rom

th

e S

un t

o t

he

pro

duce

rs t

hen

to t

he

consu

mer

in

the

food c

hai

n. R

ecogniz

e th

at a

n o

rgan

ism

has

dep

enden

t an

d i

nd

epen

den

t re

lati

onsh

ips

in a

n e

cosy

stem

.

Id

enti

fy n

atura

l (i

.e., w

ildfi

re, fl

ood,

and d

rou

ght)

and m

an-m

ade

chan

ges

(fo

rest

cle

ar c

utt

ing, in

put

of

poll

uta

nts

, fi

llin

g i

n o

f

mar

shla

nd)

to a

n e

cosy

stem

. D

iscu

ss h

ow

th

ese

chan

ges

aff

ect

the

bal

ance

of

an e

cosy

stem

.

E

xpla

in w

hy m

ovin

g o

rgan

ism

s fr

om

th

eir

ecosy

stem

to a

new

eco

syst

em m

ay u

pse

t th

e b

alan

ce o

f th

e new

eco

syst

em,

for

exam

ple

,

by i

ntr

oduct

ion o

f dis

ease

s or

dep

leti

on o

f re

sou

rces

.

E

xpla

in t

hat

all

org

anis

ms

requir

e a

form

of

ener

gy t

o s

urv

ive

and t

hat

hum

ans

and o

ther

anim

als

obta

in e

ner

gy a

nd m

ater

ials

fro

m

food.

Id

enti

fy a

nd d

iscu

ss h

ow

sho

rt-t

erm

and l

on

g-t

erm

alt

erat

ions

in t

he

envir

on

men

t af

fect

the

hea

lth o

f org

anis

ms

found i

n t

hat

eco

syst

em.

G

ener

ate

focu

sed q

ues

tions

and i

nfo

rmed

pre

dic

tions

about

the

nat

ura

l w

orl

d.

Des

ign a

nd c

ondu

ct s

imple

to m

ult

i-st

ep i

nv

esti

gat

ions

in o

rder

to t

est

pre

dic

tions.

K

eep c

onst

ant

all

but

the

condit

ion b

eing t

este

d.

Acc

ura

tely

coll

ect

dat

a u

sing o

bse

rvat

ions,

sim

ple

tools

and e

quip

men

t.

Dis

pla

y a

nd o

rgan

ize

dat

a in

tab

les,

ch

arts

, dia

gra

ms,

and b

ar

gra

phs

or

plo

ts o

ver

tim

e. C

om

par

e an

d q

ues

tion

res

ult

s w

ith a

nd f

rom

oth

ers.

Const

ruct

a r

easo

nab

le e

xpla

nat

ion b

y a

nal

yzin

g e

vid

ence

fro

m t

he

dat

a.

Rev

ise

the

expla

nat

ion a

fter

com

par

ing r

esult

s w

ith o

ther

sou

rces

or

afte

r fu

rther

inves

tigat

ion.

C

om

munic

ate

pro

cedure

s, d

ata,

and e

xpla

nat

ions

to a

var

iety

of

audie

nce

s.

Just

ify t

he

resu

lts

by u

sing e

vid

ence

to f

orm

an a

rgum

ent.

H - 168

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Copyri

gh

t 20

08 D

ela

ware

Dep

art

men

t of

Edu

cati

on

1

0

Use

mat

hem

atic

s, r

eadin

g, w

riti

ng, an

d t

echnolo

gy w

hen

conduct

ing s

cien

tifi

c in

quir

ies.

. N

ote

: D

iges

tive

Syst

em l

esso

ns

nee

d t

o b

e d

evel

op

ed –

poss

ibly

wit

h F

OO

D C

hain

s or

oth

er a

ctiv

itie

s th

at

the

teach

er h

as.

Sta

ge

2:

Ass

essm

ent

Evid

ence

(D

esig

n A

ssess

men

ts T

o G

uid

e I

nst

ru

cti

on

)

Su

gg

este

d P

erfo

rma

nce

Task

(s)

The

Eco

syst

ems

unit

is

asse

ssed

thro

ugh t

he

use

of

an e

nd

-of-

unit

sum

mat

ive

asse

ssm

ent.

T

his

ass

essm

ent

is i

nte

nded

to u

nco

ver

stud

ent

mis

conce

pti

ons,

whic

h w

ill

then

info

rm i

nst

ruct

ion.

Both

the

stu

den

t guid

e an

d t

each

er r

ubri

cs a

re i

ncl

uded

. T

o a

cces

s th

e

end

-of-

unit

su

mm

ativ

e as

sess

men

t, go

to

th

e w

eb si

te l

iste

d bel

ow

. C

lick

on th

e D

elaw

are

Sci

ence

Com

pre

hen

sive

Ass

essm

ent

Pro

gra

m.

htt

p:/

/ww

w.d

oe.

k12.d

e.us/

pro

gra

ms/

ci/c

onte

nt_

area

s/sc

ien

ce.s

htm

l

Key

Tra

nsf

er I

dea

s:

1.

Under

stan

d t

hat

org

anis

ms

wit

hin

an e

cosy

stem

inte

ract

wit

h e

ach o

ther

and t

hei

r en

vir

onm

ent.

2.

Under

stan

d t

hat

org

anis

ms

wit

hin

an e

cosy

stem

can

be

cate

gori

zed a

s p

roduce

rs,

consu

mer

s, o

r dec

om

pose

rs a

nd c

an b

e

sequen

ced i

n s

imple

food c

hai

ns.

3.

Under

stan

d t

hat

food w

ebs

are

dia

gra

ms

that

ill

ust

rate

the

dep

enden

t an

d i

nte

r-dep

enden

t re

lati

onsh

ips

wit

hin

eco

syst

ems.

4.

Under

stan

d t

hat

the

gro

wth

and r

epro

du

ctio

n o

f org

anis

ms

wit

hin

an e

cosy

stem

are

aff

ecte

d b

y f

acto

rs s

uch

as

food, li

ght,

wat

er,

tem

per

ature

, an

d a

cidit

y (

pH

).

5.

Under

stan

d t

hat

nat

ura

l ev

ents

and h

um

an a

ctiv

itie

s ca

n c

ause

a d

istu

rban

ce t

o o

r im

bal

ance

of

an e

cosy

stem

.

6.

Under

stan

d t

he

requir

emen

ts f

or

the

surv

ival

of

org

anis

ms.

H - 169

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08 D

ela

ware

Dep

art

men

t of

Edu

cati

on

1

1

7.

Iden

tify

th

e su

n a

s a

sou

rce

of

ener

gy.

8.

Des

crib

e th

e pat

h o

f en

erg

y f

rom

the

sun t

o t

he

pro

duce

rs a

nd t

hen

to t

he

consu

mer

s.

9.

Per

form

a c

riti

cal

anal

ysi

s o

f ev

iden

ce;

dis

tin

guis

h o

pin

ion f

rom

scie

nti

fic

evid

ence

.

E

xp

ecta

tion

s of

Stu

den

ts:

• Id

enti

fy l

ivin

g t

hin

gs

in a

n e

co-c

olu

mn.

• Id

enti

fy n

on-l

ivin

g t

hin

gs

in a

n e

co-c

olu

mn.

• Id

enti

fy b

asic

nee

ds

of

fish

to s

urv

ive

in a

n e

cosy

stem

and w

hy t

hes

e nee

ds

are

esse

nti

al.

Iden

tify

bas

ic n

eeds

of

pla

nts

to s

urv

ive

in a

n e

cosy

stem

and w

hy t

hes

e nee

ds

are

esse

nti

al.

• D

escr

ibe

pla

usi

ble

co

nse

quen

ces

to o

ver

cro

wdin

g o

f fi

sh i

n a

n e

cosy

stem

.

• Id

enti

fy t

he

Sun a

s th

e so

urc

e of

ener

gy i

n a

n e

cosy

stem

.

• D

escr

ibe

the

pat

h o

f en

erg

y f

rom

the

Sun t

o p

roduce

rs t

o c

om

pose

rs.

• G

iven

a p

ictu

re,

com

ple

te a

sim

ple

food c

hai

n.

• D

escr

ibe

ho

w p

opula

tions

wit

hin

a w

etla

nd e

cosy

stem

may b

e af

fect

ed i

f an

org

anis

m i

s re

mov

ed.

• Id

enti

fy c

han

ges

in p

opula

tion d

ata

over

tim

e.

• Id

enti

fy a

cau

se f

or

chan

ges

in p

opula

tion d

ata

ov

er t

ime.

• R

ead a

gra

ph a

nd i

den

tify

a t

rend.

• O

bse

rve

a w

ater

sam

ple

and r

eco

rd o

bse

rvat

ions.

• M

easu

re p

H.

• In

terp

ret

a pH

tes

t.

• R

elat

e dat

a fr

om

sev

eral

sou

rces

to a

wat

er s

ample

.

• Ju

stif

y a

posi

tion u

sin

g e

vid

ence

.

Les

son 1

4 s

tud

ents

rep

ort

on t

hei

r poll

uta

nts

use

les

son f

orm

at a

s guid

e, s

tud

ents

can

use

th

eir

ow

n f

orm

at f

or

thei

r gro

up

H - 170

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Copyri

gh

t 20

08 D

ela

ware

Dep

art

men

t of

Edu

cati

on

1

2

pre

senta

tions.

L

esso

n 1

5 c

an a

lso b

e use

d a

s a

per

form

ance

tas

ks

as t

hey

do t

hei

r pre

senta

tions,

use

les

son f

orm

at a

s a

guid

e.

See

htt

p:/

/ww

w.d

oe.

k1

2.d

e.us/

pro

gra

ms/

ci/c

onte

nt_

are

as/s

cien

ce.s

htm

l

Ru

bri

cs/c

hec

kli

sts

for

Per

form

an

ce T

ask

s

Les

son 1

4 p

rese

nta

tion:

mak

e su

re e

ach g

roup d

iscu

sses

and r

eport

s on t

he

foll

ow

ing.

The

effe

cts

of

thei

r poll

uta

nt

on t

he

terr

ariu

m

The

effe

cts

of

thei

r poll

uta

nt

on t

he

aquar

ium

What

the

gro

up p

redic

ted a

bou

t th

e ef

fect

s of

thei

r poll

uta

nt

on t

he

anim

als

in a

n e

cosy

stem

poll

ute

d w

ith t

hei

r poll

uta

nt.

Les

son 1

5 p

rese

nta

tion:

mak

e su

re e

ach g

roup m

eets

the

foll

ow

ing r

equir

emen

ts.

Sta

tes

the

pro

ble

m

Lis

ts p

ropose

d s

olu

tions

Des

crib

es t

he

advan

tages

of

each

solu

tion

Des

crib

es t

he

dis

advan

tages

of

each

solu

tion

See

htt

p:/

/ww

w.d

oe.

k1

2.d

e.us/

pro

gra

ms/

ci/c

onte

nt_

are

as/s

cien

ce.s

htm

l

Oth

er E

vid

ence

Tea

cher

can

des

ign t

hei

r ow

n p

re/p

ost

unit

tes

t fo

r th

is u

nit

.

Dra

win

gs

stud

ents

mak

e in

th

eir

scie

nce

journ

al c

an b

e an

ex

cell

ent,

quic

k a

sses

smen

t fo

rmat

.

Tea

cher

obse

rvat

ion.

An e

nti

re l

esso

n c

an b

e use

d a

s an

em

bed

ded

ass

essm

ent.

Stu

den

t S

elf-

Ass

essm

ent

an

d R

efle

ctio

n

Sel

f –as

sess

men

t L

esso

n 8

. T

wo e

nvir

on

men

tal

pro

ble

ms

pgs.

24

-26.

“Dia

per

s:

An e

nvir

onm

enta

l P

rob

lem

” “A

n E

nvir

onm

enta

l D

ecis

ion:

Oil

Fie

lds

or

a

Nat

ura

l R

efu

ge?

H - 171

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gh

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08 D

ela

ware

Dep

art

men

t of

Edu

cati

on

1

3

The

pro

ble

m b

egin

s w

ith t

hre

e qu

esti

ons

inte

nded

to h

elp s

tud

ents

focu

s on t

he

mai

n i

ssu

es a

s th

ey r

ead.

A r

eadin

g s

elec

tion d

escr

ibes

th

e pro

ble

m f

rom

dif

fere

nt

poin

ts o

f vie

w.

Tw

o q

ues

tions

at t

he

end a

sk s

tud

ents

to t

ake

a st

and o

n t

he

issu

e an

d t

hen

bac

k u

p t

hei

r ch

oic

e w

ith r

easo

n.

Fro

m S

TC

kit

Eco

syst

ems

pgs.

23

-26 S

tud

ent

Ass

essm

ent

Sta

ge

3:

Lea

rnin

g P

lan

(D

esi

gn

Lea

rnin

g A

ctiv

itie

s T

o A

lig

n w

ith

Go

als

an

d A

sses

smen

ts)

Key

lea

rnin

g e

ven

ts n

eed

ed t

o a

chie

ve

un

it g

oals

N

atio

nal

Sci

ence

Res

ou

rce

Cen

ter.

ST

C E

cosy

stem

s.

Les

son

1

Stu

den

ts f

ocu

s on t

he

topic

of

ecosy

stem

s an

d s

erv

es a

s a

pre

-unit

ass

essm

ent

of

thei

r know

led

ge

and q

ues

tions

rela

ted t

o e

cosy

stem

s.

A d

iscu

ssio

n i

s p

rom

pte

d b

y a

n i

llust

rati

on o

f a

river

ban

k t

hat

pro

vid

es a

dd

itio

nal

in

form

atio

n a

bout

idea

s re

gar

din

g r

elat

ionsh

ips

bet

wee

n l

ivin

g a

nd n

on l

ivin

g t

hin

gs.

Les

son

2

This

les

son i

ntr

oduce

s st

uden

ts t

o t

he

pro

cess

of

usi

ng a

mod

el f

or

mak

ing s

cien

tifi

c obse

rvat

ions.

By c

onst

ruct

ing m

od

el t

erra

rium

s an

d b

egin

nin

g a

wri

tten

rec

ord

of

the

com

pon

ents

, st

ud

ents

beg

in t

o t

hin

k a

bout

the

rela

tion

ship

s am

ong t

he

livin

g a

nd n

on l

ivin

g

thin

gs.

Les

son

3

In t

his

les

son s

tud

ents

set

up t

hei

r m

od

el a

quar

ia a

nd d

iscu

ss t

he

nee

ds

of

org

anis

ms

in a

n a

quat

ic e

nvir

onm

ent.

Aft

er c

aref

ull

y

obse

rvin

g t

he

aquat

ic p

lants

stu

den

ts u

se a

ser

ies

of

read

ing s

elec

tions

to d

isco

ver

more

about

thes

e o

rgan

ism

s an

d t

he

role

s th

ey p

lay

in m

ainta

inin

g t

he

ecosy

stem

.

Les

son

4

Stu

den

ts b

uil

d o

n t

he

under

stan

din

gs

that

gre

en p

lants

mak

e th

eir

ow

n f

ood a

nd s

hif

t th

eir

focu

s fr

om

pla

nts

as

pro

duce

rs o

f fo

od t

o

H - 172

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08 D

ela

ware

Dep

art

men

t of

Edu

cati

on

1

4

an

imal

s as

consu

mer

s of

food. S

tud

ents

add a

nd o

bse

rve

aqu

atic

anim

als

and r

ead t

o l

earn

mo

re a

bout

thei

r an

imal

s in

the

aquar

ia.

Les

son

5

Thro

ugh a

cla

ss w

ebbin

g a

ctiv

ity s

tud

ents

synth

esiz

e w

hat

th

ey h

ave

read

and o

bse

rved

about

aquat

ic e

cosy

stem

s. I

n w

riti

ng,

stud

ents

th

en f

ocu

s on t

he

dep

enden

t an

d i

nte

rdep

enden

t re

lati

onsh

ips

in t

hei

r ec

osy

stem

s to

id

enti

fy o

bse

rvab

le e

vid

ence

that

th

ese

rela

tionsh

ips

real

ly d

o e

xis

t.

Les

son

6

Stu

den

ts r

ecord

init

ial

obse

rvat

ions

of

the

terr

ariu

m a

nim

als

they

hav

e ad

ded

and a

nal

yze

the

role

org

anis

ms

pla

y i

n a

sta

ble

ec

osy

stem

. T

his

anal

ysis

pre

par

es s

tud

ents

to m

ake

furt

her

pre

dic

tions

about

how

liv

ing t

hin

gs

affe

ct e

ach o

ther

.

Les

son

7

Usi

ng a

ter

rest

rial

food c

hai

n w

hee

l an

d a

web

bin

g a

ctiv

ity, st

ud

ents

lea

rn m

ore

about

the

con

cepts

of

food c

hai

ns,

dep

enden

ce, an

d

inte

rdep

enden

ce. T

hey c

om

par

e la

nd a

nd

aquat

ic e

cosy

stem

s an

d r

efle

ct o

n h

ow

the

two s

yste

ms

are

inte

rdep

end

entl

y r

elat

ed a

fter

ph

ysi

call

y j

oin

ing t

hei

r aq

uar

ia a

nd t

erra

rium

to m

ake

an e

coco

lum

n.

Les

son

8

Usi

ng t

hei

r m

od

el e

cosy

stem

s, s

tud

ents

ob

serv

e des

crib

e an

d c

om

par

e st

able

and d

istu

rbed

eco

syst

ems.

S

tud

ents

id

enti

fy a

nd d

iscu

ss

nat

ura

l an

d h

um

an m

ade

cause

s th

at c

an d

istu

rb a

n e

cosy

stem

.

Les

son

9

Thro

ugh r

esea

rch s

tud

ents

mak

e a

clas

sroom

pre

senta

tion a

bout

thre

e poll

uta

nts

and t

he

trad

e off

s in

volv

ed w

hen

hum

ans

rele

ase

poll

uta

nts

in

to t

he

envir

onm

ent.

S

tud

ents

ob

serv

e th

eir

stab

le e

cosy

stem

s an

d r

ecord

obse

rvat

ions.

Les

son

10

In t

his

les

son s

tud

ents

apply

what

th

ey l

earn

ed a

bout

poll

uta

nts

in l

esso

ns

8 a

nd 9

in p

repar

atio

n o

f des

ignin

g t

hei

r ow

n p

oll

uti

on

ex

per

imen

t on t

hei

r ec

oco

lum

ns.

Stu

den

ts u

se a

pla

nnin

g w

ork

shee

t to

fo

rmula

te a

spec

ific

ex

per

imen

tal

qu

esti

on a

nd m

ake

pre

dic

tions

about

the

resu

lts.

T

hro

ugh

this

ex

per

ience

stu

den

ts g

ain a

ddit

ion

al i

nsi

ght

into

the

use

of

mod

elin

g t

o t

est

and o

bse

rve

cause

and e

ffec

t.

Les

son

11

H - 173

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gh

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08 D

ela

ware

Dep

art

men

t of

Edu

cati

on

1

5

In

this

les

son s

tud

ents

im

ple

men

t th

eir

poll

uti

on e

xper

imen

t to

tes

t th

eir

hypoth

eses

. T

his

giv

es s

tuden

ts e

xper

ience

in u

sin

g

sim

ula

tions,

rec

ord

ing r

esult

s, a

nd v

erif

yin

g p

red

icti

ons.

Stu

den

ts a

lso d

isco

ver

the

use

fuln

ess

of

var

yin

g r

esult

s. S

tud

ent’

s m

ix a

nd

mea

sure

chem

ical

s as

ou

tlin

ed i

n t

hei

r poll

uti

on p

lannin

g w

ork

shee

t.

Les

son

12

Stu

den

ts o

bse

rve

and r

ecord

the

effe

cts

of

poll

uta

nts

hav

e had

on t

he

clas

sroom

eco

syst

ems

use

d i

n t

he

exper

imen

ts.

Stu

den

ts o

bse

rve

and d

iscu

ss t

he

contr

ol

ecoco

lum

n. T

hen

, b

y t

esti

ng e

ach a

quar

ium

s p

H, st

uden

ts d

isco

ver

that

one

syst

em h

as a

ffec

ted t

he

oth

er-

a

con

cept

rela

ted t

o r

eal

worl

d l

and a

nd w

ater

syst

ems.

Les

son

13

Ref

lect

ing o

n t

hei

r ex

per

ience

s as

ex

per

imen

ters

in l

esso

n 1

2, st

ud

ents

no

w f

ocu

s on h

ow

sci

enti

sts

use

mod

els

to a

nsw

er q

ues

tions.

B

y c

om

par

ing t

he

resu

lts

of

thei

r ex

per

imen

ts, st

uden

ts a

lso l

earn

the

imp

ort

ance

of

usi

ng c

ontr

ols

and a

ver

agin

g d

ata.

Les

son

14

Stu

den

ts r

eport

on t

hei

r te

ams

po

lluti

on e

xper

imen

ts a

nd a

nal

yze

the

dat

a an

d t

he

effe

cts

of

each

poll

uta

nt.

By r

eadin

g a

bou

t a

real

ec

osy

stem

in d

anger

, th

e C

hes

apea

ke

Bay, th

ey s

tart

ex

plo

ring w

ays

to s

olv

e re

al l

ife

envir

onm

enta

l pro

ble

ms.

Les

son

15

Stu

den

ts n

ow

use

role

pla

yin

g t

o e

xam

ine

the

Ches

apea

ke

Bay f

rom

dif

fere

nt

poin

ts o

f vie

w, th

e ord

inar

y c

itiz

en, dai

ry f

arm

er,

wat

erm

an, la

nd d

evel

op

er a

nd r

ecre

atio

nal

bo

ater

. B

y c

om

ple

tin

g a

pro

ble

m s

olv

ing s

hee

t, s

tud

ent

gro

ups

anal

yze

the

Bays

pro

ble

ms

from

one

of

thes

e per

spec

tives

, p

ropose

solu

tions,

and i

den

tify

tra

de-

off

s.

Les

son

16

Stu

den

ts p

rese

nt

an e

nvir

onm

enta

l p

roble

m f

rom

a p

arti

cula

r poin

t of

vie

w a

nd p

ropose

solu

tions.

S

tud

ents

ex

amin

e th

eir

ow

n l

ives

an

d h

ow

they c

an f

ind s

olu

tions

to s

om

e of

the

worl

d’s

envir

onm

enta

l p

rob

lem

s.

R

eso

urc

es &

Tea

chin

g T

ips

o

Wh

at

text/

pri

nt/

med

ia/k

it/w

eb r

eso

urc

es b

est

sup

port

th

is u

nit

?

M

oo

re, E

va.

The

Sto

ry o

f G

eorg

e W

ash

ing

ton C

arv

er. 1971. S

chola

stic

In

c.

ISB

N 0

-590-4

2660

-5. T

his

is

a gre

at b

ook f

or

read

ing

H - 174

001446

Page 175: Nature and Application of Science and Technology Science ...

Copyri

gh

t 20

08 D

ela

ware

Dep

art

men

t of

Edu

cati

on

1

6

w

hil

e te

achin

g E

cosy

stem

s.

It i

s an

eas

y b

iogra

ph

y t

o r

ead w

ith a

ctu

al p

hoto

gra

phs.

I

use

to h

ave

the

stud

ents

mak

e a

tim

elin

e of

impo

rtan

t ev

ents

in G

eorg

e's

life

as

they r

ead t

he

book. I

usu

ally

had

the

stud

ents

rea

d t

his

book d

uri

ng F

ebru

ary (

Bla

ck H

isto

ry

Month

) or

whil

e st

ud

yin

g t

he

Civ

il W

ar. I

t w

ould

als

o w

ork

wel

l w

hil

e te

achin

g M

ixtu

res

and S

olu

tions

(Lin

da

Mosl

ey-

Red

Cla

y

Lea

d T

each

er)

P

opula

tions

and E

cosy

stem

s. 1

996.

Sil

ver

Burd

ett

Gin

n I

nc.

IS

BN

0-3

82-3

3479

-5 P

opula

tions

and E

cosy

stem

s has

gre

at a

ctiv

itie

s

that

tea

cher

s ca

n d

o i

n a

nd o

ut

of

the

clas

sroom

. (L

inda

Mosl

ey-

Red

Cla

y L

ed T

each

er)

W

alker

, C

oli

n. E

colo

gy.

1992. T

he

Wri

ght

Gro

up.

ISB

N 0

-7802-0

451.

Conta

ins

lots

of

colo

rful

illu

stra

tions

of

pla

nts

and a

nim

als

that

can

be

use

d a

s a

refe

rence

for

wri

ting r

eport

s. (

Lin

da

Mosl

ey-

Red

cla

y L

ead T

each

er)

W

alker

, C

oli

n.

The

Envi

ronm

ent.

The

Wri

ght

Gro

up.

ISB

N 0

-7802-0

465-4

.

This

is

full

of

acti

vit

ies,

bla

ck a

nd w

hit

e photo

gra

phs

and c

har

ts/d

iagra

ms

that

can

be

use

d a

s a

refe

ren

ce f

or

wri

ting r

eport

s. (

Lin

da

Mosl

ey-

Red

cla

y L

ead

Tea

cher

)

W

alker

, C

oli

n. F

ore

st F

ore

ver.

1992. T

he

Wri

ght

Gro

up.

ISB

N 0

-7802-0

455

-7. T

his

has

colo

rful

photo

gra

phs

that

can

be

use

d f

or

refe

rence

. (L

inda

Mosl

ey-

Red

Cla

y L

ead T

each

er)

Lora

x –

Dr.

Su

ess

A R

iver

Ran

Wil

d

Co

me

Back

Salm

on

Eco

logy M

yst

ery S

tori

es –

Jea

n C

raig

hea

d G

eorg

e

T

rou

ble

at

Mars

h H

arb

or

Vid

eo /

Web

site

s

Bil

l N

ye

Vid

eo –

Eco

syst

em

s

H - 175

001447

Page 176: Nature and Application of Science and Technology Science ...

Copyri

gh

t 20

08 D

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Dep

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Edu

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Fre

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Fis

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for

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A a

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smen

t

F

ield

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ps

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bay H

oo

k/

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Mil

l – c

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e d

iges

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e fi

sh

Sm

yrn

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qu

ati

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ente

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-exp

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Ash

lan

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atu

re C

ente

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o

Wh

at

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den

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how

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rou

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shoot

those

iss

ues

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E

mp

hasi

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sou

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ener

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Acc

om

mod

ati

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fere

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id

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an

d t

ips

W

IDA

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gli

sh L

angu

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fici

ency S

tandar

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for

Engli

sh l

anguag

e L

earn

ers.

htt

p:/

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ida.

us/

Res

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ndar

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rou

pin

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or

read

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sses

smen

ts.

Rea

d A

lou

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Pro

vid

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ud

ents

wit

h s

crib

es.

Use

ass

isti

ve

tech

nolo

gy.

Use

bil

ingu

al

test

s.

H - 176

001448

Page 177: Nature and Application of Science and Technology Science ...

Del

aw

are

Sci

ence

Coali

tio

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de

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nit

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pla

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Forc

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awar

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duca

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Page

1 o

f 9

H - 177

001449

Page 178: Nature and Application of Science and Technology Science ...

Ch

ar

ter

Sc

ho

ol

Un

it M

od

ific

ati

on

T

he

foll

ow

ing

qu

esti

on

s h

av

e b

een

dev

elo

ped

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ass

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in t

he

refi

nem

ent

of

the

req

uir

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cop

e a

nd

se

qu

ence

do

cum

ents

an

d a

cco

mp

an

yin

g u

nit

s o

f in

stru

ctio

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or

the

cha

rter

sch

oo

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pp

rov

al

an

d r

en

ewa

l p

roce

sses

.

Th

rou

gh

a c

ov

er

lett

er f

orm

at

thes

e q

ues

tio

ns

sho

uld

be

ad

dre

ssed

to

ass

ist

mem

be

rs o

f th

e D

ela

wa

re D

ep

art

men

t o

f E

du

cati

on

Cu

rric

ulu

m a

nd

In

stru

ctio

na

l Im

pro

vem

en

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ork

gro

up

eff

ecti

vel

y e

va

lua

te c

ha

rter

sch

oo

l a

pp

lica

tio

ns.

Gu

idin

g Q

ue

sti

on

s

1.

W

hy

wa

s th

is m

od

el u

nit

of

inst

ruct

ion

sel

ecte

d a

s p

art

of

yo

ur

sch

oo

ls’ c

urr

icu

lar

sub

mis

sio

n?

Th

is m

od

el u

nit

of

inst

ruct

ion

wa

s se

lect

ed

as

pa

rt o

f T

ho

ma

s E

dis

on

’s c

urr

icu

lar

sub

mis

sio

n b

eca

use

th

ey a

re a

pa

rt

of

the

DE

Sci

ence

Co

ali

tio

n.

Th

is u

nit

all

ow

s st

ud

ents

to

dee

pen

th

eir

un

der

sta

nd

ing

of

ene

rgy

, in

ves

tig

ati

ng

fu

rth

er

the

ide

a o

f tr

an

sfer

of

ener

gy

. T

hey

bro

ad

en

th

eir

init

ial

un

der

sta

nd

ing

by

rea

lizi

ng

th

at

no

t a

ll e

ner

gy

tra

nsf

ers

are

re

ver

sib

le.

2

. W

ha

t m

od

ific

ati

on

s h

av

e b

een

ma

de

to

th

e m

od

el u

nit

of

inst

ruct

ion

to

mee

t th

e sp

ecif

ic n

eed

s o

f th

e st

ud

ent

po

pu

lati

on

yo

ur

sch

oo

l se

rves

?

No

mo

dif

ica

tio

ns

ha

ve

bee

n m

ad

e to

th

is u

nit

. S

ug

ges

tio

ns

for

dif

fere

nti

ati

on

of

inst

ruct

ion

are

im

bed

ded

in

to t

he

des

ign

of

this

un

it.

All

tea

cher

s w

ill

ha

ve

kit

tra

inin

g,

ther

eby

po

sses

sin

g t

he

skil

ls n

eces

sary

to

tea

ch t

his

un

it a

nd

re

ach

all

lea

rner

s.

3.

Wh

at

mo

dif

ica

tio

ns

ha

ve

bee

n m

ad

e t

o t

he

mo

del

un

it o

f in

stru

ctio

n t

ha

t re

flec

t th

e re

sou

rces

(h

um

an

, ti

me

, b

uil

din

g,

tech

no

log

y e

tc.)

av

ail

ab

le t

o

yo

ur

sch

oo

l?

N

o m

od

ific

ati

on

s h

av

e b

een

ma

de

to t

his

un

it o

f in

stru

ctio

n

4.

Des

crib

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ny

oth

er m

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ific

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at

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n m

ad

e t

o t

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mo

del

un

it o

f in

stru

ctio

n t

ha

t w

ill

ass

ist

in t

he

curr

icu

lar

rev

iew

fo

r y

ou

r sc

ho

ol.

N

o m

od

ific

ati

on

s h

av

e b

een

ma

de

to t

his

un

it.

H - 178

001450

Page 179: Nature and Application of Science and Technology Science ...

Pre

face

: T

his

un

it h

as

bee

n c

rea

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as

a m

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el f

or

tea

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clu

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it

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a s

pri

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ug

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ha

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H - 179

001451

Page 180: Nature and Application of Science and Technology Science ...

Sta

ge 1

: D

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Resu

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:

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Fra

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Accu

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tools

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d t

ech

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pro

pria

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o t

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nv

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o v

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Rev

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le t

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ep

licati

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of

resu

lts.

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mp

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he a

na

lysi

s o

f th

ese

resu

lts.

6.

Use

math

em

ati

cs, re

ad

ing, w

riti

ng, an

d t

ech

nolo

gy w

hen

con

du

ctin

g s

cien

tifi

c in

qu

irie

s.

Scie

nce

Tec

hn

olo

gy a

nd

Socie

ty:

Stu

den

ts s

hou

ld k

now

th

at:

1.

Ad

van

ces

in t

ech

nolo

gy c

an

exp

an

d t

he

bod

y o

f sc

ien

tifi

c k

now

led

ge.

Tec

hn

olo

gic

al

tools

all

ow

peo

ple

to o

bse

rve

ob

ject

s an

d

ph

eno

men

a t

hat

oth

erw

ise

wou

ld n

ot

be

poss

ible

. T

ech

nolo

gy e

nh

an

ces

the q

uali

ty, acc

ura

cy, sp

eed

an

d a

naly

sis

of

data

gath

ered

.

H - 180

001452

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2

. S

cie

nce

an

d t

ech

nolo

gy i

n s

ocie

ty a

re d

riv

en

by

th

e f

oll

ow

ing

fa

cto

rs:

eco

no

mic

al,

po

liti

cal,

cu

ltu

ra

l, s

ocia

l, a

nd

en

vir

on

men

tal.

In

cre

ase

d s

cie

nti

fic k

no

wle

dg

e a

nd

tech

no

log

y c

rea

te c

han

ges

tha

t ca

n b

e b

en

efic

ial

or d

etr

imen

tal

to i

nd

ivid

ua

ls

or s

ocie

ty t

hrou

gh

im

pact

on

hu

ma

n h

ea

lth

an

d t

he e

nv

iro

nm

en

t.

His

tory

an

d C

on

text

of

Sci

ence

:

Stu

den

ts s

hou

ld k

now

th

at:

1.

Ov

er t

he c

ou

rse

of

hu

man

his

tory

, co

ntr

ibu

tio

ns

to s

cie

nce

ha

ve b

een

ma

de b

y d

iffe

ren

t p

eo

ple

fro

m d

iffe

ren

t cu

ltu

res.

Stu

dy

ing

so

me o

f th

ese

con

trib

uti

on

s a

nd

ho

w t

hey

ca

me a

bo

ut

pro

vid

es

insi

gh

t in

to t

he e

xp

an

sio

n o

f sc

ien

tifi

c k

no

wle

dge.

Sta

nd

ard

3:

En

erg

y a

nd

Its

Eff

ects

Th

e F

orm

s a

nd

Sou

rces

of

En

ergy

Stu

den

ts s

hou

ld k

now

th

at:

1. M

ech

an

ical

en

ergy c

om

es

from

th

e m

oti

on

(k

ineti

c e

nerg

y)

an

d p

osi

tio

n (

po

ten

tia

l en

erg

y)

of

ob

jects

. G

rav

ita

tio

na

l p

ote

nti

al

en

erg

y

an

d e

last

ic p

ote

nti

al

ener

gy a

re i

mp

ort

an

t fo

rms

of

pote

nti

al

ener

gy t

hat

con

trib

ute

to t

he

mec

han

ical

ener

gy o

f ob

ject

s.

Stu

den

ts s

hou

ld b

e ab

le t

o:

L

ist,

as

basi

c f

orm

s of

en

ergy, li

gh

t, h

ea

t, s

ou

nd

, el

ectr

ica

l, a

nd

en

erg

y o

f m

oti

on

.

Forc

es a

nd

th

e T

ran

sfer

of

En

ergy

Stu

den

ts s

hou

ld k

now

th

at:

1. W

hen

th

e f

orc

es

acti

ng o

n a

n o

bje

ct

are

ba

lan

ced

, it

s m

oti

on

wil

l n

ot

cha

ng

e.

Un

ba

lan

ced

force

s w

ill

ca

use

th

e o

bje

ct’

s m

oti

on

to

ch

an

ge.

Ch

an

ges

in m

oti

on

dep

en

d u

po

n t

he s

ize a

nd

dir

ecti

on

of

the t

ota

l u

nb

ala

nced

force

ex

erte

d o

n t

he o

bje

ct

Stu

den

ts w

ill

be a

ble

to:

Con

du

ct

invest

igati

on

s on

a m

ov

ing

ob

ject

an

d m

ak

e m

ea

surem

en

ts o

f ti

me a

nd

dis

tan

ce t

ra

vele

d a

nd

dete

rm

ine t

he

av

erage s

peed

of

movin

g o

bje

cts

.

Grap

h a

nd

in

terp

ret

dis

tan

ce v

ersu

s ti

me g

ra

ph

s fo

r c

on

sta

nt

speed

. U

se t

he g

ra

ph

s to

desc

rib

e h

ow

th

e p

osi

tio

n o

f a

n

ob

ject

ch

an

ges

in a

tim

e i

nte

rval.

Desc

rib

e h

ow

th

e s

pee

d o

f an

ob

ject

dep

en

ds

on

th

e d

ista

nce t

rav

ele

d a

nd

th

e t

ra

vel

tim

e.

Ex

pla

in h

ow

th

e m

oti

on

of

an

ob

ject

can

be d

esc

rib

ed

by i

ts p

osi

tio

n,

speed

, a

nd

dir

ecti

on

of

mo

tio

n.

Giv

e e

xam

ple

s of

ob

ject

s at

rest

, a

nd

id

en

tify

th

e f

orce

s th

at

act

on

an

ob

ject

wh

ile i

t rem

ain

s a

t res

t (g

ra

vit

y,

sup

po

rti

ve

force

s, f

ric

tion

, oth

er p

ush

ing o

r p

ull

ing

fo

rces)

. E

xp

lain

th

at

if t

he o

bje

ct

is n

ot

mo

vin

g,

it m

ust

ha

ve a

t le

ast

tw

o f

orc

es

act

ing

on

it

that

are b

ala

nced

.

Giv

e e

xam

ple

s of

movin

g o

bje

cts

an

d i

den

tify

th

e f

orc

es

tha

t a

ct

on

th

ese

ob

jects

. S

ele

ct

exa

mp

les

wh

ere

on

ly o

ne f

orc

e a

cts

on

th

e o

bje

ct

an

d e

xam

ple

s w

here t

wo

or m

ore f

orces

act

on

th

e o

bje

ct.

Ex

pla

in t

ha

t u

nb

ala

nced

forces

acti

ng

on

an

ob

ject

wil

l ch

an

ge i

ts s

peed

, d

irecti

on

of

mo

tio

n,

or

bo

th.

Co

nd

uct

inv

est

iga

tio

ns

to d

esc

rib

e h

ow

th

e r

ela

tiv

e

dir

ect

ion

s of

forc

es

sim

ult

an

eo

usl

y a

cti

ng

on

an

C

opyr

ight

200

8, D

elaw

are

Dep

artm

ent o

f Edu

catio

n Pa

ge 3

of 9

H - 181

001453

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ob

ject

(rein

force

or c

an

cel

H - 182

001454

Page 183: Nature and Application of Science and Technology Science ...

ea

ch

oth

er)

wil

l d

ete

rm

ine h

ow

str

on

gly

th

e c

om

bin

ati

on

of

these

fo

rces

infl

uen

ces

the m

oti

on

of

the o

bje

ct.

Co

nd

uct

invest

igati

on

s an

d d

esc

rib

e h

ow

a f

orc

e c

an

be d

irec

ted

to

in

cre

ase

th

e s

peed

of

an

ob

ject,

decre

ase

th

e s

peed

of

the o

bje

ct

or c

han

ge t

he d

irect

ion

in

wh

ich

th

e o

bje

ct

mo

ves.

Ex

pla

in t

hat

an

ob

ject

that

feel

s th

e e

ffects

of

ba

lan

ced

fo

rces

ma

y b

e a

t re

st o

r m

ay

be m

ov

ing

in

a s

tra

igh

t li

ne w

ith

a s

pee

d

tha

t d

oes

not

ch

an

ge.

2. G

ra

vit

y i

s a f

orce

th

at

acts

betw

een

ma

sses

ov

er v

ery

larg

e d

ista

nce

s. N

ea

r t

he E

arth

’s s

urfa

ce,

gra

vit

y p

ull

s o

bje

cts

an

d

sub

sta

nces

verti

call

y d

ow

nw

ard

Stu

den

ts w

ill

be a

ble

to:

Ex

pla

in t

hat

the

eart

h w

ill

pu

ll o

n a

ll o

bje

cts

wit

h a

forc

e c

all

ed

gravit

y t

hat

is d

irec

ted

in

ward

tow

ard

th

e c

en

ter o

f th

e E

art

h.

Big

Id

ea

s

Mo

tio

n c

an

be c

haracte

rize

d b

y a

n o

bje

ct’

s sp

eed

an

d d

irecti

on

of

tra

vel.

An

ob

ject’

s a

vera

ge s

peed

ca

n b

e c

alc

ula

ted

fro

m k

now

led

ge o

f d

ista

nce a

nd

tim

e.

Ba

lan

ced

force

s d

o n

ot

cau

se a

ch

an

ge i

n t

he m

oti

on

of

an

ob

ject;

un

ba

lan

ced

fo

rces

do

ca

use

a c

han

ge i

n t

he m

oti

on

of

an

ob

ject.

Th

e i

mp

act

of

force

s on

th

e m

oti

on

(o

r c

ha

ng

e i

n m

oti

on

) o

f a

n o

bje

ct

ca

n b

e d

isp

lay

ed

an

d a

na

lyze

d u

sin

g g

ra

ph

ica

l m

ea

ns.

Gra

vit

y i

s a f

orce t

hat

act

s b

etw

een

ma

sses

ov

er l

arg

e d

ista

nce

s a

nd

ca

n i

nfl

uen

ce t

he m

oti

on

(o

r c

ha

ng

e i

n m

oti

on

) o

f a

n

ob

ject.

Gravit

y a

cts

verti

call

y d

ow

nw

ard

on

th

e l

oca

l sc

ale

an

d v

erti

ca

lly i

nw

ard

on

th

e g

lob

al

sca

le.

Fo

rce

s th

at

infl

uen

ce t

he

moti

on

(o

r c

ha

ng

e i

n m

oti

on

) of

ob

ject

s ca

n b

e i

den

tifi

ed

an

d c

om

bin

ed

to

dete

rm

ine t

he o

verall

eff

ect

of

these

forc

es.

Un

it E

nd

urin

g U

nd

erst

an

din

gs

En

du

rin

g U

nd

erst

an

din

g:

En

ergy t

ak

es

ma

ny

fo

rm

s. T

hese

fo

rm

s ca

n b

e g

ro

up

ed

in

to t

yp

es

of

en

erg

y t

ha

t a

re a

sso

cia

ted

wit

h t

he m

oti

on

of

ma

ss (

kin

eti

c e

nergy),

an

d t

yp

es

of

en

erg

y a

ssocia

ted

wit

h t

he p

osi

tio

n o

f m

ass

an

d w

ith

en

ergy

fie

lds

(po

ten

tial

en

erg

y).

En

du

rin

g U

nd

erst

an

din

g:

Ch

an

ges

tak

e p

lace b

eca

use

of

the t

ran

sfer o

f en

erg

y.

En

erg

y i

s tr

an

sfer

red

to

ma

tter t

hro

ug

h t

he a

cti

on

of

force

s. D

iffe

ren

t fo

rce

s are r

esp

on

sib

le f

or t

he t

ra

nsf

er o

f th

e d

iffe

ren

t fo

rm

s o

f en

erg

y.

En

du

rin

g U

nd

erst

an

din

g:

En

ergy r

ead

ily t

ra

nsf

orm

s fr

om

on

e f

orm

to

an

oth

er,

bu

t th

ese

tra

nsf

orm

ati

on

s a

re n

ot

alw

ay

s rev

ersi

ble

. T

he

deta

ils

of

these

tran

sform

ati

on

s d

ep

en

d u

po

n t

he i

nit

ial

form

of

the e

nerg

y a

nd

th

e p

ro

perti

es

of

the m

ate

ria

ls i

nv

olv

ed

. E

nerg

y m

ay

tra

nsf

er i

nto

or o

ut

of

a s

yst

em

an

d i

t m

ay

ch

an

ge f

orm

s, b

ut

the t

ota

l en

erg

y c

an

no

t ch

an

ge.

Un

it E

ssen

tia

l Q

uest

ion

(s)

H

ow

is

speed

mea

sured

an

d w

hy

is

speed

im

po

rta

nt?

Cop

yrig

ht 2

008,

Del

awar

e D

epar

tmen

t of E

duca

tion

Page

4 o

f 9

H - 183

001455

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H

ow

ca

n d

ot

pa

ttern

s a

nd

gra

ph

s b

e u

sed

to

dete

rm

ine i

s so

meth

ing

is

mo

vin

g a

t co

nst

an

t sp

eed

or n

ot

co

nst

an

t sp

eed

?

W

ha

t is

gra

vit

y a

nd

wh

at

facto

rs

aff

ect

the s

tren

gth

of

the p

ull

of

gra

vit

y?

H

ow

are m

ass

an

d w

eig

ht

dif

feren

t?

H

ow

ca

n y

ou

use

th

e d

irecti

on

of

mo

tio

n t

o h

elp

dete

rm

ine t

he d

irecti

on

of

a f

orce s

uch

as

air

resi

sta

nce a

nd

fric

tio

n?

W

hy

is

the d

irecti

on

of

force i

mp

orta

nt?

H

ow

ca

n y

ou

dete

rm

ine t

he t

ota

l fo

rce?

W

ha

t

af

fe

ct

d

o

fo

rc

es

h

av

e

on

t

he

m

ot

io

n

of

o

bj

ec

ts

?

Kn

ow

led

ge &

Sk

ills

Kn

ow

led

ge:

T

he s

peed

of

an

ob

ject

is a

desc

rip

tion

of

how

qu

ick

ly a

n o

bje

ct

is c

ha

ng

ing

its

lo

ca

tio

n.

A

vera

ge

spee

d c

an

be

dete

rm

ined

by d

ivid

ing t

he

dis

tan

ce t

ravele

d b

y t

he

tim

e it

ta

kes

to

travel

th

is d

ista

nce

.

I

nfo

rm

ati

on

ab

ou

t an

ob

ject’

s lo

cati

on

an

d h

ow

qu

ick

ly i

ts l

oca

tio

n c

ha

ng

es

ca

n b

e d

isp

lay

ed

in

a v

arie

ty o

f w

ay

s. O

ne w

ay

is

to u

se

a g

ra

ph

, su

ch

as

a b

ar g

rap

h o

r a

sca

tter

plo

t li

ne g

ra

ph

.

B

ar g

ra

ph

s can

be u

sed

to i

llu

strate

th

e h

ow

th

e s

pee

d o

f an

ob

ject

ch

an

ges

.

L

ine

gra

ph

s of

dis

tan

ce v

ersu

s ti

me c

an

be u

sed

to

in

vest

iga

te h

ow

th

e sp

eed

of

an

ob

ject

ch

an

ges.

G

ravit

y i

s an

att

ract

ive f

orc

e th

at

act

s b

etw

een

ob

ject

s ev

en

if

the

ob

jects

are

no

t to

uch

ing.

T

he f

orce

of

gravit

y w

ill

be t

oo s

mall

to

no

tice

or m

ea

sure u

nle

ss a

t le

ast

on

e o

f th

e o

bje

cts

is e

xtr

emely

ma

ssiv

e (

such

as

a p

lan

et

or s

tar).

G

ravit

y a

cts

ver

ticall

y d

ow

nw

ard

.

M

ass

an

d w

eig

ht

are o

ften

con

fuse

d b

ut

they

are

dif

fere

nt

qu

an

titi

es.

Ma

ss i

s th

e a

mo

un

t o

f m

att

er

fro

m w

hic

h t

hin

gs

are

ma

de. W

eig

ht

is t

he s

ize o

f th

e g

ravit

ati

on

al

forc

e p

ull

ing

th

e m

ass

do

wn

wa

rd

s.

G

ravit

y a

lon

e i

s th

e fo

rce

that

is r

esp

on

sib

le f

or k

eep

ing p

lan

ets

in o

rb

it a

rou

nd

th

e S

un

in

ou

r so

lar s

yst

em

.

U

nb

ala

nced

force

s ch

an

ge t

he m

oti

on

of

ob

jects

.

W

hen

an

ob

ject

is

at

rest

, th

e fo

rces

th

at

act

on

th

e o

bje

ct a

re

bala

nce

d.

I

n a

lmo

st a

ll c

ase

s, t

here

is m

ore t

han

on

e f

orce

acti

ng

on

an

ob

ject.

Th

e e

ffects

of

som

e f

orc

es

are

ap

pa

ren

t w

her

ea

s ef

fects

of

oth

er f

orc

es

are “

hid

den

” b

y t

he e

ffec

ts o

f m

uch

la

rg

er f

orc

es.

I

den

tify

ing t

he s

pecif

ic f

orces

that

act

on

an

ob

ject

ca

n h

elp

us

pred

ict

how

th

e f

orce

s w

ill

infl

uen

ce t

he m

oti

on

of

an

ob

ject.

G

ra

vit

y, fr

icti

on

, air

resi

stan

ce,

ela

stic

force

s, a

nd

ten

sio

n f

orc

es

are a

few

of

the m

ost

co

mm

on

fo

rces.

S

om

e f

orc

es,

su

ch

as

fric

tion

an

d a

ir r

esi

sta

nce,

are d

ep

en

den

t u

po

n t

he d

irecti

on

of

mo

tio

n,

wh

erea

s o

ther f

orc

es

such

as

gra

vit

y

an

d s

up

porti

ng f

orce

s, d

o n

ot

dep

en

d u

po

n t

he d

irecti

on

of

mo

tio

n.

A

n o

bje

ct

wil

l resp

on

d t

o a

ll f

orce

s th

at

act

on

it

so i

t is

im

po

rta

nt

to b

e a

ble

to

id

en

tify

th

e f

orces

acti

ng

on

an

ob

ject.

A

force

dia

gram

is

a s

ketc

h i

n w

hic

h t

he f

orc

es

act

ing

on

an

ob

ject

are

rep

rese

nte

d u

sin

g a

rrow

s.

T

he t

ota

l fo

rce

is

the c

om

bin

ati

on

of

all

fo

rce

s acti

ng

on

an

ob

ject.

T

he s

ize o

f th

e t

ota

l fo

rce a

nd

its

dir

ecti

on

wil

l d

ete

rm

ine h

ow

it

ch

an

ges

the m

oti

on

of

an

ob

ject.

Cop

yrig

ht 2

008,

Del

awar

e D

epar

tmen

t of E

duca

tion

Page

5 o

f 9

H - 184

001456

Page 185: Nature and Application of Science and Technology Science ...

W

hen

th

e f

orce

s acti

ng o

n a

n o

bje

ct

ba

lan

ce e

ach

oth

er,

the t

ota

l fo

rce

is z

ero

an

d t

he m

oti

on

of

the o

bje

ct

wil

l n

ot

ch

an

ge.

If

the o

bje

ct

is a

t rest

an

d t

he f

orce

s acti

ng

on

it

are

ba

lan

ced

, it

wil

l rem

ain

at

rest

.

W

hen

th

e f

orce

s acti

ng o

n a

n o

bje

ct

are

no

t b

ala

nced

, th

e t

ota

l fo

rce c

ou

ld i

ncrea

se t

he s

peed

of

an

ob

ject,

dec

rea

se t

he s

peed

of

an

ob

ject,

or c

han

ge t

he d

irect

ion

in

wh

ich

th

e o

bje

ct

mo

ves.

Sk

ills

:

D

esi

gn

an

d c

on

du

ct

an

ex

per

imen

t to

dete

rm

ine t

he s

peed

of

a m

ov

ing

ob

ject.

C

om

pa

re t

he s

peed

s of

two m

ovin

g o

bje

cts

qu

ali

tati

vely

(w

hic

h i

s fa

ster

, w

hic

h i

s sl

ow

er)

an

d q

ua

nti

tati

vel

y (

ho

w m

uch

fast

er).

M

ea

sure t

ime (

in s

econ

ds)

an

d d

ista

nce (

in c

en

tim

ete

rs)

.

C

oll

ect

data

fro

m m

ult

iple

tria

ls

C

alc

ula

te a

ver

age s

pee

d

C

on

du

ct

invest

igati

on

s to

com

pare

co

nst

an

t sp

eed

an

d n

on

-co

nst

an

t sp

eed

.

M

ak

e d

ista

nce

ver

sus

tim

e g

rap

hs

usi

ng a

dot

car a

nd

usi

ng a

mo

tion

dete

cto

r.

A

na

lyze

grap

hs

to d

esc

rib

e h

ow

th

e s

peed

of

an

ob

ject

ch

an

ges.

U

se m

od

els

to i

llu

strate

th

e d

irec

tion

gravit

y a

cts

at

dif

fere

nt

po

ints

on

Earth

.

I

den

tify

th

e fo

rces

of

gravit

y,

sup

porti

ng

force

s, a

ir r

esi

sta

nce, ela

stic

force

s a

nd

ten

sio

n f

orc

es.

I

den

tify

th

e fo

rce, w

heth

er i

t is

a p

ush

or p

ull

forc

e,

the d

irec

tio

n o

f fo

rce

an

d j

ust

ify

th

e c

hoic

e u

sin

g e

vid

en

ce.

C

reate

forc

e d

iagra

ms

usi

ng a

rrow

s to

ill

ust

rate

th

e d

irec

tion

an

d a

mo

un

t o

f fo

rce.

Sta

ge 2

: A

ssess

men

t E

vid

en

ce

Ass

ess

men

t: T

he s

um

ma

tive a

ssess

men

t fo

r F

orc

e a

nd

Mo

tio

n w

ill

soo

n b

e o

n t

he D

ela

ware D

ep

art

men

t o

f E

du

ca

tio

n

web

site

: h

ttp

://w

ww

.doe.k

12.d

e.u

s/p

rogram

s/ci/

con

ten

t a

rea

s/sc

ien

ce.s

htm

l

Ru

bric

s/ch

eck

list

s fo

r P

erfo

rm

an

ce T

ask

s

Th

e r

ub

ric

s fo

r t

he s

um

mati

ve a

ssess

men

t fo

r F

orce

an

d M

oti

on

un

it w

ill

soo

n b

e o

n t

he D

ela

wa

re d

ep

artm

en

t of

Ed

uca

tio

n

web

site

: h

ttp

://w

ww

.doe.k

12.d

e.u

s/p

rogram

s/ci/

con

ten

t a

rea

s/sc

ien

ce.s

htm

l

Oth

er E

vid

en

ce

1. S

tud

en

t jo

urn

als

con

tain

form

ati

ve a

ssess

men

t o

f q

uest

ion

s a

sked

th

ro

ug

ho

ut

the u

nit

. T

hese

are

oft

en

fo

un

d i

n

“In

vest

igati

on

Ref

lecti

on

” a

nd

“A

pp

lyin

g w

ha

t y

ou

ha

ve l

ea

rn

ed

” s

ecti

on

s.

2.

Acti

vit

y 1

, P

ages

9-1

2-

Mu

ltip

le d

ata

trail

s a

re c

oll

ecte

d a

nd

av

era

ge s

pee

d i

s ca

lcu

late

d.

Th

is i

s u

sed

to

form

ati

vely

ass

ess

stu

den

t

Cop

yrig

ht 2

008,

Del

awar

e D

epar

tmen

t of E

duca

tion

Page

6 o

f 9

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un

der

stan

din

g o

f th

e n

eed

to c

on

du

ct m

ult

iple

tri

als

to f

ind

aver

age

spee

d.

3.

Acti

vit

y 2

, p

ages

21

-23, m

ak

ing d

ista

nce v

ersu

s ti

me g

ra

ph

s. T

hese

gra

ph

s a

re u

sed

to

fo

rm

ati

vel

y a

ssess

stu

den

t u

nd

erst

an

din

g

of

gra

ph

ing d

ata

as

wel

l as

an

aly

zin

g t

he g

ra

ph

s.

4.

Acti

vit

y 4

- Id

en

tify

ing f

orces.

Th

ese

work

sheets

are u

sed

to

fo

rm

ati

vely

ass

ess

stu

den

t u

nd

erst

an

din

g o

f th

e f

orce

s m

en

tio

ned

in t

his

un

it.

5.

Acti

vit

y 5

- M

ak

ing a

Forc

e d

iagram

. T

his

is

use

d t

o f

orm

ati

vely

ass

ess

stu

den

t u

nd

erst

an

din

g o

f fo

rces.

Sta

ge 3

: L

ea

rn

ing

Pla

n

(Desi

gn

Lea

rn

ing

Acti

vit

ies

To

Ali

gn

wit

h G

oa

ls a

nd

Ass

ess

men

ts)

Key

lea

rn

ing

ev

en

ts n

eed

ed

to

ach

iev

e u

nit

go

als

Th

e D

ela

wa

re D

ep

artm

en

t o

f E

du

ca

tio

n’s

Fo

rce a

nd

Mo

tio

n u

nit

co

nsi

sts

of

fiv

e a

cti

vit

ies.

Acti

vit

y 1

: H

ow

Fast

is

it g

oin

g? I

n t

his

acti

vit

y,

stu

den

ts d

esi

gn

an

d c

on

du

ct

an

ex

peri

men

t to

dete

rm

ine t

he s

peed

of

a m

ov

ing

ob

ject.

Th

ey

co

mp

are t

he s

peed

of

two m

ov

ing

ob

jects

qu

ali

tati

vely

an

d q

ua

nti

tati

vely

.

Acti

vit

y 2

: G

rap

hic

al

Dis

pla

ys

of

Moti

on

: U

sin

g a

felt

tip

ma

rk

er,

a D

ot

Ca

r m

ark

s it

s p

osi

tio

n b

y l

ea

vin

g a

n i

nk

ma

rk

on

a p

ap

er a

t

reg

ula

r t

ime i

nte

rvals

. B

y o

bse

rvin

g t

he s

pa

cin

g o

f th

ese

do

ts,

it i

s p

oss

ible

to

dete

rm

ine h

ow

th

e c

ar’s

mo

tio

n c

ha

ng

es.

Da

ta i

s

dis

pla

yed

an

d e

valu

ate

d i

n b

ar g

rap

hs

an

d l

ine g

rap

hs.

Acti

vit

y 3

: A

Look

at

Gravit

y I

n t

his

acti

vit

y,

stu

den

ts s

tart

to i

den

tify

th

e f

orc

es

tha

t aff

ect

mo

tion

. G

ra

vit

y i

s th

e f

orc

e r

esp

on

sib

le

for h

old

ing

everyth

ing o

n o

ur p

lan

et

an

d t

he s

ola

r s

yst

em

to

geth

er a

nd

is

arg

ua

bly

th

e m

ost

reco

gn

ized

fo

rce i

n o

ur d

ail

y l

ives.

Th

is

force

is

inv

est

igate

d i

n d

eta

il i

n t

his

secti

on

.

Acti

vit

y 4

: Id

en

tify

ing F

orces:

In

th

is a

cti

vit

y,

dem

on

stra

tio

ns

an

d i

nv

est

iga

tio

ns

wil

l b

e c

on

du

cte

d t

o i

den

tify

fo

rces

acti

ng

on

ob

jects

. S

om

e f

orce

s are e

asy

to i

den

tify

an

d o

thers

are m

ore d

iffi

cu

lt t

o r

eco

gn

ize.

Acti

vit

y 5

: D

raw

ing F

orc

es

In t

his

acti

vit

y,

stu

den

ts w

ill

beg

in t

o d

iagra

m a

nd

ex

am

ine f

orces

in m

ore d

eta

il.

Th

e s

tud

en

ts w

ill

desc

rib

e

the s

ize o

f th

e f

orc

e a

nd

als

o i

ts d

irec

tion

. T

he

dir

ecti

on

th

at

a f

orc

e i

s ex

erte

d w

ill

aff

ect

the o

bje

cts

ch

an

ge i

n m

oti

on

. T

he o

ver

all

eff

ect

of

all

of

the f

orc

es

acti

ng o

n t

he o

bje

ct

is t

he e

mp

ha

sis

of

this

acti

vit

y.

Cop

yrig

ht 2

008,

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awar

e D

epar

tmen

t of E

duca

tion

Page

7 o

f 9

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Pot

ential

Mis

under

stan

din

gs:

Sou

rce:

Ste

phan

s, J

osep

h. (

1996

).

1.

Stu

den

ts f

ind

it

dif

ficu

lt

2.

A c

hair

or

a t

ab

le c

an

not

3.

Gra

vit

y is

th

e sa

me

thin

gs

4.

Fo

rce

ha

s a

“li

vin

g”

5.

Con

stan

t mot

ion

requir

es p

ush

ing,

other

wise, fo

rce.

6.

If a

n o

bje

ct is

not

movin

g

7.

An

imate

obje

cts

mu

st T

his

un

it is

mea

nt to

be

tau

gh

t gu

ide

is in

clu

ded

bel

ow

:

Targeti

ng

Stu

den

ts’

Scie

nce M

isco

ncep

tio

ns.

a w

ill

of

gra

vit

y.

alo

ng

a h

oriz

on

tal

tra

ck

, y

ou

ha

ve t

o k

eep

fail

ure

to

dis

tin

gu

ish

th

e r

ole

of

fric

tio

n a

s a

sep

ara

te

is a

force

acti

ng

on

it.

no

t h

av

e t

o d

o s

o.

min

ute

cla

ss p

erio

d e

ach

da

y.

A s

ug

gest

ed

pa

cin

g

to r

ecogn

ize t

he t

en

sio

n i

n a

str

ing a

s fo

rce.

exert

a f

orc

e s

ince i

t h

as

no

mo

tio

n.

as

air

pre

ssu

re.

qu

ality

, i.e

., ob

ject

s tr

yin

g t

o f

igh

t th

eir

way u

pw

ard

again

st

a c

on

stan

t fo

rce-

if

you

wan

t to

kee

p s

om

eth

ing m

ovin

g y

ou

will ru

n o

ut

of

forc

e an

d j

ust

sto

p. T

his

rep

rese

nts

a

ther

e is

no f

orc

e an

d i

s so

met

hin

g i

s m

ovin

g, th

ere

exer

t

a f

orc

e to

hold

th

ings

up

, b

ut

inan

imate

ob

ject

s so

in

a

5-6

wee

k f

orm

at

wh

en t

each

ing s

cien

ce in

a 4

0-5

5

Mon

day

T

ues

day

Wed

nesd

ay

Th

urs

day

Fri

day

Acti

vit

y 1

: H

ow

fast

is

it

Go

ing

? M

ak

ing S

en

se o

f

Mo

tio

n.

Act

ivit

y 1

: D

ata

tab

les

an

d c

alc

ula

tion

s.

Acti

vit

y 1

: D

eter

min

ing

the s

peed

of

the b

ug

gy

,

inv

est

iga

tio

n r

efle

cti

on

s,

ap

ply

ing

wh

at

yo

u h

av

e

lea

rn

ed

.

Acti

vit

y 1

; S

peed

lim

its-

inv

est

iga

tin

g f

urt

her.

Rev

iew

of

acti

vit

y 1

.

Act

ivit

y 2

- M

ak

ing s

ense

of

moti

on

, co

mp

ari

ng

con

stan

t sp

eed

s.

Acti

vit

y 2

- T

he d

ot-

car,

Pa

rt

A.

Acti

vit

y 2

- T

he D

ot-

car,

Part

B.

Acti

vit

y 2

- M

oti

on

dete

cto

r.

Acti

vit

y 2

- M

oti

on

dete

cto

r.

Act

ivit

y 2

- A

pp

lyin

g

wh

at

you

have

learn

ed.

Acti

vit

y 2

- In

vest

igati

ng

furth

er. P

oss

ible

Go

-

Mo

tio

n e

xte

nsi

on

s.

Acti

vit

y 3

- T

he f

orc

e o

f

gravit

y.

A p

lum

b l

ine.

Acti

vit

y 3

- P

lum

b l

ine.

Acti

vit

y 3

- M

ass

an

d

Weig

ht.

Act

ivit

y 3

- A

pp

lyin

g

wh

at

you

have

learn

ed.

Inves

tigati

ng f

urt

her

.

Acti

vit

y 4

- m

ak

ing s

en

se

of

force

s. I

den

tifi

cati

on

of

force

s. S

up

porti

ve

force

s.

Acti

vit

y 4

- A

ir

resi

stan

ce.

Acti

vit

y 4

- E

last

ic f

orc

es.

A

cti

vit

y 4

- F

ricti

on

. A

cti

vit

y 4

- fr

icti

on

.

Acti

vit

y 4

- P

ull

ing f

orc

es

of

ro

pes.

Acti

vit

y 4

- In

vest

iga

tio

n

ref

lecti

on

, su

mm

ary

of

acti

vit

y,

Acti

vit

y 4

- In

vest

iga

tin

g

furth

er.

Acti

vit

y 5

- C

rea

tin

g f

orc

e

dia

gra

ms,

Pa

rt

A.

Acti

vit

y 5

- m

ak

ing

sen

se o

f fo

rce

s, p

art

B.

Acti

vit

y 5

- M

ak

ing s

en

se

of

force

s, P

art

C.

Acti

vit

y 5

- G

rav

ity

an

d

orb

its,

su

mm

ary

of

acti

vit

y,.

Acti

vit

y 5

- In

vest

iga

tin

g

furth

er, w

eig

htl

ess

ness

.

Fo

rce

an

d M

oti

on

Su

mm

ati

ve A

ssess

men

t

Fo

rce

an

d M

oti

on

Su

mm

ati

ve A

ssess

men

t

Reso

urces

& T

ea

ch

ing

Tip

s

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yrig

ht 2

008,

Del

awar

e D

epar

tmen

t of E

duca

tion

Page

8 o

f 9

H - 187

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ou

rce:

Del

aw

are

Dep

art

men

t of

Ed

uca

tion

un

it, F

orc

e an

d M

oti

on

. (2

007)

Cop

yrig

ht 2

008,

Del

awar

e D

epar

tmen

t of E

duca

tion

Page

9 o

f 9

H - 188

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yri

gh

t 2

008

Dela

wa

re D

ep

art

men

t of

Ed

uca

tion

P

age 1

of

14

Del

aw

are

Sci

ence

Coali

tio

n

Gra

de

7 U

nit

Tem

pla

te

Ou

r G

enes

Ou

rsel

ves

Copyr

igh

t 2008

Del

aw

are

Dep

art

men

t of

Edu

cati

on

H - 189

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yri

gh

t 2

008

Dela

wa

re D

ep

art

men

t of

Ed

uca

tion

P

age 2

of

14

Ch

ar

ter

Sc

ho

ol

Un

it M

od

ific

ati

on

Th

e fo

llo

win

g q

ues

tio

ns

ha

ve

bee

n d

evel

op

ed t

o a

ssis

t in

th

e re

fin

emen

t o

f th

e re

qu

ire

d s

cop

e a

nd

se

qu

ence

do

cum

ents

an

d a

cco

mp

an

yin

g u

nit

s o

f in

stru

ctio

n f

or

the

cha

rte

r sc

ho

ol

ap

pro

va

l a

nd

ren

ew

al

pro

cess

es.

T

hro

ug

h a

co

ver

let

ter

form

at

thes

e q

ue

stio

ns

sho

uld

be

ad

dre

ssed

to

ass

ist

mem

ber

s o

f th

e D

ela

wa

re D

epa

rtm

ent

of

Ed

uca

tio

n C

urr

icu

lum

an

d I

nst

ruct

ion

al

Imp

rov

em

ent

wo

rk g

rou

p e

ffec

tiv

ely

ev

alu

ate

ch

art

er s

cho

ol

ap

pli

cati

on

s.

Gu

idin

g Q

ue

sti

on

s

1.

W

hy

wa

s th

is m

od

el u

nit

of

inst

ruct

ion

sel

ecte

d a

s p

art

of

yo

ur

sch

oo

ls’ c

urr

icu

lar

sub

mis

sio

n?

Th

is m

od

el u

nit

of

inst

ruct

ion

wa

s se

lect

ed

as

pa

rt o

f T

ho

ma

s E

dis

on

’s c

urr

icu

lar

sub

mis

sio

n b

eca

use

th

ey a

re a

p

art

of

the

DE

Sci

en

ce C

oa

liti

on

. S

tud

ents

are

ab

le t

o t

ran

sfer

kn

ow

led

ge

ga

ined

th

rou

gh

ou

t th

is u

nit

in

a m

ock

in

ves

tig

ati

on

of

of

iden

tify

ing

pa

ren

ts o

f ch

ild

ren

in

a w

ar

torn

co

un

try

. T

his

un

it w

ill

eng

ag

e st

ud

ents

wit

h i

ts

lev

el o

f im

bed

de

d i

nq

uir

y.

2.

Wh

at

mo

dif

ica

tio

ns

ha

ve

bee

n m

ad

e t

o t

he

mo

del

un

it o

f in

stru

ctio

n t

o m

eet

the

spec

ific

nee

ds

of

the

stu

den

t p

op

ula

tio

n y

ou

r sc

ho

ol

serv

es?

No

mo

dif

ica

tio

ns

ha

ve

bee

n m

ad

e to

th

is m

od

el u

nit

of

inst

ruct

ion

. Im

bed

ded

in

to t

he

un

it a

re s

ug

ges

tio

ns

for

dif

fere

nti

ati

on

, so

th

e n

eed

s o

f a

ll l

earn

ers

can

be

met

th

rou

gh

th

is u

nit

as

is.

Tea

cher

s h

av

e re

ceiv

ed t

he

kit

tr

ain

ing

so

th

ey a

re c

on

fid

ent

in t

hei

r a

bil

itie

s to

ex

ecu

te t

his

kit

wit

h f

idel

ity

to

all

lea

rner

s.

3.

Wh

at

mo

dif

ica

tio

ns

ha

ve

bee

n m

ad

e t

o t

he

mo

del

un

it o

f in

stru

ctio

n t

ha

t re

flec

t th

e re

sou

rces

(h

um

an

, ti

me

, b

uil

din

g,

tech

no

log

y e

tc.)

av

ail

ab

le

to y

ou

r sc

ho

ol?

No

mo

dif

ica

tio

ns

ha

ve

bee

n m

ad

e to

th

is u

nit

of

inst

ruct

ion

4.

Des

crib

e a

ny

oth

er m

od

ific

ati

on

s th

at

ha

ve

bee

n m

ad

e t

o t

he

mo

del

un

it o

f in

stru

ctio

n t

ha

t w

ill

ass

ist

in t

he

curr

icu

lar

rev

iew

fo

r y

ou

r sc

ho

ol.

N

o m

od

ific

ati

on

s h

av

e b

een

ma

de

to t

his

un

it.

H - 190

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Dela

wa

re D

ep

art

men

t of

Ed

uca

tion

P

age 3

of

14

Bri

ef S

um

ma

ry o

f U

nit

: In

this

unit

, st

uden

ts r

esea

rch a

nd i

nv

esti

gat

e gen

etic

s, g

enes

, tr

aits

and h

ered

ity u

sin

g d

ata

coll

ecte

d f

rom

var

ious

acti

vit

ies

thro

ughout

the

unit

. S

tuden

ts u

se P

unnet

t sq

uar

es a

nd p

edig

rees

to a

nal

yze

pat

tern

s of

inh

erit

ance

. T

he

adv

anta

ges

and

dis

advan

tages

of

sex

ual

and a

sex

ual

rep

roduct

ion a

re a

dd

ress

ed. S

tuden

ts w

ill

be

pre

sente

d w

ith r

eal

life

gen

etic

dis

ord

ers

thro

ugh r

eadin

gs

and v

ideo

s an

d m

ake

dec

isio

ns

that

model

rea

l li

fe s

ituat

ions.

D

NA

fin

ger

pri

nti

ng a

nd b

lood t

ypin

g a

re a

lso i

ntr

oduce

d a

nd u

sed i

n a

mock

inves

tigat

ion t

o i

den

tify

chil

dre

n s

epar

ated

fro

m t

hei

r par

ents

as

a re

sult

of

war

.

Sta

ge

1:

Des

ired

Res

ult

s S

cien

ce C

on

ten

t S

tan

da

rds

Th

is c

ou

rse

focu

ses

on

th

e D

elaw

are

Sci

ence

Co

nte

nt

Sta

nd

ard

s an

d G

rad

e L

evel

Exp

ecta

tion

s in

Sta

nd

ard

s 1 a

nd

7 fo

un

d o

n t

he

foll

ow

ing w

eb s

ite:

htt

p:/

/ww

w.d

oe.

k12.d

e.u

s/p

rogra

ms/

ci/c

on

ten

t_a

reas/

scie

nce

.sh

tml

Sta

nd

ard

On

e: T

he

Natu

re a

nd

Ap

pli

cati

on

of

Sci

ence

an

d T

ech

nolo

gy

U

nder

stan

din

gs

and A

bil

itie

s of

Sci

enti

fic

Inqu

iry:

S

tuden

ts s

ho

uld

be

able

to:

1.

Fra

me

and r

efin

e ques

tio

ns

that

can

be

inves

tigat

ed s

cien

tifi

call

y, an

d g

ener

ate

test

able

hypoth

eses

.

2.

Des

ign a

nd c

ondu

ct i

nves

tigat

ions

wit

h c

ontr

oll

ed v

aria

ble

s to

tes

t h

ypoth

eses.

3.

Acc

ura

tely

coll

ect

dat

a th

rough t

he

sele

ctio

n a

nd u

se o

f to

ols

and t

echniq

ues

appro

pri

ate

to t

he

inves

tigat

ion. C

onst

ruct

tab

les,

dia

gra

ms

and g

raphs,

sho

win

g r

elat

ionsh

ips

bet

wee

n t

wo v

aria

ble

s, t

o d

ispla

y a

nd f

acil

itat

e an

alysi

s of

dat

a. C

om

par

e an

d q

ues

tion

resu

lts

wit

h a

nd f

rom

oth

er s

tuden

ts.

4.

Form

ex

pla

nat

ions

bas

ed o

n a

ccura

te a

nd l

ogic

al a

nal

ysi

s of

evid

ence

. R

evis

e th

e ex

pla

nat

ion u

sing a

lter

nat

ive

des

crip

tio

ns,

pre

dic

tions,

model

s an

d k

now

ledge

from

oth

er s

ourc

es a

s w

ell

as r

esult

s of

furt

her

inves

tigat

ion.

5.

Com

mu

nic

ate

scie

nti

fic

pro

cedure

s, d

ata,

and e

xpla

nat

ions

to e

nab

le t

he

repli

cati

on o

f re

sult

s. U

se c

om

pute

r te

chnolo

gy t

o a

ssis

t in

com

munic

atin

g t

hes

e re

sult

s. C

riti

cal

revie

w i

s im

port

ant

in t

he

anal

ysi

s of

thes

e re

sult

s.

6.

Use

mat

hem

atic

s, r

eadin

g, w

riti

ng, an

d t

echnolo

gy w

hen

conduct

ing s

cien

tifi

c in

quir

ies.

S

cien

ce T

echnolo

gy a

nd S

oci

ety:

Stu

den

ts s

hould

know

that

:

1. A

dvan

ces

in t

echnolo

gy c

an e

xpan

d t

he

bod

y o

f sc

ienti

fic

know

led

ge.

T

echnolo

gic

al t

ools

all

ow

peo

ple

to o

bse

rve

obje

cts

and

phen

om

ena

that

oth

erw

ise

would

not

be

poss

ible

. T

echnolo

gy e

nhan

ces

the

qual

ity,

accu

racy, sp

eed a

nd a

nal

ysi

s of

dat

a gat

here

d.

2. S

cien

ce a

nd t

echnolo

gy i

n s

oci

ety a

re d

riv

en b

y t

he

foll

ow

ing f

acto

rs:

econom

ical

, poli

tica

l, c

ult

ura

l, s

oci

al, an

d e

nvir

onm

enta

l.

H - 191

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008

Dela

wa

re D

ep

art

men

t of

Ed

uca

tion

P

age 4

of

14

Incr

ease

d s

cien

tifi

c know

ledge

and t

echnolo

gy c

reat

e ch

anges

that

can

be

ben

efic

ial

or

det

rim

enta

l to

indiv

idual

s or

soci

ety t

hro

ugh

impac

t on h

um

an h

ealt

h a

nd t

he

envir

onm

ent.

H

isto

ry a

nd

Co

nte

xt

of

Sci

ence

:

S

tuden

ts s

ho

uld

know

that

:

1. O

ver

the

cours

e of

hu

man

his

tory

, co

ntr

ibuti

on

s to

sci

ence

hav

e bee

n m

ade

by d

iffe

rent

peo

ple

fro

m d

iffe

rent

cult

ure

s. S

tud

yin

g

som

e of

thes

e co

ntr

ibuti

ons

and h

ow

they c

ame

about

pro

vid

es i

nsi

ght

into

the

expan

sion

of

scie

nti

fic

kno

wle

dge.

Sta

nd

ard

7:

Div

ersi

ty a

nd

Con

tin

uit

y o

f L

ivin

g T

hin

gs

R

epro

duct

ion, H

ered

ity a

nd D

evel

opm

ent

S

tuden

ts s

hould

know

that

:

1.

Rep

roduct

ion

is

a ch

arac

teri

stic

of

all

livin

g s

yst

ems

and i

s es

senti

al t

o t

he

conti

nuat

ion o

f ev

ery s

pec

ies.

Stu

den

ts s

hould

be

able

to:

R

ecogniz

e th

at r

epro

duct

ion i

s a

pro

cess

that

occ

urs

in a

ll l

ivin

g s

yst

ems

and i

s es

senti

al t

o t

he

conti

nuat

ion o

f th

e sp

ecie

s. U

se

model

s or

dia

gra

ms

to i

den

tify

the

stru

cture

s o

f a

flow

erin

g p

lant

that

pro

duce

eggs

and s

per

m a

nd e

xpla

in t

hat

pla

nts

, as

wel

l

as, an

imal

s ca

n r

epro

du

ce s

exual

ly.

2.

Som

e org

anis

ms

repro

du

ce a

sex

ual

ly i

nvolv

ing o

ne

par

ent.

A

sex

ual

rep

roduct

ion r

esult

s in

off

spri

ng t

hat

are

gen

etic

ally

id

enti

cal

to

the

par

ent

org

anis

m (

clo

nes

). T

his

pro

cess

is

advan

tageo

us

in m

ainta

inin

g t

he

gen

etic

mak

e-up o

f o

rgan

ism

s th

at a

re s

ucc

essf

ul

in a

spec

ific

envir

onm

ent.

Stu

den

ts s

hould

be

able

to:

M

ake

a si

mple

lab

eled

dra

win

g o

f as

exual

rep

rodu

ctio

n a

s it

occ

urs

in s

exual

ly p

rodu

ced o

rgan

ism

s at

the

cell

ula

r le

vel

.

Indic

ate

that

res

ult

ing c

ells

conta

in a

n i

den

tica

l co

py o

f gen

etic

info

rmat

ion f

rom

the

par

ent

cell

.

3.

Som

e org

anis

ms

repro

du

ce s

exual

ly i

nvolv

ing t

wo p

aren

ts. S

exual

rep

rodu

ctio

n r

esult

s in

off

spri

ng t

hat

hav

e gre

ater

gen

etic

div

ersi

ty t

han

those

res

ult

ing f

rom

ase

xual

rep

rod

uct

ion. O

ne-

hal

f o

f th

e off

spri

ng’s

gen

etic

info

rmat

ion c

om

es f

rom

the

“mal

e”

par

ent

and o

ne-

hal

f co

mes

fro

m t

he

“fem

ale”

par

ent.

Thes

e gen

etic

dif

fere

nce

s hel

p t

o e

nsu

re t

he

surv

ival

of

off

spri

ng i

n v

arie

d

envir

on

men

ts.

Stu

den

ts s

hould

be

ale

to:

G

iven

var

ied s

cenar

ios

(incl

udin

g o

ne

or

two p

aren

t re

pro

duct

ion, an

d h

avin

g t

rait

s id

enti

cal

to o

r dif

fere

nt

than

the

par

ents

),

clas

sify

off

spri

ng a

s ei

ther

sex

ual

ly o

r as

exual

ly p

roduce

d a

nd j

ust

ify y

our

resp

onse

.

C

om

par

e an

d c

ontr

ast

asex

ual

and s

exual

rep

roduct

ion i

n t

erm

s of

pote

nti

al v

aria

tion a

nd a

dap

tati

on t

o a

sta

tic

or

chan

gin

g

envir

onm

ent.

R

elat

e ad

van

tages

and/o

r dis

adv

anta

ges

of

each

str

ateg

y.

4.

In s

exual

rep

roduct

ion a

fter

the

egg i

s fe

rtil

ized

, ea

ch o

f th

e n

ew c

ells

in t

he

dev

elo

pin

g o

rgan

ism

rec

eives

an e

xac

t co

py o

f th

e

gen

etic

info

rmat

ion c

onta

ined

in t

he

nucl

eus

of

a fe

rtil

ized

egg.

Stu

den

ts s

hould

be

able

to:

M

ake

a si

mple

lab

eled

dra

win

g o

f hum

an r

epro

du

ctiv

e ce

lls.

In

dic

ate

that

the

sex

cel

ls (

sper

m a

nd e

gg)

each

hav

e hal

f of

the

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008

Dela

wa

re D

ep

art

men

t of

Ed

uca

tion

P

age 5

of

14

chro

moso

mal

num

ber

(2

3)

as a

fer

tili

zed e

gg (

46).

T

he

fert

iliz

ed e

gg h

as t

he

sam

e num

ber

of

chro

moso

mes

as

each

of

the

bod

y c

ells

of

the

new

org

anis

m. R

ecogniz

e th

at d

iffe

rent

org

anis

ms

may h

ave

dif

fere

nt

num

ber

s of

chro

moso

mes

and t

hat

the

num

ber

of

chro

moso

mes

does

not

rela

te t

o t

he

com

ple

xit

y o

f th

e org

anis

m.

7.

Chro

moso

mes

are

found i

n t

he

nucl

eus

of

the

cell

and c

onta

in g

enes

that

are

mad

e of

DN

A.

Stu

den

ts s

hould

be

ale

to:

D

escr

ibe

the

rela

tionsh

ip b

etw

een g

enes

, ch

rom

oso

mes

, an

d D

NA

in t

erm

s of

loca

tion a

nd r

elat

ive

size

.

8.

Chro

moso

mes

can

be

arra

nged

in p

airs

(on

e-hal

f o

f ea

ch p

air

from

eac

h p

aren

t).

Thes

e pai

rs a

re a

pp

rox

imat

ely t

he

sam

e si

ze a

nd

shap

e, a

nd h

ave

sim

ilar

seq

uen

ces

of

gen

es. H

um

ans

hav

e 23 p

airs

(46)

of

chro

moso

mes

. O

ther

org

anis

ms

may

hav

e dif

fere

nt

num

ber

s of

chro

moso

mes

. I

n h

um

ans,

gen

der

is

det

erm

ined

by a

pai

r of

sex

chro

moso

mes

. F

emal

es p

oss

ess

two X

chro

moso

mes

;

mal

es a

n X

an

d a

Y c

hro

moso

me.

T

he

sex

of

an e

mbry

o i

s d

eter

min

ed b

y t

he

sex

chro

moso

me

found i

n t

he

sper

m c

ell.

Stu

den

ts s

hould

be

ale

to:

E

xpla

in h

ow

the

sex

chro

moso

mes

inher

ited

fro

m e

ach p

aren

t det

erm

ines

the

gen

der

of

the

off

spri

ng.

9.

Alt

ernat

ive

ver

sions

of

gen

es (

dif

fere

nt

alle

les)

acc

ount

for

var

iati

ons

in i

nher

ited

char

acte

rist

ics

(i.e

., f

low

er c

olo

r). P

airs

of

chro

moso

mes

that

hav

e th

e sa

me

alle

le p

rese

nt

on

both

chro

moso

mes

are

hom

ozygous.

P

airs

of

chro

moso

mes

wit

h d

iffe

rent

alle

les

are

het

erozygous.

Stu

den

ts s

hould

be

able

to:

M

odel

a r

andom

pro

cess

(e.

g., c

oin

toss

) th

at i

llust

rate

s w

hic

h a

llel

es c

an b

e pas

sed f

rom

par

ent

to o

ffsp

ring.

10. A

dom

inan

t tr

ait

wil

l be

expre

ssed

if

the

org

anis

m i

s het

erozygous

or

ho

mozygous

for

the

trai

t.

A r

eces

sive

trai

t w

ill

only

be

expre

ssed

if

the

org

anis

m i

s hom

ozygous

for

the

trai

t.

Stu

den

ts s

hould

be

able

to:

U

se s

ingle

tra

it P

unnet

t sq

uar

es t

o e

xam

ine

the

gen

oty

pes

of

indiv

idual

s an

d i

ndic

ate

whic

h i

ndiv

idual

s w

ill

expre

ss d

om

inan

t

or

rece

ssiv

e tr

aits

. J

ust

ify t

he

indic

atio

n b

y r

elat

ing t

hat

dom

inan

t al

lele

s ap

pea

rin

g h

eter

ozygousl

y o

r hom

ozygousl

y a

re

expre

ssed

or

that

tw

o r

eces

sive

alle

les

(hom

ozygo

us)

are

req

uir

ed f

or

an o

ffsp

ring t

o e

xpre

ss a

rec

essi

ve

trai

t phen

oty

pic

ally

.

U

se p

edig

rees

to i

llust

rate

the

her

itab

ilit

y o

f dom

inan

t an

d r

eces

sive

alle

les

over

sev

eral

gen

erat

ions.

11. M

endel

ian g

enet

ics

can b

e use

d t

o p

redic

t gen

oty

pes

and p

hen

oty

pes

of

off

spri

ng r

esult

ing f

rom

sex

ual

rep

rodu

ctio

n.

Stu

den

ts s

hould

be

able

to:

R

esea

rch a

nd r

eport

on t

he

contr

ibuti

ons

of

Gre

gor

Men

del

and o

ther

gen

etic

res

earc

her

s an

d h

ow

thei

r co

ntr

ibuti

ons

alte

red

the

bod

y o

f sc

ienti

fic

kno

wle

dge.

T

echnolo

gy A

ppli

cati

on

S

tuden

ts s

hould

know

that

:

1.

Sel

ecti

ve

bre

edin

g i

s use

d t

o c

ult

ivat

e pla

nts

and d

om

esti

cate

d a

nim

als

wit

h d

esir

able

tra

its.

Stu

den

ts s

hould

be

able

to:

R

esea

rch a

nd r

eport

on s

elec

tive

bre

edin

g. S

elec

t an

org

anis

m (

e.g., r

ace

hors

es, ped

igre

e do

gs,

dro

ught

resi

stan

t pla

nts

) an

d

trac

e it

s his

tory

of

dev

elopm

ent

and t

he

trai

ts o

f th

e pla

nt

or

anim

al t

hat

wer

e en

han

ced b

y s

elec

tive

bre

edin

g.

H - 193

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Cop

yri

gh

t 2

008

Dela

wa

re D

ep

art

men

t of

Ed

uca

tion

P

age 6

of

14

2.

Know

led

ge

gai

ned

fro

m r

esea

rch i

n g

enet

ics

is b

eing

appli

ed t

o a

reas

of

hu

man

hea

lth. G

enet

icis

ts a

nd g

enet

ic c

ounse

lors

may

use

ped

igre

es a

nd P

unnet

t sq

uar

es t

o h

elp p

redic

t th

e poss

ibil

ity o

f gen

etic

dis

ord

ers

in f

utu

re g

ener

atio

ns

Stu

den

ts s

hould

be

able

to:

Rec

ogniz

e th

at t

he

hea

lth

pro

fess

ion u

ses

ped

igre

e ch

arts

to t

race

gen

etic

dis

ord

ers

in p

ast

gen

erat

ions

mak

e pre

dic

tions

for

futu

re

gen

erat

ions.

R

esea

rch a

nd r

eport

on a

chro

moso

mal

dis

ord

er. C

om

ple

te a

sim

ula

ted p

edig

ree

for

a fi

ctio

nal

fam

ily b

ased

on y

our

rese

arch

.

Big

Id

eas

Ob

serv

ati

on

an

d E

vid

ence

(in

her

ited

tra

its

are

intr

oduce

d a

nd i

nves

tigat

ed)

Patt

ern

s (P

unnet

t sq

uar

es a

re u

sed t

o p

redic

t tr

aits

am

ong o

ffsp

rin

g:

ped

igre

es a

re u

sed t

o t

rack

pat

tern

s ac

ross

gen

erat

ions)

Mod

els

(stu

den

ts p

erfo

rm s

imula

ted D

NA

fin

ger

pri

nti

ng t

o a

sses

s par

enta

ge;

stu

den

ts d

esig

n c

ritt

er o

ffsp

rin

g t

o m

odel

pat

tern

s of

inher

itan

ce, in

cludin

g d

om

inan

ce, re

cess

iven

ess

and i

nher

itan

ce o

f se

x-l

inked

tra

its)

Rea

son

ing a

nd

exp

lan

ati

on

s (s

tuden

ts u

se t

he

Mar

fan s

cenar

io t

o m

ake

evid

ence

bas

ed d

ecis

ions

regar

din

g t

he

ben

efit

s an

d

trad

eoff

s o

f gen

etic

tes

ting)

Str

uct

ure

an

d f

un

ctio

n (

studen

ts i

nves

tigat

e th

e ro

le o

f D

NA

, gen

es,

and c

hro

moso

mes

in r

epro

du

ctio

n)

Un

it E

nd

uri

ng U

nd

erst

an

din

gs

Stu

den

ts w

ill

under

stand t

hat…

En

du

rin

g U

nd

erst

an

din

g:

Org

anis

ms

rep

rodu

ce, dev

elop, hav

e p

redic

tab

le l

ife

cycl

es,

and p

ass

on

her

itab

le t

rait

s to

thei

r off

spri

ng.

A

ll i

nher

ited

tra

its

are

pas

sed a

long b

y D

NA

T

her

e ar

e in

her

itab

le t

rait

s an

d t

rait

s th

at a

re a

lter

ed b

y e

nvir

onm

enta

l fa

cto

rs.

A

sex

ual

and s

exual

rep

roduct

ion i

s tw

o s

ucc

essf

ul

stra

tegie

s in

rep

rodu

ctio

n.

P

unnet

t sq

uar

es a

nd p

edig

rees

can

be

use

d t

o p

red

ict

inher

ited

tra

its

En

du

rin

g U

nd

erst

an

din

g:

The

dev

elopm

ent

of

tech

nolo

gy h

as a

llow

ed u

s to

apply

our

know

led

ge

of

gen

etic

s, r

epro

duct

ion

, dev

elopm

ent

and e

volu

tion t

o m

eet

hum

an n

eeds

and w

ants

.

Un

it E

ssen

tial

Qu

esti

on

s

Ess

enti

al

Qu

esti

on

: W

hat

are

the

advan

tages

and

dis

advan

tages

of

dif

fere

nt

repro

duct

ive

stra

tegie

s?

W

hat

is

the

dif

fere

nce

bet

wee

n s

exual

and a

sex

ual

rep

roduct

ion?

H

ow

are

inher

ited

tra

its

pas

sed d

ow

n f

rom

gen

erat

ion t

o g

ener

atio

n?

W

hat

cau

ses

var

iati

on a

mong h

um

ans?

What

are

ex

ample

s of

inher

ited

tra

its?

H

ow

does

the

size

of

the

sam

ple

dat

a co

llec

ted c

om

par

e to

the

theo

reti

cal

pro

bab

ilit

y?

H

ow

does

a p

rob

abil

ity o

f in

her

ited

tra

its

pas

sin

g f

rom

gen

erat

ion t

o g

ener

atio

n d

iffe

r in

a s

imula

tion v

ersu

s th

e th

eore

tica

l

H - 194

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Cop

yri

gh

t 2

008

Dela

wa

re D

ep

art

men

t of

Ed

uca

tion

P

age 7

of

14

pro

bab

ilit

y?

H

ow

is

a P

unnet

t sq

uar

e use

ful

in p

redic

tin

g p

atte

rns

of

inher

itan

ce?

H

ow

is

a ped

igre

e use

ful

in s

tud

yin

g t

rait

s?

W

hy i

s th

e w

ork

of

Gre

gor

Men

del

im

port

ant

in t

he

fiel

d o

f gen

etic

s?

H

ow

are

chro

moso

mes

rel

ated

to i

nher

itan

ce o

f tr

aits

?

C

an t

he

envir

onm

ent

affe

ct i

nher

ited

tra

its?

Ess

enti

al

Qu

esti

on

: H

ow

does

the

under

stan

din

g a

nd m

anip

ula

tion o

f gen

etic

s, r

epro

du

ctio

n, dev

elopm

ent

and e

volu

tion a

ffec

t th

e qual

ity

of

hum

an l

ife?

W

hat

tra

de-

off

s ex

ist

in k

now

ing w

het

her

an i

ndiv

idual

car

ries

a g

enet

ic a

bnorm

alit

y? H

ow

are

gen

etic

dis

ease

s pre

dic

ted?

W

hat

are

soci

etal

and e

thic

al i

ssues

invo

lved

in g

enet

ic t

esti

ng a

nd g

enet

ic f

inger

pri

nti

ng?

Kn

ow

led

ge

& S

kil

ls

Know

led

ge:

Ther

e ar

e a

var

iety

of

hu

man

tra

its

that

are

ex

pre

ssed

.

Som

e tr

aits

may

be

inh

erit

ed a

nd s

om

e dis

ease

s m

ay b

e in

her

ited

. T

he

pro

bab

ilit

y o

f in

her

itin

g a

gen

etic

dis

ease

may b

e pre

dic

ted.

Ase

xual

rep

roduct

ion p

roduce

s off

spri

ng g

enet

ical

ly i

den

tica

l to

the

par

ent.

S

exual

rep

roduct

ion p

roduce

s off

spri

ng w

ith a

co

mbin

atio

n

of

trai

ts f

rom

both

par

ents

.

Tra

de-

off

s ex

ist

when

usi

ng m

odel

s to

rep

rese

nt

the

real

wo

rld

.

The

nucl

eus

of

cell

s co

nta

ins

chro

moso

mes

. A

ch

rom

oso

me

is d

ivid

ed i

nto

reg

ion

s ca

lled

gen

es. G

enes

are

par

t of

a lo

ng m

ole

cule

call

ed D

NA

whic

h e

nco

des

info

rmat

ion f

or

inher

ited

tra

its.

A

n a

llel

e is

a v

aria

tion o

f a

gen

e.

An i

ndiv

idu

al h

as t

wo c

opie

s of

the

alle

les

for

each

inher

ited

tra

it.

A d

om

inan

t tr

ait

requir

es o

nly

one

cop

y o

f th

e al

lele

to b

e ex

pre

ssed

.

A r

eces

sive

trai

t re

quir

es t

wo c

opie

s of

the

alle

le t

o b

e ex

pre

ssed

.

An i

ndiv

idu

al w

ith t

wo c

opie

s of

the

sam

e al

lele

for

a tr

ait

is h

om

ozygous.

An i

ndiv

idual

wit

h t

wo d

iffe

rent

alle

les

for

a tr

ait

is

het

erozygous.

In s

exual

rep

roduct

ion, o

ffsp

rin

g i

nher

it ½

of

thei

r gen

es f

rom

eac

h p

aren

t.

Whic

h ½

they

rec

eive

from

eac

h p

aren

t is

a r

and

om

pro

cess

.

Dat

a obse

rved

in a

n i

nves

tigat

ion m

ay b

e dif

fere

nt

than

the

pre

dic

ted t

heo

reti

cal

pro

bab

ilit

y.

Th

e la

rger

the

sam

ple

siz

e o

f d

ata

coll

ecte

d i

n a

n i

nves

tigat

ion, th

e m

ore

clo

sely

the

dat

a w

ill

fit

the

theo

reti

cal

pro

bab

ilit

y.

Moder

n k

now

led

ge

of

gen

etic

s has

com

e ab

out

thro

ugh p

ast

contr

ibuti

ons

from

indiv

idual

s, s

uch

as

Men

del

.

An o

rgan

ism

’ tr

aits

are

det

erm

ined

by b

oth

gen

etic

s an

d t

he

envir

onm

ent

(nat

ure

ver

sus

nu

rture

).

In m

ost

org

anis

ms,

gen

der

is

det

erm

ined

by t

he

sex

chro

moso

mes

(X

and Y

).

In m

ost

mam

mal

s, X

X r

epre

sents

a f

emal

e an

d X

Y a

mal

e.

In s

exual

rep

roduct

ion, th

e div

ersi

ty o

f off

spri

ng r

esult

s pri

mar

ily f

rom

the

man

y p

oss

ible

com

bin

atio

ns

of

pai

rs o

f al

lele

s tr

ansf

erre

d

from

par

ents

to o

ffsp

rin

g.

A p

edig

ree

is a

rep

rese

nta

tion o

f ex

pre

ssed

tra

its

in m

ult

iple

gen

erat

ions.

Tec

hnolo

gy a

llow

s in

div

idual

s to

lea

rn w

het

her

th

ey h

ave

gen

etic

abno

rmal

itie

s. T

rade-o

ffs

exis

t in

know

ing t

his

info

rmat

ion. (E

x:

Know

ing i

f a

gen

e is

car

ried

for

Mar

fan s

yndro

me.

)

H - 195

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Cop

yri

gh

t 2

008

Dela

wa

re D

ep

art

men

t of

Ed

uca

tion

P

age 8

of

14

Gen

etic

tes

tin

g c

an p

rovid

e in

form

atio

n a

bout

iden

tity

and f

amil

y r

elat

ionsh

ips.

Skil

ls:

Mak

e obse

rvat

ions.

Coll

ect

and o

rgan

ize

dat

a. (

Mak

e an

d a

nal

yze

a d

ata

tab

le i

ndic

atin

g c

lass

res

ult

s of

a obse

rved

tra

its.

)

Const

ruct

a b

ar g

raph.

Conduct

an i

nves

tigat

ion

and m

ake

pre

dic

tions.

(G

row

Nic

oti

ana

pla

nts

. P

redic

t an

d i

nves

tigat

e th

e in

her

ited

tra

its.

)

Giv

en v

arie

d s

cenar

ios,

cla

ssif

y o

ffsp

rin

g a

s se

xual

ly o

r as

exual

ly p

roduce

d a

nd j

ust

ify y

our

resp

onse

.

Com

par

e an

d c

ontr

ast

sex

ual

and a

sex

ual

rep

roduct

ion i

n t

erm

s of

var

iati

on a

nd a

dap

tati

on t

o a

sta

tic

or

chan

gin

g e

nvir

onm

ent.

Mak

e a

sim

ple

lab

eled

dra

win

g o

f hum

an r

epro

du

ctiv

e ce

lls,

ind

icat

ing t

he

sex

cel

ls (

sper

m a

nd e

gg)

wit

h h

alf

the

chro

moso

mal

num

ber

(23)

as t

he

fert

iliz

ed e

gg (

46

).

Rec

ogniz

e th

at d

iffe

rent

org

anis

ms

may

hav

e dif

fere

nt

num

ber

s o

f ch

rom

oso

mes

and t

hat

the

num

ber

of

chro

moso

mes

does

not

rela

te t

o

the

com

ple

xit

y o

f th

e org

anis

m.

Mak

e a

sim

ple

lab

eled

dra

win

g o

f as

exual

rep

rodu

ctio

n a

s it

occ

urs

in s

exual

ly p

rodu

ced o

rgan

ism

s (i

.e., s

kin

cel

ls).

In

dic

ate

that

the

resu

ltin

g c

ells

conta

in a

n i

den

tica

l co

py o

f th

e gen

etic

info

rmat

ion f

rom

the

par

ent

cell

.

Dis

cuss

the

advan

tages

and d

isad

van

tages

to c

lonin

g.

Des

crib

e th

e re

lati

onsh

ip b

etw

een g

enes

, ch

rom

oso

mes

, an

d D

NA

in t

erm

s of

loca

tion a

nd s

ize.

Model

ing t

he

pas

sin

g a

long o

f a

sim

ple

tra

it f

rom

gen

erat

ion t

o g

ener

atio

n.

Dis

cuss

tra

de-

off

s th

at e

xis

t w

hen

model

ing t

he

pas

sing o

f gen

es f

orm

one

gen

erat

ion t

o t

he

nex

t.

Sim

ula

te p

atte

rns

of

inher

itan

ce u

sin

g a

coin

toss

.

Ex

pla

in r

atio

s of

phen

oty

pes

in o

ffsp

rin

g u

sing k

now

ledge

of

gen

etic

s.

Ex

pla

in h

ow

the

bod

y o

f sc

ienti

fic

info

rmat

ion i

n g

enet

ics

chan

ges

over

tim

e as

cri

tica

l re

vie

w o

f re

sult

s ar

e in

ves

tigat

ed a

nd n

ew

ques

tions

and t

echnolo

gie

s em

erge.

Use

a s

ingle

tra

it P

unnet

t sq

uar

e to

pre

dic

t th

e outc

om

e of

a gen

etic

cro

ss w

hen

the

par

ents

’ gen

oty

pes

are

kno

wn.

Indic

ate

whic

h

indiv

idual

s w

ill

expre

ss a

dom

inan

t or

rece

ssiv

e tr

ait.

Just

ify t

he

indic

atio

n b

y r

elat

ing t

hat

dom

inan

t al

lele

s ap

pea

rin

g h

eter

ozy

gousl

y

or

hom

ozygousl

y a

re e

xpre

ssed

or

that

tw

o r

eces

sive

alle

les

(hom

ozygous)

are

req

uir

ed f

or

an o

ffsp

ring t

o e

xpre

ss a

rec

essi

ve t

rait

.

Use

a p

edig

ree

to d

eter

min

e th

e pat

tern

of

inh

erit

ance

of

dom

inan

t an

d r

eces

sive

alle

les

over

sev

eral

gen

erat

ions.

Dis

cuss

the

pro

s an

d c

on

s of

gen

etic

tes

tin

g.

Use

gen

etic

info

rmat

ion t

o m

atch

par

ents

to o

ffsp

ring.

Res

earc

h a

nd r

eport

on s

elec

tive

bre

edin

g. S

elec

t an

org

anis

ms

(i.e

., r

ace h

ors

es, ped

igre

e do

gs)

an

d t

race

its

his

tory

of

dev

elopm

ent

and t

he

trai

ts o

f th

e an

imal

(or

pla

nt)

that

wer

e en

han

ced b

y s

elec

tive

bre

edin

g.

Sta

ge

2:

Ass

essm

ent

Evid

ence

(Des

ign

Ass

essm

ents

To

Gu

ide

Inst

ruct

ion

) A

sses

smen

t: T

he

sum

mat

ive

asse

ssm

ent

consi

sts

of

five

ques

tions.

T

hes

e ques

tions

are

mea

nt

to f

low

conce

ptu

ally

whil

e sp

annin

g

dif

fere

nt

cognit

ive

level

s.

In t

his

way, th

e as

sess

men

t bec

om

es d

iagnost

ic i

n k

now

ing t

he

studen

t’s

cognit

ive

lev

el o

f under

stan

din

g w

hic

h

H - 196

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yri

gh

t 2

008

Dela

wa

re D

ep

art

men

t of

Ed

uca

tion

P

age 9

of

14

then

lea

ds

to i

nst

ruct

ional

chan

ges

.

Tra

nsf

er K

ey I

dea

s:

T

he

trai

ts o

f an

org

anis

m a

re d

eter

min

ed b

y g

enes

. G

enes

are

subunit

s of

chro

moso

mes

. C

hro

moso

mes

are

found

in c

ells

, occ

ur

in

pai

rs a

nd c

arry

her

edit

ary i

nfo

rmat

ion.

Gen

es a

re m

ade

of

the

chem

ical

DN

A.

A

sex

ual

rep

roduct

ion r

esult

s in

off

spri

ng t

hat

are

gen

etic

ally

iden

tica

l to

th

e par

ent.

T

his

pro

cess

is

advan

tageo

us

in m

ainta

inin

g t

he

gen

etic

mak

eup o

f org

anis

ms

that

are

succ

essf

ul

in a

spec

ific

envir

onm

ent.

S

exual

rep

roduct

ion r

esu

lts

from

the

com

bin

atio

n o

f tw

o g

amet

es (

egg a

nd s

per

m).

T

his

pro

cess

res

ult

s in

incr

ease

d v

aria

bil

ity a

mon

g

off

spri

ng, w

hic

h m

ay i

ncr

ease

th

e pro

bab

ilit

y o

f su

rviv

al i

n c

han

gin

g e

nvir

onm

ents

.

P

atte

rns

of

inher

itan

ce f

oll

ow

rule

s an

d a

re t

her

efo

re p

redic

table

. U

nd

erst

andin

g t

hes

e p

atte

rns

can i

nfo

rm d

ecis

ions

about

hu

man

hea

lth,

pre

dic

t th

e poss

ibil

ity o

f gen

etic

dis

ord

ers,

and b

e use

d f

or

sele

ctiv

e bre

edin

g o

f an

imal

s an

d p

lants

.

Ex

pec

tati

ons

of

studen

ts:

Stu

den

ts a

re e

xpec

ted t

o:

di

scuss

sex

ual

rep

roduct

ion i

n t

erm

s of

pat

tern

s of

inher

itan

ce.

us

e gen

es f

rom

a m

oth

er a

nd f

ather

to d

eter

min

e th

e gen

etic

mak

e-up o

f o

ffsp

ring.

co

rrec

tly m

atch

a p

hen

oty

pe

wit

h a

gen

oty

pe.

ex

pla

in g

enet

ic v

aria

bil

ity i

n s

exual

and a

sex

ual

rep

roduct

ion.

di

scuss

advan

tages

and d

isad

van

tages

of

sex

ual

and a

sex

ual

rep

roduct

ion.

in

terp

ret

a p

edig

ree.

ex

pla

in t

hat

sex

ual

ly r

epro

duce

d o

ffsp

ring g

et ½

of

thei

r gen

etic

info

rmat

ion f

rom

eac

h p

aren

t. T

hey

are

ex

pec

ted t

o i

ndic

ate

whet

her

an i

ndiv

idual

is

hom

ozygous

or

het

erozygous

for

a tr

ait.

us

e a

Punnet

t sq

uar

e to

corr

ectl

y p

redic

t th

e pro

bab

ilit

y o

f o

ffsp

rin

g e

xpre

ssin

g a

tra

it.

Form

ati

ve

ass

essm

ent

is f

ound i

n e

ach a

ctiv

ity. Q

uic

k w

rite

s to

journ

al q

ues

tions

are

use

d t

o d

eter

min

e w

hat

the

studen

t know

s pri

or

to

star

ting t

he

acti

vit

y a

s w

ell

as w

hat

the

studen

t has

lea

rned

thro

ughout

the

acti

vit

y. T

hes

e ar

e sc

ore

d u

sing a

4-p

oin

t S

EP

UP

syst

em, as

par

t

of

the

curr

icula

r m

ater

ials

.

Gen

etic

s su

mm

ati

ve

ass

essm

ent

can

be

fou

nd

at:

htt

p:/

/ww

w.d

oe.

k12.d

e.u

s/p

rogra

ms/

sci_

acs

sess

/def

au

lt.s

htm

l

Ru

bri

cs/c

hec

kli

sts

for

Per

form

an

ce T

ask

s

Ru

bri

cs f

or

Gen

etic

s ass

essm

ent

can

be

fou

nd

at:

htt

p:/

/ww

w.d

oe.

k12.d

e.u

s/p

rogra

ms/

sci_

acs

sess

/def

au

lt.s

htm

l

H - 197

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yri

gh

t 2

008

Dela

wa

re D

ep

art

men

t of

Ed

uca

tion

P

age 1

0 o

f 1

4

Oth

er E

vid

ence

Act

ivit

y 5

8:

Cre

ature

Fea

ture

s an

d A

ctiv

ity 6

5:

Bre

edin

g C

ritt

ers-

More

Tra

its:

Stu

den

ts c

onst

ruct

model

s of

crit

ters

that

res

ult

fro

m p

aren

ts

tran

smit

ting g

enes

to t

hei

r off

spri

ng.

Act

ivit

y 6

8:

Sea

rchin

g f

or

the

Lost

Chil

dre

n-

and A

ctiv

ity 6

9:

Evid

ence

fro

m D

NA

S

tuden

ts u

se D

NA

evid

ence

and b

lood t

yp

es t

o

iden

tify

lost

ch

ildre

n.

pp. h-3

in S

EP

UP

note

book i

ncl

udes

an I

tem

Ban

k o

f poss

ible

tes

t an

d/o

r quiz

ques

tions

for

this

unit

.

Stu

den

t S

elf-

Ass

essm

ent

an

d R

efle

ctio

n

Stu

den

ts s

hould

kee

p a

runnin

g j

ourn

al t

hat

tra

cks

thei

r le

arnin

g a

s th

ey p

rogre

ss t

hro

ugh t

he

unit

. T

his

journ

al s

hou

ld b

e a

com

bin

atio

n o

f

self

ref

lect

ion a

nd d

ata

coll

ecte

d a

s a

resu

lt o

f unit

act

ivit

ies.

When

stu

den

ts c

om

ple

te t

he

less

ons

in t

his

unit

, th

ey s

hould

be

enco

ura

ged

to m

ake

note

s on t

hei

r w

ork

that

indic

ates

gro

wth

in

under

stan

din

g. N

ot

all

work

shee

ts s

hould

be

off

icia

lly g

rad

ed, but

all

work

should

incl

ude

opport

unit

ies

for

studen

t re

flec

tion. O

nly

those

assi

gnm

ents

that

mea

sure

know

ledge

that

should

be

soli

dif

ied i

n t

he

min

ds

of

the

studen

ts s

hould

be

gra

ded

. L

earn

ing e

xper

ien

ces

should

not

be

gra

ded

as

they a

re d

evel

oped

to d

raw

out

studen

t m

isco

nce

pti

ons.

Sta

ge

3:

Lea

rnin

g P

lan

(D

esig

n L

earn

ing

Act

ivit

ies

To

Ali

gn

wit

h G

oa

ls a

nd

Ass

essm

en

ts)

Key

lea

rnin

g e

ven

ts n

eed

ed t

o a

chie

ve

un

it g

oals

The

SE

PU

P O

ur

Gen

es,

Our

Sel

ves

unit

is

use

d t

o m

eet

the

lear

nin

g g

oal

s. T

he

unit

is

div

ided

into

17 s

hort

act

ivit

ies.

A s

um

mar

y o

f ea

ch

acti

vit

y i

s li

sted

bel

ow

. N

ote

that

the

acti

vit

ies

beg

in w

ith n

um

ber

54 a

nd e

nd w

ith n

um

ber

71.

Res

ourc

e: S

EP

UP

: O

ur

Gen

es O

urs

elves

Sci

ence

Educa

tion f

or

Publi

c U

nder

stan

din

g P

rogra

m. 2

001. T

he

Reg

ents

of

the

Univ

ersi

ty o

f

Cal

iforn

ia. P

ubli

shed

by L

ab A

ids.

Ronko

nkom

a, N

Y.)

Inv

esti

gat

ion 5

4:

Inve

stig

ati

ng H

um

an T

rait

s- S

tuden

ts i

nves

tigat

e tr

aits

fo

r si

x h

um

an c

har

acte

rist

ics

as t

he

beg

innin

g o

f an

ongoin

g

dis

cuss

ion o

f hum

an v

aria

tion a

nd h

ered

ity. T

he

idea

of

inher

ited

tra

its

is i

ntr

oduce

d.

H - 198

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gh

t 2

008

Dela

wa

re D

ep

art

men

t of

Ed

uca

tion

P

age 1

1 o

f 1

4

Inv

esti

gat

ion 5

5:

Pla

nts

Have

Gen

es, T

oo!-

Stu

den

ts g

erm

inat

e se

eds

that

are

the

off

spri

ng o

f pla

nts

bre

d f

rom

tru

e-bre

edin

g g

reen

and p

ale

yel

low

str

ains

of

flow

erin

g t

obac

co.

By p

redic

ting a

nd t

hen

quan

tify

ing t

he

colo

rs o

f th

e o

ffsp

rin

g p

lants

, st

uden

ts o

bta

in g

enet

ic d

ata

for

anal

ysi

s.

Inv

esti

gat

ion 5

6:

Joe’

s D

ilem

ma

-Stu

den

ts a

re i

ntr

oduce

d t

o t

he

issu

e of

gen

etic

tes

ting t

hro

ugh a

sto

ry a

bout

a st

uden

t w

ho s

usp

ects

he

may

hav

e in

her

ited

a g

enet

ic s

yn

dro

me

(the

Mar

fan s

yn

dro

me)

. S

tuden

ts g

ener

ate

ques

tions

they

wo

uld

hav

e if

they w

ere

in t

his

sit

uat

ion, an

d

mak

e a

pre

lim

inar

y d

ecis

ion o

f w

hat

they w

ould

do b

ased

on t

he

lim

ited

info

rmat

ion t

hey

hav

e so

far

.

Inv

esti

gat

ion 5

7:

Copyc

at-

Ase

xual

and s

exual

rep

roduct

ion a

re i

ntr

odu

ced.

Dif

fere

nce

s b

etw

een t

he

two p

repar

e st

uden

ts t

o u

nder

stan

d t

he

mec

han

ism

s of

her

edit

y i

n s

exual

ly r

epro

du

cing o

rgan

ism

s.

Inv

esti

gat

ion 5

8:

Cre

atu

re F

eatu

res-

Stu

den

ts d

evel

op h

ypoth

eses

to e

xpla

in t

he

beh

avio

r of

gen

es i

n a

sto

ry a

bout

zoo s

cien

tist

s bre

edin

g

imag

inar

y c

reat

ure

s. T

hey

use

mod

els

to e

val

uat

e ho

w w

ell

the

hypoth

eses

fit

addit

ional

evid

ence

ab

out

the

crit

ter

off

spri

ng.

Inv

esti

gat

ion 5

9:

Gen

e C

om

bo-S

tuden

ts u

se a

coin

toss

ing s

imula

tion t

o m

odel

the

pat

tern

of

inh

erit

ance

ex

hib

ited

by m

any s

ingle

-gen

e

trai

ts, in

cludin

g t

he

crit

ter

tail

-colo

r ch

arac

teri

stic

. T

hey

rel

ate

this

mod

el t

o t

he

hypoth

esis

they d

evel

oped

in A

ctiv

ity 5

8.

Inv

esti

gat

ion 6

0:

Men

del

, F

irst

Gen

etic

ist-

A r

ead

ing d

escr

ibes

Men

del

’s e

xper

imen

ts w

ith p

ea p

lants

. S

tuden

ts r

elat

e th

e ru

les

dis

cover

ed

by M

end

el i

n h

is a

nal

ysi

s of

pea

pla

nt

cross

es t

o t

hei

r fi

ndin

gs

about

crit

ter

gen

es. T

he

read

ing i

ntr

od

uce

s th

e id

ea t

hat

bas

ic c

once

pts

dis

cover

ed i

n w

ork

ing w

ith o

ne

type

of

org

anis

m (

pea

pla

nts

) ca

n o

ften

be

gen

eral

ized

to o

ther

org

anis

ms

or

gro

ups

(hum

ans)

.

Inv

esti

gat

ion 6

1:

Gen

e S

quare

s-S

tuden

ts u

se P

unnet

t sq

uar

es t

o p

redic

t th

e ap

pro

xim

ate

freq

uen

cies

of

trai

ts a

mong t

he

off

spri

ng o

f sp

ecif

ic

crit

ter

cross

es.

Inv

esti

gat

ion 6

2:

Analy

zing G

enet

ic D

ata

-Stu

den

ts q

uan

tify

the

resu

lts

of

the

seed

s th

ey g

erm

inat

ed i

n A

ctiv

ity 5

5 “

Pla

nts

hav

e G

enes

too”

and c

om

par

e th

eir

resu

lts

to M

endel

’s r

esult

s.

Inv

esti

gat

ion 6

3:

Show

Me

the

Gen

es!-

A r

eadin

g d

escr

ibes

the

beh

avio

r of

chro

moso

mes

duri

ng s

exual

rep

roduct

ion a

nd i

ts c

onsi

sten

cy

wit

h b

asic

pat

tern

s of

inh

erit

ance

. In

addit

ion, th

e fu

nct

ion o

f D

NA

and t

he

effe

cts

of

random

ly o

ccu

rrin

g m

uta

tions

are

intr

oduce

d.

Inv

esti

gat

ion 6

4:

Natu

re a

nd N

urt

ure

- S

tuden

ts d

esig

n a

n e

xper

imen

t to

inv

esti

gat

e th

e ef

fect

of

the

envir

onm

ent

on t

he

dev

elopm

ent

of

the

gre

en c

olo

r tr

ait

in N

icoti

ana

seed

lin

gs.

This

intr

oduce

s th

e in

terp

lay o

f her

edit

y (

nat

ure

) an

d e

nvir

onm

enta

l (n

urt

ure

fac

tors

in t

he

dev

elopm

ent

of

an o

rgan

ism

s tr

aits

.

Inv

esti

gat

ion 6

5:

Bre

edin

g C

ritt

ers-

More

Tra

its-

Stu

den

ts m

odel

the

div

ersi

ty o

f off

spri

ng p

oss

ible

fro

m t

wo p

aren

ts a

nd d

isco

ver

pat

tern

s

H - 199

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yri

gh

t 2

008

Dela

wa

re D

ep

art

men

t of

Ed

uca

tion

P

age 1

2 o

f 1

4

of

inher

itan

ce o

ther

than

str

ict

dom

inan

t/re

cess

ive

trai

ts.

Inv

esti

gat

ion 6

6:

Patt

erns

in P

edig

ree-

Stu

den

ts i

nves

tigat

e th

e beh

avio

r o

f gen

es f

or

hum

an t

rait

s. P

edig

rees

are

intr

oduce

d a

s an

oth

er w

ay

to s

tud

y g

enes

. T

hey a

re t

hen

use

d t

o a

nal

yze

the

pat

tern

s of

tran

smis

sion f

or

rece

ssiv

e an

d d

om

inan

t hum

an t

rait

s.

Inv

esti

gat

ion 6

7:

What

Would

You D

o? -

Stu

den

ts r

eturn

to J

oe’

s dil

emm

a an

d c

onsi

der

whet

her

he

should

be

test

ed f

or

the

Mar

fan

syndro

me.

This

act

ivit

y p

rovid

es m

ore

info

rmat

ion

about

the

Mar

fan s

yndro

me

and a

lso a

llow

s st

uden

ts t

o c

onsi

der

furt

her

ho

w a

dia

gnosi

s

of

a gen

etic

con

dit

ion m

ight

affe

ct a

per

son.

Inv

esti

gat

ion 6

8:

Sea

rchin

g f

or

the

Lost

Chil

dre

n-

Stu

den

ts a

re i

ntr

oduce

d t

o t

he

pro

ble

m o

f id

enti

fyin

g p

eople

who c

anno

t id

enti

fy

them

selv

es. T

hey r

ead a

sto

ry o

f so

me

chil

dre

n l

ost

duri

ng a

war

. A

lthou

gh t

he

story

is

fict

ional

, it

is

bas

ed o

n a

ctual

sit

uat

ions

in r

ecen

t

tim

es.

Inv

esti

gat

ion 6

9:

Evi

den

ce f

rom

DN

A-

Stu

den

ts l

earn

how

DN

A f

inger

pri

nti

ng i

s do

ne

by p

erfo

rmin

g a

sim

ula

tion o

f th

e pro

cess

use

d t

o

gen

erat

e dif

fere

nt

size

d p

iece

s of

DN

A. T

hey c

om

par

e th

eir

sim

ula

tion t

o t

he

actu

al p

roce

du

res

use

d b

y s

cien

tist

s to

pre

par

e D

NA

finger

pri

nts

.

Inv

esti

gat

ion 7

0:

Fin

din

g t

he

Lost

Chil

dre

n-

Stu

den

ts i

nves

tigat

e th

e use

of

DN

A f

inger

pri

nts

as

evid

ence

in e

stab

lish

ing f

amil

y

rela

tionsh

ips.

They u

se D

NA

fin

ger

pri

nts

to o

bta

in a

ddit

ional

evid

ence

abo

ut

the

iden

titi

es o

f th

e lo

st c

hil

dre

n o

f Jo

hn a

nd B

elin

da

and o

f

Mai

and P

aul.

Inv

esti

gat

ion 7

1:

Should

We?

Stu

den

ts l

earn

ab

out

the

work

of

Dr.

Mar

y-C

lair

e K

ing, w

ho h

elped

fam

ilie

s in

Arg

enti

na

find t

hei

r lo

st

chil

dre

n. T

hey t

hen

per

form

an e

thic

al a

nal

ysi

s to

dec

ide

wh

at s

hou

ld b

e done

wit

h t

he

lost

chil

dre

n o

f N

amel

ia.

Pote

nti

al M

isunder

stan

din

gs:

1.

Stu

den

ts o

ften

thin

k t

hat

, bec

ause

an o

ffsp

rin

g l

ooks

sim

ilar

to o

ne

or

the

oth

er p

aren

t, t

hat

the

off

spri

ng r

ecei

ved

mo

re g

enet

ic

mat

eria

l fr

om

one

par

ent

than

the

oth

er.

Stu

den

ts o

ften

thin

k t

hat

gir

ls r

ecei

ve

more

gen

etic

mak

eup

fro

m t

hei

r m

oth

er a

nd b

oys

more

fro

m t

hei

r fa

ther

.

2.

Stu

den

ts m

ay c

onfu

se t

he

par

ing o

f gen

es a

nd s

tate

that

½ t

he

gen

etic

mak

eup c

om

es f

rom

eac

h p

aren

t yet

inco

rrec

tly s

tate

th

at

all

of

the

eye

colo

r, f

or

exam

ple

, co

mes

fro

m o

ne

par

ent

whil

e al

l of

anoth

er t

rait

com

es f

rom

anoth

er. I

n o

ther

word

s, t

hat

more

of

one

trai

t co

mes

fro

m o

ne

par

ent

than

the

oth

er.

3.

Stu

den

ts o

ften

confu

se t

he

par

ing o

f al

lele

s an

d w

ill

pai

r th

em i

nco

rrec

tly a

t ra

ndom

, oft

en m

akin

g t

he

off

spri

ng d

irec

tly i

den

tica

l to

a par

ent.

4.

Stu

den

ts o

ften

confu

se g

enoty

pe

wit

h p

hen

oty

pe.

5.

Stu

den

ts o

ften

thin

k t

hat

som

e of

the

off

spri

ng p

roduce

d t

hro

ugh s

exual

rep

roduct

ion w

ill

be

iden

tica

l to

eac

h o

ther

and d

o n

ot

full

y

H - 200

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Cop

yri

gh

t 2

008

Dela

wa

re D

ep

art

men

t of

Ed

uca

tion

P

age 1

3 o

f 1

4

under

stan

d t

he

var

iabil

ity o

f su

ch a

n o

ccurr

ence

.

6.

Stu

den

ts o

ften

confu

se s

exual

wit

h a

sex

ual

rep

roduct

ion a

nd r

ever

se t

he

advan

tages

of

each

.

7.

Stu

den

ts o

ften

bel

ieve

that

the

mo

st c

om

monly

ex

pre

ssed

tra

its

are

dom

inan

t an

d t

hat

th

e le

ss c

om

monly

ex

pre

ssed

tra

its

are

rece

ssiv

e.

8.

Whil

e so

me

studen

ts c

an c

orr

ectl

y m

ake

a P

unnet

t S

quar

e, t

hey d

o n

ot

full

y u

nder

stan

d t

he

info

rmat

ion t

hat

the

tool

pro

vid

es.

9.

Stu

den

ts o

ften

inco

rrec

tly b

elie

ve

that

the

gen

der

of

off

spri

ng i

s dep

end

ent

upon o

ther

off

spri

ng. F

or

exam

ple

, if

a m

oth

er a

nd f

ather

hav

e fo

ur

bo

ys,

stu

den

ts o

ften

thin

k t

he

chan

ce o

f hav

ing a

noth

er b

oy i

s no

t 50%

.

This

unit

is

mea

nt

to b

e ta

ught

in a

6 w

eek

form

at.

Her

e is

a s

ugges

ted t

imef

ram

e bas

ed o

n a

reg

ula

r 40

-55 m

inute

cla

ss p

erio

d.

Monday

T

ues

day

Wed

nes

day

T

hurs

day

Fri

day

Act

ivit

y 5

4:

Inves

tigat

ing

Hum

an t

rait

s

Act

ivit

y 5

4:

Inves

tigat

ing

Hum

an t

rait

s

Act

ivit

y 5

5:

Pla

nts

hav

e

Gen

es, T

oo!

Act

ivit

y 5

6:

Joe’

s

Dil

emm

a

Act

ivit

y 5

6:

Joe’

s

Dil

emm

a

Act

ivit

y 5

7:

Cop

yca

t A

ctiv

ity 5

8:

Cre

ature

Fea

ture

Act

ivit

y 5

8:

Cre

ature

Fea

ture

Act

ivit

y 5

9:

Gen

e C

om

bo

A

ctiv

ity 5

9:

Gen

e C

om

bo

Act

ivit

y 6

0:

Men

del

,

Fir

st G

enet

icis

t

Act

ivit

y 6

1:

Gen

e

Squar

es

Act

ivit

y 6

1:

Gen

e

Squar

es

Act

ivit

y 6

1:

Gen

e

Squar

es

Act

ivit

y 6

2:

Anal

yzi

ng

Gen

etic

Dat

a

Act

ivit

y 6

3:

Show

me

the

Gen

es!

Act

ivit

y 6

3:

Show

me

the

Gen

es!

Act

ivit

y 6

4:

Nat

ure

and

Nurt

ure

Act

ivit

y 6

4:

Nat

ure

and

Nurt

ure

Act

ivit

y 6

5:

Bre

edin

g

Cri

tter

s- M

ore

Tra

its

Act

ivit

y 6

5:

Bre

edin

g

Cri

tter

s- M

ore

Tra

its

Act

ivit

y 6

6:

Pat

tern

s in

Ped

igre

es

Act

ivit

y 6

6:

Pat

tern

s in

Ped

igre

es

Act

ivit

y 6

8:

Sea

rchin

g

for

the

Lo

st C

hil

dre

n

Act

ivit

y 6

9:

Evid

ence

from

DN

A

Act

ivit

y 7

0:

Fin

din

g t

he

Lost

Chil

dre

n

Act

ivit

y 7

1:

Should

We?

A

ctiv

ity 7

1:

Should

We?

S

um

mat

ive

Ass

essm

ent

Sum

mat

ive

Ass

essm

ent

Res

ou

rces

& T

each

ing T

ips

SE

PU

P:

Ou

r G

enes

Ou

rsel

ves

Sci

ence

Educa

tion f

or

Publi

c U

nder

stan

din

g P

rogra

m. 2001. T

he

Reg

ents

of

the

Univ

ersi

ty o

f C

alif

orn

ia.

Publi

shed

by L

ab A

ids.

Ronkonkom

a, N

Y.)

Tip

s:

The

foll

ow

ing a

re i

ntr

od

uce

d i

n t

his

un

it b

ut

are

not

par

t of

the

asse

ssed

mid

dle

sch

ool

stan

dar

ds.

C

lass

tim

e sh

ould

not

be g

iven

to t

he

issu

es b

elow

.

M

uta

tio

ns

are

intr

oduce

d i

n t

his

un

it b

ut

are

not

par

t of

the

mid

dle

sch

ool

scie

nce

sta

nd

ards

and a

re n

ot

asse

ssed

at

this

tim

e.

C

o-d

om

inan

ce i

s al

so i

ntr

oduce

d i

n t

his

un

it b

ut

is a

lso n

ot

par

t of

the

mid

dle

sch

ool

stan

dar

ds

nor

is a

sses

sed a

t th

is t

ime.

L

earn

ing a

bout

blo

od g

roups

is n

ot

par

t of

the

mid

dle

sch

ool

stan

dar

ds

nor

is i

t as

sess

ed.

L

earn

ing a

bout

the

nu

cleo

tides

(A

,C,T

,and G

) is

not

par

t of

the

mid

dle

sch

ool

stan

dar

ds.

L

earn

ing h

ow

enzym

es a

re u

sed t

o g

ener

ate

DN

A f

inger

pri

nts

is

not

par

t of

the

mid

dle

sch

ool

stan

dar

ds.

H - 201

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yri

gh

t 2

008

Dela

wa

re D

ep

art

men

t of

Ed

uca

tion

P

age 1

4 o

f 1

4

Acc

om

mod

ati

on

/Dif

fere

nti

ati

on

id

eas

an

d t

ips.

T

he

use

of

gro

up a

ctiv

itie

s th

roughout

this

un

it e

nab

les

studen

ts w

ith d

iffi

cult

y t

o g

ain i

nsi

ght

from

fel

low

cla

ssm

ates

. P

air

studen

ts

toget

her

to b

est

mak

e use

of

studen

t st

ren

gth

s in

dif

fere

nt

area

s. F

or

exam

ple

, pai

r a

good r

ead

er w

ith s

om

eone

who i

s good a

t ta

ctil

e

task

s.

P

rovid

e ex

tended

tim

e fo

r st

uden

ts w

hose

str

ength

is

no

t in

the

area

of

focu

s. F

or

exam

ple

, pro

vid

e ex

tra

tim

e fo

r a

wri

tin

g a

ssig

nm

ent

for

a st

uden

t w

ho s

tru

ggle

s w

ith

wri

ting.

U

se a

“K

-W-L

” ch

art

to k

eep t

rack

of

“what

we

know

”, “

What

we

wan

t to

know

” an

d “

what

we

lear

ned

”. R

evis

e th

e ch

art

oft

en

thro

ugh o

ut

the

unit

as

new

ques

tions

aris

e an

d n

ew k

now

led

ge

is l

earn

ed.

This

wil

l al

so a

llow

for

pre

-tes

tin

g o

f st

uden

t kno

wle

dge

if

com

ple

ted i

n t

he

studen

t jo

urn

al.

U

se a

con

cept

map

ch

art

to h

elp s

tuden

ts v

isual

ly c

onnec

t th

e co

nce

pts

in t

he

unit

.

R

evie

w t

he

pre

vio

us

day’s

les

son a

nd c

onti

nuousl

y r

einfo

rce

con

cepts

fro

m t

he

unit

.

P

erm

it t

he

apt

studen

t to

acc

eler

ate

thei

r ra

te o

f pro

gre

ss a

nd w

ork

ind

epen

den

tly o

n s

om

e co

nte

nt.

S

tuden

ts m

ay u

se g

raphic

org

aniz

ers,

map

s an

d d

iagra

ms

to e

ffec

tivel

y f

acil

itat

e dif

feri

ng l

evel

s of

cognit

ive

pro

cess

ing f

or

studen

ts o

f

dif

fere

nt

abil

ity l

evel

s.

H - 202

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t 2

008

Dela

wa

re D

ep

art

men

t of

Ed

uca

tion

Pa

ge 1

of

25

Del

aw

are

Sci

ence

Coali

tio

n

Gra

de

8 P

lan

etary

Sci

ence

Un

it T

emp

late

Copyr

igh

t 2008D

elaw

are

Dep

art

men

t of

Edu

cati

on

H - 203

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Pa

ge 2

of

25

Ch

ar

ter

Sc

ho

ol

Un

it M

od

ific

ati

on

Th

e fo

llo

win

g q

ues

tio

ns

ha

ve

bee

n d

evel

op

ed t

o a

ssis

t in

th

e re

fin

emen

t o

f th

e re

qu

ired

sco

pe

an

d s

eq

uen

ce d

ocu

men

ts a

nd

acc

om

pa

ny

ing

un

its

of

inst

ruct

ion

fo

r th

e ch

art

er

sch

oo

l a

pp

rov

al

an

d r

ene

wa

l p

roce

sses

.

Th

rou

gh

a c

ov

er l

ette

r fo

rma

t th

ese

qu

est

ion

s sh

ou

ld b

e a

dd

ress

ed t

o a

ssis

t m

emb

ers

of

the

De

law

are

Dep

art

men

t o

f E

du

cati

on

Cu

rric

ulu

m a

nd

In

stru

ctio

na

l Im

pro

ve

men

t w

ork

gro

up

eff

ecti

vel

y e

va

lua

te c

ha

rter

sch

oo

l a

pp

lica

tio

ns.

Gu

idin

g Q

ue

sti

on

s

1.

W

hy

wa

s th

is m

od

el u

nit

of

inst

ruct

ion

sel

ecte

d a

s p

art

of

yo

ur

sch

oo

ls’ c

urr

icu

lar

sub

mis

sio

n?

Th

is m

od

el u

nit

of

inst

ruct

ion

wa

s se

lect

ed

as

pa

rt o

f T

ho

ma

s E

dis

on

’s c

urr

icu

lar

sub

mis

sio

n b

eca

use

th

ey a

re a

p

art

of

the

DE

Sci

en

ce C

oa

liti

on

. S

tud

ents

are

ab

le t

o e

ng

ag

e in

re

sea

rch

wit

h t

he

inte

gra

ted

tec

hn

olo

gy

co

mp

on

ent

wit

hin

th

is u

nit

to

in

ves

tig

ate

th

e su

n,

mo

on

, a

nd

ph

ase

s, e

sta

bli

shin

g f

or

them

a d

eep

er

un

der

sta

nd

ing

of

the

inte

rco

nn

ecte

dn

ess

of

the

pla

net

s a

s a

sy

stem

.

2.

Wh

at

mo

dif

ica

tio

ns

ha

ve

bee

n m

ad

e t

o t

he

mo

del

un

it o

f in

stru

ctio

n t

o m

eet

the

spec

ific

nee

ds

of

the

stu

den

t p

op

ula

tio

n y

ou

r sc

ho

ol

serv

es?

No

mo

dif

ica

tio

ns

ha

ve

bee

n m

ad

e to

th

is m

od

el u

nit

of

inst

ruct

ion

. Im

bed

ded

in

to t

he

un

it a

re s

ug

ges

tio

ns

for

dif

fere

nti

ati

on

, so

th

e n

eed

s o

f a

ll l

earn

ers

can

be

met

th

rou

gh

th

is u

nit

as

is.

Tea

cher

s h

av

e re

ceiv

ed t

he

kit

tr

ain

ing

so

th

ey a

re c

on

fid

ent

in t

hei

r a

bil

itie

s to

ex

ecu

te t

his

kit

wit

h f

idel

ity

to

all

lea

rner

s.

3.

Wh

at

mo

dif

ica

tio

ns

ha

ve

bee

n m

ad

e t

o t

he

mo

del

un

it o

f in

stru

ctio

n t

ha

t re

flec

t th

e re

sou

rces

(h

um

an

, ti

me

, b

uil

din

g,

tech

no

log

y e

tc.)

av

ail

ab

le

to y

ou

r sc

ho

ol?

No

mo

dif

ica

tio

ns

ha

ve

bee

n m

ad

e to

th

is u

nit

of

inst

ruct

ion

4.

Des

crib

e a

ny

oth

er m

od

ific

ati

on

s th

at

ha

ve

bee

n m

ad

e t

o t

he

mo

del

un

it o

f in

stru

ctio

n t

ha

t w

ill

ass

ist

in t

he

curr

icu

lar

rev

iew

fo

r y

ou

r sc

ho

ol.

No

mo

dif

ica

tio

ns

ha

ve

bee

n m

ad

e to

th

is u

nit

.

H - 204

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Pa

ge 3

of

25

Pre

face

: T

his

un

it h

as

bee

n c

rea

ted

as

a m

od

el f

or

tea

cher

s in

th

eir

des

ign

ing

or

red

esig

nin

g o

f co

urs

e cu

rric

ula

. I

t is

by

no

mea

ns

inte

nd

ed t

o b

e in

clu

sive

; ra

ther

it i

s m

ean

t to

be

a s

pri

ng

bo

ard

fo

r te

ach

er t

ho

ug

ht

an

d c

rea

tivi

ty.

Th

e in

form

ati

on

we

ha

ve i

ncl

ud

ed r

epre

sen

ts o

ne

po

ssib

ilit

y fo

r d

evel

op

ing

a u

nit

ba

sed

on

th

e

Del

aw

are

co

nte

nt

sta

nd

ard

s a

nd

th

e U

nd

erst

an

din

g b

y D

esig

n f

ram

ewo

rk a

nd

ph

ilo

sop

hy.

Bri

ef S

um

ma

ry o

f U

nit

The

Pla

net

ary S

yst

ems

unit

focu

ses

on o

bse

rvab

le, pre

dic

table

pat

tern

s of

movem

ent

in t

he

Sun

, E

arth

, M

oon s

yst

em i

ncl

udin

g M

oon

phas

es, S

unri

se a

nd S

unse

t, r

ota

tion a

nd r

evolu

tio

n, se

asons

and d

ay/n

ight.

The

infl

uen

ce o

f gra

vit

y a

nd e

ner

gy f

rom

the

Sun o

n t

he

pla

net

s

and o

ther

sola

r sy

stem

ob

ject

s is

als

o a

ddre

ssed

thro

ughout

the

unit

. T

echno

log

y i

s use

d i

n t

his

unit

to r

esea

rch i

nfo

rmat

ion a

bout

the

Sola

r

Syst

em a

nd t

echnolo

gy, su

ch a

s sa

tell

ites

, use

d t

o s

tud

y t

he

pla

net

s, m

oons,

ast

eroid

s an

d S

un.

The

Pla

net

ary S

yst

ems

unit

is

typ

ical

ly

taught

afte

r th

e T

ransf

orm

atio

n o

f E

ner

gy u

nit

an

d b

efore

th

e E

cosy

stem

s unit

in e

ighth

gra

de.

Stu

den

ts c

oll

ect

dat

a on M

oo

n p

has

es,

Sunri

se a

nd S

unse

t an

d t

ides

and u

se t

his

dat

a to

obse

rve

vis

ible

pat

tern

s ca

use

d b

y t

he

moti

on o

f th

e S

un, M

oon a

nd E

arth

. M

odel

ing,

anal

yzi

ng d

ata

and r

esea

rchin

g d

ata

from

the

inte

rnet

are

som

e m

ethods

use

d t

o e

ffec

tivel

y t

each

this

unit

.

Sta

ge

1:

Des

ired

Res

ult

s D

ela

wa

re S

cien

ce C

on

ten

t S

tan

da

rds

Del

aw

are

Sci

ence

Con

ten

t S

tan

dard

s

Th

is c

ou

rse

focu

ses

on

th

e D

elaw

are

Sci

ence

Co

nte

nt

Sta

nd

ard

s an

d G

rad

e L

evel

Exp

ecta

tion

s in

Sta

nd

ard

s 1 a

nd

4 f

ou

nd

on

th

e

foll

ow

ing w

eb s

ite:

htt

p:/

/ww

w.d

oe.

k12

.de.

us/

pro

gra

ms/

ci/c

on

ten

t_a

reas/

scie

nce

.sh

tml

Sta

nd

ard

On

e: T

he

Natu

re a

nd

Ap

pli

cati

on

of

Sci

ence

an

d T

ech

nolo

gy

Under

stan

din

gs

and A

bil

itie

s of

Sci

enti

fic

Inquir

y

Stu

den

ts s

hould

know

and b

e ab

le t

o:

1.

Un

der

stan

d t

hat

: S

cien

tifi

c in

ves

tigat

ions

involv

e as

kin

g t

esta

ble

ques

tions.

D

iffe

rent

kin

ds

of

ques

tions

sugges

t dif

fere

nt

scie

nti

fic

inves

tigat

ions.

T

he

curr

ent

bod

y o

f sc

ienti

fic

know

ledge

guid

es t

he

inves

tigat

ion.

Be

able

to:

Fra

me

and r

efin

e ques

tions

that

can

be

inves

tigat

ed s

cien

tifi

call

y,

and g

ener

ate

test

able

hyp

oth

eses

.

2.

Un

der

stan

d t

hat

: A

val

id i

nves

tigat

ion c

ontr

ols

var

iable

s. D

iffe

rent

exper

imen

tal

des

igns

and s

trat

egie

s ca

n b

e d

evel

oped

to

answ

er t

he

sam

e ques

tio

n.

Be

able

to:

Des

ign a

nd

conduct

inves

tigat

ions

wit

h c

ontr

oll

ed v

aria

ble

s to

tes

t h

ypoth

eses

.

3. U

nd

erst

and t

hat

: In

a s

cien

tifi

c in

ves

tigat

ion, dat

a co

llec

tion i

nvolv

es m

akin

g p

reci

se m

easu

rem

ents

and k

eepin

g a

ccura

te r

ecord

s

so t

hat

oth

ers

can r

epli

cate

the

exper

imen

t.

Be

able

to:

Acc

ura

tely

co

llec

t dat

a th

rou

gh t

he

sele

ctio

n a

nd u

se o

f to

ols

an

d t

echniq

ues

appro

pri

ate

to t

he

inves

tigat

ion.

Const

ruct

tab

les,

dia

gra

ms

and g

raphs,

show

ing r

elat

ionsh

ips

bet

wee

n t

wo v

aria

ble

s, t

o d

ispla

y a

nd f

acil

itat

e an

alysi

s of

dat

a. C

om

par

e an

d q

ues

tion r

esult

s w

ith

and f

rom

oth

er s

tuden

ts.

4. U

nd

erst

and t

hat

: T

her

e is

much

ex

per

imen

tal

and o

bse

rvat

ional

evid

ence

that

support

s a

larg

e bod

y o

f kno

wle

dge.

T

he

scie

nti

fic

H - 205

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Pa

ge 4

of

25

com

munit

y s

upport

s kno

wn i

nfo

rmat

ion u

nti

l new

ex

per

imen

tal

evid

ence

ari

ses

that

does

not

mat

ch e

xis

ting e

xpla

nat

ions.

T

his

lead

s to

the

evolu

tion o

f th

e sc

ien

tifi

c bod

y o

f kno

wle

dge.

Be

able

to:

Form

ex

pla

nat

ions

bas

ed o

n a

ccu

rate

and l

ogic

al a

nal

ysi

s of

evid

ence

. R

evis

e th

e ex

pla

nat

ion u

sing

alte

rnat

ive

des

crip

tio

ns,

pre

dic

tions,

model

s an

d k

now

ledge

from

oth

er s

ourc

es a

s w

ell

as r

esult

s of

furt

her

inves

tigat

ion.

5. U

nd

erst

and t

hat

: E

val

uat

ing t

he

expla

nat

ions

pro

pose

d b

y o

ther

s in

volv

es e

xam

inin

g a

nd c

om

par

ing e

vid

ence

, id

enti

fyin

g f

ault

y

reas

onin

g, poin

ting o

ut

stat

emen

ts t

hat

go b

eyond t

he

evid

ence

, an

d s

ugges

ting a

lter

nat

ive

expla

nat

ions

for

the

sam

e

obse

rvat

ions.

C

onfl

icti

ng d

ata

or

con

flic

ting i

nte

rpre

tati

ons

of

the

sam

e d

ata

sugges

t th

e n

eed f

or

furt

her

inves

tigat

ion.

Conti

nued

inves

tigat

ion c

an l

ead t

o g

reat

er u

nder

stan

din

g a

nd r

esolu

tion o

f th

e co

nfl

ict.

Be

able

to:

Com

munic

ate

scie

nti

fic

pro

cedure

s, d

ata,

and e

xpla

nat

ions

to e

nab

le t

he

repli

cati

on o

f re

sult

s. U

se c

om

pute

r

tech

nolo

gy t

o a

ssis

t in

com

munic

atin

g t

hes

e re

sult

s. C

riti

cal

revie

w i

s im

po

rtan

t in

the

anal

ysi

s of

thes

e re

sult

s.

6. U

nd

erst

and t

hat

: S

cien

tifi

c hab

its

of

min

d a

nd o

ther

sourc

es o

f know

led

ge

and s

kil

ls a

re e

ssen

tial

to s

cien

tifi

c in

quir

y. H

ab

its

of

min

d i

ncl

ude

tole

rance

of

ambig

uit

y, sk

epti

cism

, open

nes

s to

new

idea

s, a

nd o

bje

ctiv

ity. O

ther

kn

ow

ledge

and s

kil

ls i

ncl

ude

mat

hem

atic

s, r

eadin

g,

wri

ting, an

d t

echnolo

gy.

Be

able

to:

Use

mat

hem

atic

s, r

eadin

g, w

riti

ng, an

d t

echnolo

gy w

hen

condu

ctin

g s

cien

tifi

c in

quir

ies.

Sci

ence

, T

echnolo

gy, an

d S

oci

ety

Stu

den

ts s

hould

know

that

:

1. A

dvan

ces

in t

echnolo

gy c

an e

xpan

d t

he

bod

y o

f sc

ienti

fic

know

led

ge.

T

echnolo

gic

al t

ools

all

ow

peo

ple

to o

bse

rve

obje

cts

and

phen

om

ena

that

oth

erw

ise

would

not

be

poss

ible

. T

echnolo

gy e

nhan

ces

the

qual

ity,

accu

racy, sp

eed a

nd a

nal

ysi

s of

dat

a

gat

her

ed.

3.

Sci

ence

and t

echnolo

gy i

n s

oci

ety a

re d

riven

by t

he

foll

ow

ing f

acto

rs:

econ

om

ical

, poli

tica

l, c

ult

ura

l, s

oci

al, an

d e

nvir

onm

enta

l.

Incr

ease

d s

cien

tifi

c know

ledg

e an

d t

echnolo

gy c

reat

e ch

anges

that

can

be

ben

efic

ial

or

det

rim

enta

l to

indiv

idual

s or

soci

ety

thro

ugh i

mpac

t on h

um

an h

ealt

h a

nd t

he

envir

on

men

t.

Stu

den

ts s

hould

be

able

to:

A

nal

yze

dat

a on s

unri

se a

nd s

unse

t ti

mes

(in

ter

ms

of

length

of

dayli

ght)

and d

escr

ibe

pat

tern

s. E

xpla

in t

he

reas

on f

or

the

pat

tern

s b

y u

sing m

odel

s or

com

pute

r si

mula

tions

of

the

Ear

th a

nd S

un.

Usi

ng i

nte

rnet

, new

spap

er, an

d a

ctu

al o

bse

rvat

ions

of

the

nig

ht

sky f

or

at l

east

tw

o m

onth

s, c

oll

ect

dat

a on t

he

Moon’s

appea

rance

, an

d m

oonri

se a

nd m

oonse

t ti

mes

. A

nal

yze

the

dat

a to

des

crib

e th

e obse

rvab

le p

atte

rns

(phas

es).

E

xpla

in

wh

y t

he

Moon

’s a

ppea

rance

ch

anges

in a

rep

eati

ng c

ycl

ical

pat

tern

.

Use

a v

arie

ty o

f re

sourc

es (

e.g., N

AS

A p

hoto

gra

phs,

com

pute

r si

mula

tions)

to c

om

par

e an

d c

ontr

ast

the

ph

ysi

cal

pro

per

ties

(i.

e., te

mper

ature

, si

ze, co

mposi

tion, su

rfac

e fe

ature

s) o

f pla

net

s.

Rec

ogniz

e th

at s

pin

off

s ar

e pro

du

cts

whic

h h

ave

under

gone

a te

chnolo

gy t

ransf

er p

roce

ss f

rom

res

earc

h t

o p

ubli

c use

.

Res

earc

h s

pin

-off

s fr

om

the

spac

e p

rogra

m t

hat

hav

e af

fect

ed o

ur

ever

yday l

ives

(i.

e., V

elcr

o, sm

ok

e det

ecto

rs, co

rdle

ss

tools

).

H - 206

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Pa

ge 5

of

25

His

tory

and C

onte

xt

of

Sci

ence

Stu

den

ts s

hould

know

that

:

1.

Over

th

e co

urs

e of

hum

an h

isto

ry, co

ntr

ibuti

ons

to s

cien

ce h

ave

bee

n m

ade

by d

iffe

rent

peo

ple

fro

m d

iffe

rent

cult

ure

s. S

tud

yin

g

som

e of

thes

e co

ntr

ibuti

ons

and h

ow

they c

ame

about

pro

vid

es i

nsi

ght

into

the

expan

sion

of

scie

nti

fic

know

led

ge.

Stu

den

ts s

hould

be

able

to:

D

escr

ibe

ho

w s

cien

tist

s hav

e his

tori

call

y c

onfi

rmed

that

the

Ear

th i

s ro

und,

not

flat

.

D

escr

ibe

ho

w s

cien

tist

s hav

e ac

quir

ed k

now

led

ge

about

com

ponen

ts o

f our

Sola

r S

yst

em. R

eco

gniz

e th

e im

port

ance

of

peo

ple

and t

echnolo

gie

s th

at h

ave

led t

o o

ur

curr

ent

under

stan

din

g o

f sp

ace.

Sta

nd

ard

4 :

Eart

h i

n S

pace

The

Ear

th/S

un/M

oon S

yst

em

Stu

den

ts s

hould

know

that

:

1.

The

Sun

is

a st

ar t

hat

giv

es o

ff r

adia

nt

ener

gy t

hat

dri

ves

Ear

th s

yst

ems

and i

s es

senti

al f

or

life

. T

he

amount

of

radia

nt

ener

gy E

arth

rece

ives

fro

m t

he

Sun t

hro

ughout

the

yea

r is

nea

rly c

onst

ant.

Stu

den

ts s

hould

be

able

to:

A

nal

yze

dat

a on s

unri

se a

nd s

unse

t ti

mes

(in

ter

ms

of

length

of

dayli

ght)

and d

escr

ibe

pat

tern

s. E

xpla

in t

he

reas

on f

or

the

pat

tern

s b

y u

sing m

odel

s or

com

pute

r si

mula

tions

of

the

Ear

th a

nd S

un.

Stu

den

ts s

hould

kn

ow

that

:

2.

The

tilt

of

Ear

th’s

ax

is o

f ro

tati

on a

s it

orb

its

the

Sun p

oin

ts i

n t

he

sam

e dir

ecti

on w

ith r

espec

t to

the

star

s. T

he

tilt

and t

he

orb

ital

moti

on o

f E

arth

aro

und t

he

Sun c

ause

var

iati

on i

n t

he

amount

of

sola

r ra

dia

tion s

trik

ing a

loca

tion o

n t

he

Ear

th’s

surf

ace

wh

ich r

esult

s

in v

aria

tion i

n t

he

length

of

day/n

ight

and s

easo

ns.

Stu

den

ts s

hould

be

able

to:

A

nal

yze

dat

a on s

unri

se a

nd s

unse

t ti

mes

(in

ter

ms

of

length

of

dayli

ght)

and d

escr

ibe

pat

tern

s. E

xpla

in t

he

reas

on f

or

the

pat

tern

s b

y u

sing m

odel

s or

com

pute

r si

mula

tions

of

the

Ear

th a

nd S

un.

Stu

den

ts s

hould

know

that

:

3.

Moon p

has

es o

ccu

r bec

ause

the

rela

tive

posi

tions

of

Ear

th, M

oon, an

d S

un c

han

ge,

ther

eby e

nab

ling u

s to

see

dif

fere

nt

amounts

of

the

Moon’s

surf

ace.

Stu

den

ts s

hould

be

able

to:

U

sing i

nte

rnet

, new

spap

er, an

d a

ctu

al o

bse

rvat

ions

of

the

nig

ht

sky f

or

at l

east

tw

o m

onth

s, c

oll

ect

dat

a on t

he

Moon’s

appea

rance

, an

d m

oonri

se a

nd m

oonse

t ti

mes

. A

nal

yze

the

dat

a to

des

crib

e th

e obse

rvab

le p

atte

rns

(phas

es).

E

xpla

in w

hy

the

Moon’s

appea

ran

ce c

han

ges

in a

rep

eati

ng c

ycli

cal

pat

tern

.

Stu

den

ts s

hould

know

that

:

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ge 6

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25

4.

The

Moon i

s a

nat

ura

l sa

tell

ite

of

Ear

th a

nd i

s d

iffe

rent

than

th

e E

arth

in s

ize,

atm

osp

her

e, g

ravit

y, an

d s

urf

ace

feat

ure

s.

Stu

den

ts s

hould

be

able

to:

U

sing i

nte

rnet

, new

spap

er, an

d a

ctu

al o

bse

rvat

ions

of

the

nig

ht

sky f

or

at l

east

tw

o m

onth

s, c

oll

ect

dat

a on t

he

Moon’s

appea

rance

, an

d m

oonri

se a

nd m

oonse

t ti

mes

. A

nal

yze

the

dat

a to

des

crib

e th

e obse

rvab

le p

atte

rns

(phas

es).

E

xpla

in w

hy

the

Moon’s

appea

ran

ce c

han

ges

in a

rep

eati

ng c

ycli

cal

pat

tern

.

Stu

den

ts s

hould

know

that

:

5.

Tid

es a

re c

ause

d b

y t

he

gra

vit

atio

nal

inte

ract

ions

of

the

Sun, M

oon a

nd E

arth

Stu

den

ts s

hould

be

able

to:

U

se m

odel

s to

des

crib

e h

ow

the

rela

tive

posi

tions

of

the

Sun, M

oon, an

d E

arth

acc

ount

for

Moon p

has

es, ec

lipse

s, a

nd t

ides

.

Stu

den

ts s

hould

know

that

:

6.

The

Moon h

as a

gre

ater

im

pac

t on t

ides

bec

ause

of

its

pro

xim

ity t

o E

arth

Stu

den

ts s

hould

be

able

to:

D

escr

ibe

ho

w t

he

rela

tive

posi

tions

of

the

Ear

th,

Moon a

nd S

un c

an c

ause

hig

h a

nd l

ow

tid

es, an

d u

nusu

ally

hig

h o

r lo

w t

ides

.

The

Sola

r S

yst

em

Stu

den

ts s

hould

know

that

:

1.

The

Sun

is

by f

ar t

he

most

mas

sive

obje

ct i

n t

he

Sola

r S

yst

em, th

eref

ore

gra

vit

atio

nal

ly d

om

inat

ing a

ll o

ther

mem

ber

s of

the

Sola

r

Syst

em.

Stu

den

ts s

hould

be

able

to:

D

emonst

rate

an u

nd

erst

and

ing o

f th

e m

oti

on o

f th

e bodie

s in

our

Sola

r S

yst

em. U

se m

odel

s, c

har

ts,

illu

stra

tions,

and o

ther

suit

able

rep

rese

nta

tions

to p

redic

t an

d d

escr

ibe

regula

r p

atte

rns

of

moti

on f

or

mo

st o

bje

cts

in t

he

Sola

r S

yst

em.

E

xpla

in h

ow

the

Sun i

s th

e ce

ntr

al a

nd l

arges

t bod

y i

n o

ur

Sola

r S

yst

em a

nd t

he

sourc

e o

f th

e li

ght

ener

gy t

hat

hit

s our

pla

net

.

Use

model

s to

ex

pla

in h

ow

var

iati

ons

in t

he

amou

nt

of

Sun’s

ener

gy h

itti

ng t

he

Ear

th’s

surf

ace

resu

lts

in s

easo

ns.

R

ecogniz

e th

at t

he

forc

e of

gra

vit

y k

eeps

pla

net

s in

orb

it a

round t

he

sun

an

d i

nfl

uen

ces

obje

cts

on E

arth

and o

ther

pla

net

s

(i.e

., t

ides

, ab

ilit

y o

f hum

ans

to m

ove

and f

unct

ion

). D

iffe

renti

ate

bet

wee

n a

n o

bje

ct’s

mas

s an

d w

eight.

Stu

den

ts s

hould

know

that

:

2.

The

Sola

r S

yst

em c

onsi

sts

of

com

ets,

ast

eroid

s, p

lanet

s, a

nd t

hei

r re

spec

tive

sate

llit

es, m

ost

of

whic

h o

rbit

the

Sun o

n a

pla

ne

call

ed

the

ecli

pti

c. T

he

pla

net

s in

our

Sola

r S

yst

em r

evolv

e in

the

sam

e dir

ecti

on a

round t

he

Sun i

n e

llip

tica

l orb

its

that

are

ver

y c

lose

to b

eing

in t

he

sam

e pla

ne.

Most

pla

net

s ro

tate

in t

he

sam

e dir

ecti

on w

ith r

espec

t to

the

Sun.

Stu

den

ts s

hould

be

able

to:

D

emonst

rate

an u

nd

erst

and

ing o

f th

e co

mponen

ts o

f our

Sola

r S

yst

em a

nd t

hei

r ch

arac

teri

stic

s, i

ncl

udin

g t

he

Moon, th

e S

un,

the

pla

net

s an

d t

hei

r m

oo

ns,

ex

tra-

sola

r pla

net

s, a

nd s

mal

ler

obje

cts

such

as

aste

roid

s an

d c

om

ets.

C

onst

ruct

sca

le m

odel

s of

the

Sola

r S

yst

em i

n o

rder

to d

escr

ibe

the

rela

tive

size

s of

pla

net

s an

d t

hei

r dis

tance

s fr

om

the

Sun.

Stu

den

ts s

hould

know

that

:

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ge 7

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25

3.

Pla

net

s ca

n b

e ca

tegori

zed a

s in

ner

or

oute

r pla

net

s ac

cord

ing t

o d

ensi

ty,

dia

met

er a

nd s

urf

ace

feat

ure

s.

Stu

den

ts s

hould

be

able

to:

U

se a

var

iety

of

reso

urc

es (

e.g., N

AS

A p

hoto

gra

phs,

com

pute

r si

mula

tions)

to c

om

par

e an

d c

ontr

ast

the

ph

ysi

cal

pro

per

ties

(i.e

., t

emper

ature

, si

ze, co

mposi

tion, su

rfac

e fe

atu

res)

of

pla

net

s.

Stu

den

ts s

hould

know

that

:

4.

Pla

net

s an

d t

hei

r m

oons

hav

e bee

n s

hap

ed o

ver

tim

e b

y c

om

mon p

roce

sses

such

as

crat

erin

g, volc

anis

m, er

osi

on, an

d t

ecto

nic

s. T

he

pre

sence

of

life

on a

pla

net

can

contr

ibute

to i

ts u

niq

ue

dev

elopm

ent.

Stu

den

ts s

hould

be

able

to:

U

se a

var

iety

of

reso

urc

es (

e.g., N

AS

A p

hoto

gra

phs,

com

pute

r si

mula

tions)

to c

om

par

e an

d c

ontr

ast

the

ph

ysi

cal

pro

per

ties

(i.e

., t

emper

ature

, si

ze, co

mposi

tion, su

rfac

e fe

atu

res)

of

pla

net

s.

Tec

hnolo

gy a

nd A

ppli

cati

on

Stu

den

ts s

hould

know

that

:

1.

Tec

hnolo

gy, in

cludin

g h

um

ans

landin

g o

n t

he

Moon, ro

bot

Lan

der

s an

d o

ther

spac

e pro

bes

, sa

tell

ites

, an

d r

adio

tel

esco

pes

, al

low

scie

nti

sts

to i

nves

tigat

e co

ndit

ions

on E

arth

and o

n o

ther

obje

cts

in t

he

Sola

r S

yst

em.

Stu

den

ts s

hould

be

able

to:

D

escr

ibe

ho

w s

cien

tist

s hav

e his

tori

call

y c

onfi

rmed

that

the

Ear

th i

s ro

und,

not

flat

.

D

escr

ibe

ho

w s

cien

tist

s hav

e ac

quir

ed k

now

led

ge

about

com

ponen

ts o

f our

Sola

r S

yst

em. R

eco

gniz

e th

e im

port

ance

of

peo

ple

and t

echnolo

gie

s th

at h

ave

led t

o o

ur

curr

ent

under

stan

din

g o

f sp

ace.

Stu

den

ts s

hould

know

that

:

2.

The

tech

nolo

gy u

sed i

n s

pac

e ex

plo

rati

on e

xpan

ds

our

know

led

ge

of

the

Univ

erse

and h

as m

any s

pin

-off

s re

late

d t

o e

ver

yday

appli

cati

ons.

Stu

den

ts s

hould

be

able

to:

R

ecogniz

e th

at s

pin

-off

s ar

e pro

du

cts

whic

h h

ave

under

gone

a te

chnolo

gy t

ransf

er p

roce

ss f

rom

res

earc

h t

o p

ubli

c use

.

Res

earc

h a

nd r

eport

on s

pin

-off

s fr

om

the

spac

e p

rogra

m t

hat

hav

e af

fect

ed o

ur

ever

yd

ay l

ives

(i.

e.,

Vel

cro, sm

oke

det

ecto

rs,

cord

less

tools

).

Big

Id

eas

The

use

of

model

ing t

o d

emonst

rate

Ear

th, S

un a

nd M

oon m

ovem

ents

cre

atin

g M

oon p

has

es,

Day/n

ight,

sea

sons

and t

he

amo

unt

of

conce

ntr

ated

en

erg

y i

n p

arti

cula

r lo

cati

ons

around

the

Ear

th.

Stu

den

ts o

bse

rve

pat

tern

s in

Moon p

has

es, S

unri

se a

nd S

unse

t an

d t

ides

wit

h t

he

use

of

dai

ly d

ata

coll

ecti

on o

f th

is i

nfo

rmat

ion

from

the

inte

rnet

.

Stu

den

ts o

bse

rve

the

cycl

e of

Moon p

has

es a

nd S

unri

se a

nd S

unse

t th

rou

gh

out

the

unit

and r

ecord

th

is i

nfo

rmat

ion i

n j

ourn

als.

The

use

of

scie

nti

fic

inves

tigat

ions

allo

ws

studen

ts t

o e

xpla

in t

he

cause

s of

seas

ons

on E

arth

and i

nfl

uen

ce o

f gra

vit

y o

n w

eight

and

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Pa

ge 8

of

25

jum

p h

eight

on d

iffe

rent

pla

net

s.

Inte

ract

ions

bet

wee

n t

he

Sun, M

oon a

nd E

arth

are

obse

rved

thro

ugh p

hen

om

ena

such

as

tides

, se

aso

ns,

Moon p

has

es, day/n

ight

and

ecli

pse

s.

Gre

at a

dv

ance

s in

info

rmat

ion a

bout

Sola

r S

yst

em o

bje

cts

hav

e bee

n o

bta

ined

thro

ugh t

he

use

of

scie

nce

and t

echnolo

gy.

Un

it E

nd

uri

ng U

nd

erst

an

din

gs

Stu

den

ts w

ill

un

der

stan

d t

hat…

Enduri

ng U

nd

erst

andin

g:

Obse

rvab

le, p

redic

table

pat

tern

s of

movem

ent

in t

he

Sun, E

arth

, an

d M

oo

n s

yst

em o

ccur

bec

ause

of

gra

vit

atio

nal

inte

ract

ion a

nd e

ner

gy f

rom

the

Sun.

Enduri

ng U

nder

stan

din

g:

Most

obje

cts

in t

he

Sola

r S

yst

em o

rbit

the

Sun a

nd h

ave

dis

tinct

ive

ph

ysi

cal

char

acte

rist

ics

and o

rder

ly

moti

on

Enduri

ng U

nd

erst

andin

g:

Tec

hnolo

gy e

xpan

ds

our

know

ledge

of

the

Sola

r S

yst

em

Un

it E

ssen

tial

Qu

esti

on

(s)

Wh

at p

redic

table

, obse

rvab

le p

atte

rns

occ

ur

as a

res

ult

of

the

inte

ract

ion b

etw

een t

he

Ear

th, M

oon, an

d S

un? W

hat

cau

ses

thes

e

pat

tern

s?

Ho

w d

oes

Ear

th’s

ph

ysi

cal

char

acte

rist

ics

and m

oti

on c

om

par

e to

oth

er b

od

ies

in t

he

Sola

r S

yst

em?

Ho

w h

as t

echnolo

gy e

xpan

ded

our

know

led

ge

of

the

Sola

r S

yst

em?

Kn

ow

led

ge

& S

kil

ls

Stu

den

ts w

ill

kn

ow

….

Reg

ula

r pat

tern

s ar

e obse

rved

in S

unri

se a

nd S

unse

t

The

len

gth

of

day i

ncr

ease

s dai

ly f

rom

win

ter

to s

um

mer

and d

ecre

ases

dai

ly f

rom

sum

mer

to w

inte

r

Ther

e is

evid

ence

that

su

pport

s th

e E

arth

is

round

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ge 9

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25

The

Sola

r sy

stem

consi

sts

of

com

ets,

ast

eroid

s, p

lanet

s, a

nd t

hei

r re

spec

tive

sate

llit

es, m

ost

of

whic

h o

rbit

the

Sun o

n a

pla

ne

call

ed t

he

Ecl

ipti

c

Pla

net

s ca

n b

e ca

tegori

zed a

s in

ner

or

oute

r pla

net

s ac

cord

ing t

o d

ensi

ty, dia

met

er, an

d s

urf

ace

feat

ure

s.

Tec

hnolo

gy u

sed i

n s

pac

e ex

plo

rati

on e

xpan

ds

our

know

led

ge

of

the

Sola

r S

yst

em a

nd U

niv

erse

.

Un

der

stan

d t

her

e is

much

ex

per

imen

tal

and

obse

rvat

ional

evid

ence

th

at s

upp

ort

s a

larg

e bod

y o

f kn

ow

ledge

that

is

use

d t

o f

orm

expla

nat

ions

bas

ed o

n a

ccura

te a

nd l

ogic

al a

nal

ysi

s of

evid

ence

.

Un

der

stan

d t

hat

ev

aluat

ing t

he

expla

nat

ions

pro

pose

d b

y o

ther

involv

es e

xam

inin

g a

nd c

om

par

ing e

vid

ence

.

Mo

del

ing i

s an

eff

ecti

ve

tool

to r

epre

sent

real

obje

cts

in s

pac

e.

A p

erso

n’s

spec

ific

loca

tion c

an b

e d

escr

ibed

in m

any w

ays,

dep

endin

g o

n t

he

fram

e of

refe

rence

.

The

attr

acti

ve

forc

e of

gra

vit

y i

s al

ways

pre

sent,

but

only

noti

ceab

le w

hen

lar

ge

obje

cts

such

as

pla

net

s ar

e in

volv

ed,

and a

cts

wit

hout

conta

ct b

etw

een t

he

obje

cts.

The

forc

e of

gra

vit

y b

etw

een t

wo o

bje

cts

dep

ends

upon t

hei

r m

asse

s an

d t

he

dis

tan

ce b

etw

een t

hem

Sin

ce e

ach p

lanet

in o

ur

sola

r sy

stem

has

a d

iffe

rent

mas

s, e

ach h

as i

ts o

wn

uniq

ue

gra

vit

atio

nal

forc

e on o

ther

obje

cts.

The

Sun i

s th

e gra

vit

atio

nal

ly d

om

inan

t obje

ct i

n o

ur

sola

r sy

stem

.

Gra

vit

y h

as a

n i

nfl

uen

ce o

n o

bse

rvab

le p

hen

om

ena

such

as

tides

, pla

net

ary o

rbit

s an

d o

ur

ow

n a

bil

ity t

o m

ove

and f

unct

ion o

n

Ear

th.

Tid

es a

re c

ause

d b

y g

ravit

atio

nal

inte

ract

ions

of

the

Sun, M

oon a

nd E

arth

.

Ther

e is

a c

orr

elat

ion b

etw

een t

he

ph

ase

of

the

Moon a

nd h

eight

of

the

tide.

The

dai

ly r

ota

tion a

nd y

earl

y r

evolu

tion o

f th

e S

un, E

arth

and M

oon c

ause

reg

ula

r p

atte

rns

(day/n

ight,

sea

sons,

ph

ases

, ec

lipse

s

H - 211

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Pa

ge 1

0 o

f 25

etc.

)

Day a

nd n

ight

is t

he

pro

duct

of

the

spin

nin

g E

arth

.

The

Ear

th r

ota

tes

from

wes

t to

eas

t.

The

var

yin

g t

ilte

d p

osi

tions

of

Ear

th c

reat

e ar

eas

whic

h r

ecei

ve

more

conce

ntr

ated

and p

rolo

nged

Sunli

ght

in t

hei

r su

mm

er

mo

nth

s.

The

angle

of

inso

lati

on d

eter

min

es t

he

amount

of

conce

ntr

ated

rad

iant

ener

gy a

n a

rea

rece

ives

fro

m t

he

Sun. B

y d

ecre

asin

g t

he

angle

of

inso

lati

on, th

ere

is a

corr

espondin

g d

ecre

ase

in t

he

amount

of

ener

gy i

n a

giv

en a

rea.

The

Moon i

s a

sate

llit

e o

f th

e E

arth

and e

xper

ience

s phas

es w

hic

h a

re c

ause

d b

y t

he

chan

gin

g r

elat

ive

posi

tions

of

the

Moon,

Ear

th, an

d S

un.

The

Moon i

s dif

fere

nt

fro

m t

he

Ear

th i

n s

ize,

atm

osp

her

e, g

ravit

y a

nd s

urf

ace

feat

ure

s.

Ther

e ar

e m

any p

eople

and t

echnolo

gie

s th

at h

ave

led t

o o

ur

curr

ent

un

der

stan

din

gs

of

spac

e.

Spin

-off

s fr

om

spac

e hav

e pro

vid

ed m

any b

enef

its

to u

s on E

arth

.

Stu

den

ts w

ill

be

ab

le t

o…

Des

crib

e ho

w s

cien

tist

s hav

e his

tori

call

y c

onfi

rmed

that

the

Ear

th i

s ro

und,

not

flat

.

An

alyze

dat

a on s

unri

se a

nd s

unse

t ti

mes

(in

ter

ms

of

length

of

dayli

ght)

and d

escr

ibe

pat

tern

s. E

xpla

in t

he

reas

on f

or

the

pat

tern

s b

y u

sing m

odel

s or

com

pute

r si

mula

tions

of

the

Ear

th a

nd S

un.

Usi

ng i

nte

rnet

, new

spap

er, an

d a

ctu

al o

bse

rvat

ions

of

the

nig

ht

sky f

or

at l

east

tw

o m

onth

s, c

oll

ect

dat

a on t

he

Moon’s

appea

rance

, an

d m

oonri

se a

nd m

oonse

t ti

mes

. A

nal

yze

the

dat

a to

des

crib

e th

e obse

rvab

le p

atte

rns

(phas

es).

Ex

pla

in w

hy t

he

Mo

on’s

appea

rance

ch

anges

in a

rep

eati

ng c

ycl

ical

pat

tern

.

Use

model

s to

des

crib

e h

ow

the

rela

tive

posi

tions

of

the

Sun,

Moon, an

d E

arth

acc

ount

for

Moon p

has

es, ec

lipse

s, a

nd t

ides

.

Des

crib

e ho

w t

he

rela

tive

posi

tions

of

the

Ear

th,

Moon a

nd S

un c

an c

ause

hig

h a

nd l

ow

tid

es, an

d u

nusu

ally

hig

h o

r lo

w t

ides

H - 212

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Pa

ge 1

1 o

f 25

Dem

onst

rate

an u

nd

erst

andin

g o

f th

e co

mponen

ts o

f our

Sola

r S

yst

em a

nd t

hei

r ch

arac

teri

stic

s, i

ncl

udin

g t

he

Moon, th

e S

un,

the

pla

net

s an

d t

hei

r m

oo

ns,

ex

tra-

sola

r pla

net

s, a

nd s

mal

ler

obje

cts

such

as

aste

roid

s an

d c

om

ets.

Const

ruct

sca

le m

odel

s o

f th

e S

ola

r S

yst

em i

n o

rder

to d

escr

ibe

the

rela

tive

size

s of

pla

net

s an

d t

hei

r dis

tance

s fr

om

the

Sun.

Use

a v

arie

ty o

f re

sourc

es (

e.g., N

AS

A p

hoto

gra

phs,

com

pute

r si

mula

tions)

to c

om

par

e an

d c

ontr

ast

the

ph

ysi

cal

pro

per

ties

(i.e

., t

emper

ature

, si

ze, co

mpo

siti

on, su

rfac

e fe

atu

res)

of

pla

net

s.

Dem

onst

rate

an u

nd

erst

andin

g o

f th

e m

oti

on o

f th

e bodie

s in

our

Sola

r S

yst

em. U

se m

odel

s, c

har

ts,

illu

stra

tions,

and o

ther

suit

able

rep

rese

nta

tions

to p

redic

t an

d d

escr

ibe

regula

r p

atte

rns

of

moti

on f

or

most

obje

cts

in t

he

Sola

r S

yst

em.

Ex

pla

in h

ow

the

Sun i

s th

e ce

ntr

al a

nd l

arges

t bod

y i

n o

ur

Sola

r S

yst

em a

nd t

he

sourc

e o

f th

e li

ght

ener

gy t

hat

hit

s our

pla

net

.

Use

model

s to

ex

pla

in h

ow

var

iati

ons

in t

he

amou

nt

of

Sun’s

ener

gy h

itti

ng t

he

Ear

th’s

surf

ace

resu

lts

in s

easo

ns.

Rec

ogniz

e th

at t

he

forc

e of

gra

vit

y k

eeps

pla

net

s in

orb

it a

round t

he

sun a

nd i

nfl

uen

ces

obje

cts

on E

arth

and o

ther

pla

net

s (i

.e.,

tides

, ab

ilit

y o

f hum

ans

to m

ove

and f

unct

ion).

Dif

fere

nti

ate

bet

wee

n a

n o

bje

ct’s

mas

s an

d w

eight

Des

crib

e ho

w s

cien

tist

s hav

e ac

quir

ed k

now

led

ge

about

com

ponen

ts o

f our

Sola

r S

yst

em

. R

eco

gniz

e th

e im

port

ance

of

peo

ple

and t

echnolo

gie

s th

at h

ave

led t

o o

ur

curr

ent

under

stan

din

g o

f sp

ace.

Rec

ogniz

e th

at s

pin

-off

s ar

e p

rodu

cts

whic

h h

ave

under

gone

a te

chnolo

gy t

ransf

er p

roce

ss f

rom

res

earc

h t

o p

ubli

c use

.

Res

earc

h a

nd r

eport

on s

pin

-off

s fr

om

the

spac

e p

rogra

m t

hat

hav

e af

fect

ed o

ur

ever

yd

ay l

ives

(i.

e.,

Vel

cro, sm

oke

det

ecto

rs,

cord

less

tools

).

Sta

ge

2:

Ass

essm

ent

Evid

ence

(D

esig

n A

ssess

men

ts T

o G

uid

e In

stru

ctio

n)

Su

gges

ted

Perf

orm

an

ce T

ask

(s)

Th

e P

lan

etary

Syst

em

s u

nit

has

a s

um

mati

ve

ass

essm

ent

con

sist

ing o

f 9 q

ues

tion

s co

ver

ing t

he

foll

ow

ing i

tem

s….

Th

e m

oti

on

of

the

Eart

h, M

oon

, an

d s

un

in

Sp

ace

(d

ay/n

igh

t, s

easo

ns,

ph

ase

s)

Th

e ef

fect

s of

gra

vit

ati

on

al

infl

uen

ces

on

ph

enom

ena s

uch

as

tid

es a

nd

pla

net

orb

its.

Rel

ati

ve

posi

tion

s, m

ov

em

ent

an

d t

he

use

of

Mod

els

to d

emon

stra

te t

he

rela

tion

ship

s of

pla

net

ary

syst

em

s.

New

tec

hn

olo

gie

s an

d h

ow

th

ey h

ave

ad

ded

to o

ur

kn

ow

led

ge

of

space

su

ch a

s sp

ace

pro

bes

, sa

tell

ites

htt

p:/

/ww

w.d

oe.

k12.d

e.u

s/p

rogra

ms/

sci_

ass

ess/

def

au

lt.s

htm

l fo

r su

mm

ati

ve

ass

essm

ent

H - 213

001485

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Pa

ge 1

2 o

f 25

Ru

bri

cs/c

hec

kli

sts

for

Per

form

an

ce T

ask

s

htt

p:/

/ww

w.d

oe.

k12.d

e.u

s/p

rogra

ms/

sci_

ass

ess/

def

au

lt.s

htm

l fo

r ru

bri

cs f

or

sum

mat

ive

asse

ssm

ent

Oth

er E

vid

ence

The

Sk

y L

og a

nd s

ky l

og q

ues

tions

wil

l be

coll

ecte

d a

t th

e en

d o

f ea

ch 4

wee

ks

and a

gra

de

wil

l be

giv

en f

or

com

ple

tion o

f th

e dat

a an

d

anal

ysi

s o

f th

e dat

a.

Stu

den

ts m

ay b

e giv

en t

he

Apply

ing w

hat

you L

earn

ed a

s a

gra

ded

act

ivit

y f

or

the

acti

vit

ies

in t

he

unit

. S

om

e m

ay r

equir

e m

ore

tim

e

and e

ffo

rt t

han

oth

ers

to c

om

ple

te.

Dat

a ta

ble

s, g

raphs

and a

nal

ysi

s of

dat

a w

ill

be

gra

ded

for

Act

ivit

y 7

: G

rav

ity.

Act

ivit

y 1

0:

Stu

den

ts w

ill

conduct

an i

nves

tigat

ion, co

llec

t an

d a

nal

yze

dat

a on S

easo

ns

as a

n a

sses

smen

t.

Act

ivit

y 1

1:

Stu

den

ts c

om

ple

te t

he

Lig

ht

Conce

ntr

atio

n a

nd S

easo

ns

acti

vit

y a

nd u

se b

oth

gra

phin

g a

nd m

odel

ing u

sin

g c

lay t

o

dem

onst

rate

the

ener

gy c

once

ntr

atio

n i

n d

iffe

rent

loca

tions

on E

arth

.

Quiz

zes

and o

r fo

rmat

ive

asse

ssm

ents

wil

l be

giv

en a

fter

maj

or

topic

s su

ch a

s S

easo

ns,

Mo

on p

has

es a

nd e

clip

ses,

tid

es a

nd d

ay/n

ight.

A p

roje

ct w

ill

be

com

ple

ted f

or

Act

ivit

y 1

4 i

ncl

udin

g r

esea

rchin

g a

sci

enti

st, te

chnolo

gy u

sed i

n t

he

spac

e pro

gra

m a

nd s

pin

off

fro

m

spac

e. S

tuden

ts w

ill

com

ple

te b

oth

and w

ritt

en a

nd o

ral

pre

senta

tion o

f th

is m

ater

ial

for

a gra

de.

A p

age

wit

h i

nfo

rmat

ion a

nd

a p

ictu

re

wil

l be

pla

ced o

n a

tim

e li

ne

gen

erat

ed a

round t

he

room

show

ing w

hat

tim

e per

iod

the

scie

nti

st a

nd t

echnolo

gy o

ccurr

ed. T

he

spin

off

s

wil

l be

bri

efly

des

crib

ed b

y t

he

studen

ts a

nd p

rese

nte

d o

rall

y.

Short

form

ativ

e as

sess

men

ts w

ill

be

giv

en t

hro

ugh

out

the

unit

tes

ting i

mport

ant

conce

pts

and i

nfo

rmat

ion c

riti

cal

to t

he

unders

tandin

g

of

the

unit

. T

hes

e sh

ort

ass

essm

ents

may

be

in t

he

form

of

star

t ups,

war

m u

ps,

journ

al q

ues

tions

or

anoth

er f

orm

that

suit

s th

e

clas

sroom

tea

cher

’s n

eed

s.

Stu

den

t S

elf-

Ass

essm

ent

an

d R

efle

ctio

n

H - 214

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Pa

ge 1

3 o

f 25

Stu

den

ts k

eep a

dai

ly j

ourn

al r

ecord

ing M

oonri

se a

nd M

oo

nse

t, M

oon p

has

e, S

unri

se a

nd S

unse

t, a

nd t

ide

dat

a. T

he

journ

al w

ill

also

be

use

d t

o r

ecord

dat

a fr

om

lab

act

ivit

ies,

tak

e note

s an

d d

raw

and l

abel

posi

tions

of

the

Sun, M

oon a

nd E

arth

duri

ng v

ario

us

seas

ons,

Moon p

has

es a

nd e

clip

ses.

A p

re t

est

wil

l be

giv

en p

rior

to b

egin

nin

g t

he

unit

. T

his

wil

l be

a te

st w

ith f

our

ques

tions

incl

udin

g t

he

foll

ow

ing:

1

. W

hat

cau

ses

Moon p

has

es? U

se a

dra

win

g t

o h

elp e

xpla

in y

our

resp

onse

.

1.

What

cau

ses

the

Sea

sons?

Use

a d

raw

ing t

o h

elp e

xpla

in y

our

resp

onse

.

2.

What

cau

ses

day a

nd n

ight?

3.

What

are

the

effe

cts

of

gra

vit

y i

n o

ur

Sola

r sy

stem

?

Stu

den

ts w

ill

be

giv

en a

post

tes

t. T

his

is

from

htt

p:/

/ww

w.d

oe.

k12.d

e.u

s/p

rogra

ms/

sci_

ass

ess/

def

au

lt.s

htm

l

Sta

ge

3:

Lea

rnin

g P

lan

(D

esig

n L

earn

ing

Act

ivit

ies

To

Ali

gn

wit

h G

oa

ls a

nd

Ass

essm

en

ts)

Key

lea

rnin

g e

ven

ts n

eed

ed t

o a

chie

ve

un

it g

oa

ls

Res

ou

rce:

Del

aw

are

Dep

art

men

t of

Ed

uca

tion

Pla

net

ary

Syst

em

s: A

Un

it f

or

Eig

hth

Gra

de

(2007)

Th

e R

egen

ts o

f th

e U

niv

ersi

ty o

f C

ali

forn

ia. F

OS

S P

lan

etary

Sci

ence

.

Act

ivit

y 1

: R

evie

w o

f K

-5 A

stro

no

my

The

pla

net

ary s

yst

ems

un

it b

egin

s w

ith a

rev

iew

of

what

kid

s hav

e pre

vio

usl

y l

earn

ed i

n g

rades

k-5

about

what

’s i

n t

he

sky. T

he

acti

vit

y i

s

bas

ed o

n t

he

actu

al s

tand

ards

for

k-5

. M

isco

nce

pti

ons

or

lack

of

und

erst

and

ing o

f var

ious

k-5

pla

net

ary s

tandar

ds

wil

l be

add

ress

ed.

Act

ivit

y 2

: S

ky L

og

an

d T

ide

Log

This

act

ivit

y i

s on

ly r

elev

ant

afte

r d

ata

has

bee

n c

oll

ecte

d f

or

a per

iod o

f a

month

or

more

. It

is

wis

e to

sta

rt d

ata

coll

ecti

on p

rior

to

beg

innin

g t

his

unit

. T

his

dat

a is

kep

t b

y b

oth

the

teac

her

and s

tuden

ts i

n t

hei

r note

books

and p

ost

ed i

n t

he

clas

sroom

for

refe

rence

. T

he

dat

a

may

be

suppli

ed b

y t

he

teac

her

or

rese

arch

ed o

n t

he

inte

rnet

. D

ata

coll

ecte

d f

or

the

Sk

y L

og a

nd T

ide

Lo

g w

ill

be

use

d i

n a

ctiv

itie

s

thro

ughout

the

unit

to i

den

tify

pat

tern

s cr

eate

d b

y t

he

movem

ent

of

the

Ear

th, S

un a

nd M

oon.

Act

ivit

y 3

: R

ou

nd

Eart

h/F

lat

Eart

h

This

act

ivit

y r

ein

forc

es t

he

idea

that

we

live

on a

round E

arth

. R

esea

rch s

how

s th

at

by t

he

tim

e th

at k

ids

reac

h t

he

8th

gra

de,

in a

whole

var

iety

of

cult

ure

s; k

ids

hav

e a

reas

on

ably

corr

ect

vie

w o

f w

hat

the

Ear

th i

s li

ke.

Rou

nd E

arth

/Fla

t E

arth

is

des

ign

ed t

o s

oli

dif

y t

his

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Pa

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conce

pti

on f

or

those

who

alr

ead

y h

ave

it a

nd t

o i

ncu

lcat

e it

for

those

stu

den

ts w

ho d

on’t

. T

his

act

ivit

y e

nab

les

studen

ts t

o u

nder

stan

d w

hy

shad

ow

len

gth

var

ies

aro

und t

he

worl

d a

t an

y p

arti

cula

r ti

me

due

to t

he

angle

of

the

Sun i

n t

he

sky a

t a

par

ticu

lar

tim

e of

day.

For

exam

ple

,

on t

he

firs

t day o

f S

um

mer

, th

e S

un w

ould

be

dir

ectl

y o

ver

hea

d a

t th

e T

rop

ic o

f C

ance

r an

d m

uch

lo

wer

in t

he

sky i

n t

he

South

ern

hem

ispher

e ar

ound n

oon.

Act

ivit

y 4

: Is

Plu

to a

Pla

net

?

Wit

h a

ll t

he

rece

nt

chan

ges

in c

lass

ifyin

g P

luto

as

a pla

net

, th

is a

ctiv

ity w

as a

dded

to p

rovid

e st

uden

ts a

chan

ce t

o r

eali

ze t

hat

our

scie

nti

fic

pic

ture

of

the

Univ

erse

is

both

sta

ble

and c

han

gin

g. S

tuden

ts s

hould

under

stan

d t

hat

the

bas

is f

or

mak

ing t

hes

e ch

anges

are

rat

ional

,

reas

oned

dis

cuss

ions

among d

iffe

rent

scie

nti

sts.

Stu

den

ts l

ook a

t th

e ar

gum

ents

po

sed

by d

iffe

rent

scie

nti

sts

and r

eco

gniz

e th

at s

om

e of

argum

ents

are

bet

ter

than

oth

ers.

T

he

deb

ate

over

kee

pin

g P

luto

as

one

of

our

nin

e pla

net

s (A

ctiv

ity 4

) re

info

rces

how

sci

enti

sts

hav

e

acquir

ed k

no

wle

dge

abo

ut

our

Sola

r S

yst

em a

nd h

ow

this

know

ledge

can

be

use

d t

o r

ecla

ssif

y S

ola

r S

yst

em o

bje

cts.

Stu

den

ts g

et a

chan

ce

to d

efen

d t

hei

r opin

ions

afte

r re

sear

chin

g t

he

avai

lable

info

rmat

ion o

n t

his

topic

.

Act

ivit

y 5

: S

cale

Mod

els

of

ou

r S

ola

r S

yst

em

This

act

ivit

y p

rovid

es t

he

studen

ts w

ith a

model

to d

emonst

rate

the

dis

tance

and s

ize

rela

tionsh

ips

bet

wee

n o

ur

Sola

r S

yst

em p

lanet

s,

Ear

th’s

Moon, an

d t

he

Sun. S

tuden

ts r

eco

gniz

e how

lar

ge

the

Sola

r S

yst

em i

s an

d h

ow

sm

all

the

Ear

th i

s in

this

syst

em. T

he

enorm

ous

dis

tance

s bet

wee

n t

he

inner

and o

ute

r pla

net

s ar

e ef

fect

ivel

y s

how

n w

ith t

his

sca

le m

odel

. It

is

import

ant

to f

ind a

n a

ppro

pri

ate

pla

ce t

o s

et

up t

he

scal

e m

odel

. It

may

be

imposs

ible

to p

lace

all

the

oute

r pla

net

s on y

our

scal

e m

odel

du

e to

avai

lable

open

spac

e an

d s

afet

y f

acto

rs f

or

the

studen

ts. (i

.e., c

ross

ing r

oad

s et

c.)

Act

ivit

y 6

: W

here

Am

I?

Peo

ple

hav

e bee

n a

skin

g w

her

e ar

e w

e fo

r as

lon

g a

s th

ey c

ould

tal

k-t

hat

is,

for

the

pas

t si

xty

thousa

nd y

ears

or

so. T

hey l

ook

ed u

p f

rom

cam

pfi

res,

saw

the

sky l

itte

red w

ith t

housa

nds

of

star

s an

d w

ith o

ne

obje

ct, a

Moon, w

hic

h l

ook

ed q

uit

e dif

fere

nt,

and w

onder

ed h

ow

it

all

fit

toget

her

. C

ult

ure

s dif

fere

d, but

the

earl

y a

nsw

er w

as t

hat

the

star

s w

ere

litt

le l

ights

that

wer

e lo

cate

d a

few

hundre

d m

iles

aw

ay.

Chil

dre

n t

oo, hav

e an

incr

easi

ngly

ex

pan

sive

vie

w o

f th

eir

univ

erse

as

they g

row

up. W

hen

they a

re b

orn

, bab

ies

live

in a

univ

erse

that

is

usu

ally

ver

y s

mal

l, b

ounded

by a

house

, a

crib

, or

a st

roll

er. A

s kid

s get

old

er, th

eir

univ

erse

ex

pan

ds

to i

ncl

ude

shoppin

g m

alls

, cl

assr

oom

s,

rela

tive

and f

rien

d’s

hom

es a

nd m

uch

more

. S

om

e ei

ghth

gra

der

s h

ave

not

left

the

stat

e to

see

oth

er p

arts

of

the

countr

y.

This

unit

ex

pan

ds

a kid

’s v

iew

of

the

Univ

erse

far

bey

ond t

he

boundar

ies

of

Del

awar

e. S

tuden

ts w

rite

a g

alac

tic

addre

ss, obse

rve

thei

r

school

from

a b

irds

eye

vie

w a

t var

ious

elev

atio

ns

and i

nves

tigat

e how

our

sola

r sy

stem

rel

ates

to t

he

enti

re u

niv

erse

. O

ther

mid

dle

sch

ool

unit

s al

so h

elp d

evel

op a

n e

xpan

din

g s

ense

of

pla

ce. T

he

ecosy

stem

s unit

sta

rts

wit

h s

ampli

ng t

he

schooly

ard,

expan

ds

to t

he

Gal

apag

os

Isla

nds,

and e

nds

wit

h a

stu

dy o

f th

e ho

rses

hoe

crab

s in

the

Del

awar

e B

ay.

Ear

th’

His

tory

ex

pan

ds

our

kid

’s l

andsc

apes

to i

ncl

ude

the

Gra

nd

Can

yon. T

he

Wat

ersh

eds

unit

dev

elops

a re

al s

ense

of

pla

ce o

f th

e st

ate

and

reg

ion. T

he

wea

ther

unit

in e

ighth

gra

de

rein

forc

es a

sen

se o

f

pla

ce a

s st

uden

ts t

hin

k a

bout

the

way t

hat

air

mas

ses

and s

torm

s m

ove

acro

ss t

he

U.S

.A. an

d c

om

e h

ere

from

oth

er p

lace

s. W

e als

o e

xplo

re

tem

per

ature

an

d c

lim

ate

at d

iffe

rent

loca

tions

aro

und t

he

worl

d a

nd f

ind t

hes

e pla

ces

on m

aps

in t

he

clas

sroom

.

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Act

ivit

y 7

: G

ravit

y:

Th

e In

vis

ible

Forc

e

Thin

k a

bout

lookin

g a

t th

e M

oon s

om

e nig

ht

that

it

is c

lear

. T

his

hu

ge

spher

e st

ays

up i

n t

he

sky, ap

par

entl

y s

usp

ended

in s

pac

e. B

ut

you a

re

not

susp

ended

in s

pac

e. Y

ou a

re s

itti

ng i

n a

chai

r or

stan

din

g o

n t

he

gro

un

d. G

ravit

y i

s pu

llin

g y

ou d

ow

n t

ow

ards

the

cente

r of

the

Ear

th.

How

is

it t

hat

the

Moon d

oes

n’t

fal

l to

war

ds

the

cente

r of

the

Ear

th t

oo?

If y

ou w

ere

lookin

g a

t th

e S

ola

r S

yst

em f

rom

a d

ista

nce

, you c

ould

ask

th

e sa

me

ques

tion. H

ow

is

it t

hat

the

pla

net

s st

ay i

n t

hei

r orb

its,

day

afte

r d

ay,

yea

r af

ter

yea

r, m

ille

nniu

m a

fter

mil

lenniu

m? T

his

is

an i

mport

ant

ques

tion f

or

the

exis

tence

of

life

on E

arth

. If

ou

r pla

net

wer

e to

wan

der

aro

und t

he

Sun i

n s

om

e ra

ndom

pat

h,

goin

g c

lose

to t

he

Sun o

ne

yea

r an

d f

ar a

way f

rom

it

the

nex

t, i

t w

ould

suff

er f

rom

gre

at h

eat

and g

reat

cold

, an

d l

ife

would

be

imposs

ible

to s

ust

ain.

It i

s gra

vit

y t

hat

kee

ps

the

Sola

r S

yst

em o

n t

rack

and t

oget

her

. E

ver

y o

rbit

ing o

bje

ct b

alan

ces

moti

on a

gai

nst

gra

vit

y a

nd e

nd

s up i

n a

hig

hly

pre

dic

table

orb

it. F

or

alm

ost

all

obje

cts

in t

he

Sola

r S

yst

em, th

e orb

its

are

ver

y c

lose

to b

ein

g p

erfe

ct c

ircl

es. H

isto

rica

lly, our

under

stan

din

g

of

gra

vit

y w

as a

ctual

ly p

roduce

d b

y t

he

nee

d t

o u

nder

stan

d h

ow

the

Sola

r S

yst

em w

ork

ed.

Act

ivit

y 8

: T

ides

The

coll

ecti

on o

f ti

de

dat

a pri

or

to t

his

les

son i

s cr

itic

al. S

tuden

ts w

ill

be

able

to f

ind r

elat

ionsh

ips

bet

wee

n t

ide

hei

ght

and M

oon p

has

es.

The

infl

uen

ce o

f gra

vit

y f

rom

the

Moon a

nd h

ow

it

infl

uen

ces

tides

is

addre

ssed

in t

his

act

ivit

y.

By o

bse

rvin

g S

unri

se/s

et d

ata

and

Moonri

se/s

et d

ata,

the

stro

ng i

nfl

uen

ce o

f th

e M

oon’s

gra

vit

y o

n t

he

wat

er l

evel

her

e on E

arth

, is

ex

pla

ined

usi

ng t

his

dat

a.

The

tides

, w

hic

h a

re r

elat

ed t

o t

he

chan

gin

g p

has

es o

f th

e M

oon, hav

e an

im

port

ant

connec

tion

to

the

trea

tmen

t of

ho

rses

ho

e cr

abs

in t

he

eighth

gra

de

ecosy

stem

s unit

. Y

ou m

ay r

ecal

l th

at t

he

whole

rep

roduct

ive

cycl

e of

hors

esho

e cr

abs

is d

riven

by t

he

tides

. T

he c

rabs

com

e up

to t

he

bea

ches

in s

outh

ern D

elaw

are

on t

he

stro

ng t

ides

, te

chnic

ally

the

spri

ng t

ides

, in

May a

nd J

une;

thus,

ther

e ar

e only

a f

ew d

ays

duri

ng

the

yea

r w

hen

the

crab

s co

me

on t

o t

he

bea

ch.

An u

nder

stan

din

g o

f th

e li

fe c

ycl

e of

the

crab

s re

ally

req

uir

es a

n u

nd

erst

andin

g o

f how

the

gra

vit

atio

nal

forc

es o

f th

e M

oon a

nd S

un w

ork

to

get

her

in o

rder

to p

roduce

thes

e sp

rin

g, or

stro

ng t

ides

.

Act

ivit

y 9

: D

ay a

nd

Nig

ht

The

use

of

model

s in

this

unit

all

ow

stu

den

ts t

o m

odel

the

posi

tions

of

the

Ear

th, S

un a

nd M

oon t

o d

emonst

rate

wh

y w

e hav

e day a

nd n

ight

on t

he

Ear

th a

nd M

oon.

We

can a

lso u

se t

he

mod

els

to d

emonst

rate

the

len

gth

of

day a

nd n

ight.

This

conce

pt

wil

l be

furt

her

ex

plo

red i

n t

he

Sea

sons

acti

vit

ies

that

foll

ow

.

Act

ivit

y 1

0:

Sh

ad

ow

s an

d S

easo

ns

an

d A

ctiv

ity 1

1:

Lig

ht

Con

cen

trati

on

an

d t

he

Sea

son

s

The

above

two a

ctiv

itie

s dem

onst

rate

how

the

risi

ng a

nd s

etti

ng o

f th

e S

un, an

d i

ts c

han

gin

g p

ath a

cross

the

sky, m

ake

a gre

at d

eal

of

dif

fere

nce

in t

he

seas

ons.

This

chan

gin

g s

ola

r beh

avio

r, i

n l

atit

udes

sim

ilar

to D

elaw

are’

s, c

ontr

ols

the

tem

per

atu

res

in d

iffe

rent

seas

ons.

The

model

s use

d i

n t

hes

e tw

o l

esso

ns

are

clas

s te

sted

model

s th

at s

how

how

the

tilt

of

the

Ear

th’s

ax

is p

roduce

s w

arm

th i

n t

he

sum

mer

tim

e

and c

old

wea

ther

in t

he

win

tert

ime.

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Act

ivit

y 1

2:

Th

e M

oon

an

d M

oon

Ph

ase

s

Sin

ce t

he

earl

iest

tim

es,

hum

ans

hav

e bee

n c

uri

ou

s ab

ou

t th

e ap

pea

ran

ce o

f th

e sk

y. T

he

risi

ng a

nd s

etti

ng o

f th

e S

un, st

ars,

and p

lanet

s

attr

acte

d g

reat

att

enti

on.

The

chan

gin

g s

hap

es o

f th

e M

oon h

ave

dra

wn t

he

inte

rest

of

arti

sts,

poet

s, p

hil

oso

pher

s, r

om

anti

cs, an

d o

ther

s. T

he

connec

tion b

etw

een t

he

phas

es o

f th

e M

oon, th

e se

asons,

and t

he

gen

eral

mak

eup o

f th

e S

ola

r S

yst

em i

s re

ally

not

that

har

d t

o u

nder

stan

d,

usi

ng t

he

right

kin

ds

of

model

s of

the

Sola

r S

yst

em. T

he

man

y k

inds

of

model

s use

d i

n t

his

act

ivit

y s

how

how

the

phas

es o

f th

e M

oon a

re

pro

duce

d b

y t

he

chan

gin

g p

osi

tions

of

the

Sun, M

oon a

nd E

arth

.

Act

ivit

y 1

3:

Ou

r S

ola

r S

yst

em

Stu

den

ts s

eem

to h

ave

an i

nte

nse

inte

rest

in t

he

char

acte

rist

ics

of

oth

er p

lan

ets.

Even

though p

eople

can

eas

ily g

o t

hro

ugh l

ife,

fin

d

sati

sfyin

g j

obs,

dev

elop s

ucc

essf

ul

rela

tionsh

ips

and f

amil

ies,

and b

ecom

e re

sponsi

ble

cit

izen

s w

ithout

know

ing w

hat

is

on t

he

surf

ace

of

Mar

s, s

tuden

ts s

till

hav

e an

inte

nse

inte

rest

in w

hat

is

out

ther

e, a

nd m

any o

f th

em w

ill

read

ily a

bso

rb i

nfo

rmat

ion a

bout

the

char

acte

rist

ics

of

the

nin

e pla

net

s in

our

Sola

r S

yst

em. T

he

pow

er p

oin

t th

at i

s av

aila

ble

, w

eb r

esourc

es a

nd N

AS

A m

ater

ials

pro

vid

e hig

h q

ual

ity t

ools

to

teac

h t

his

act

ivit

y.

Act

ivit

y 1

4:

How

do w

e k

now

wh

at

we

kn

ow

? T

imel

ine

The

closi

ng a

ctiv

ity o

f th

is u

nit

enco

ura

ges

stu

den

ts t

o e

xplo

re a

nd r

esea

rch

sci

enti

sts

and t

echnolo

gie

s use

d i

n t

he

spac

e pro

gra

m. T

hes

e

scie

nti

sts

and s

pac

e te

chnolo

gie

s w

ill

be

post

ed o

n a

tim

elin

e in

the

clas

sroom

to s

how

the

pro

gre

ssio

n o

f know

ledge

in t

he

fiel

d o

f

pla

net

ary s

cien

ces.

Addit

ional

res

earc

h i

nto

spin

off

s fr

om

sp

ace

wil

l al

so b

e co

nduct

ed t

o s

ee t

he

man

y b

enef

its

for

peo

ple

on E

arth

and

how

they

wer

e gai

ned

fro

m s

pac

e re

sear

ch.

OP

TIO

NA

L A

CT

IVIT

IES

:

Act

ivit

y 1

5, 16:

Th

e S

un

The

import

ance

of

the

Sun a

nd h

ow

the

size

of

the

Ear

th a

nd S

un c

om

par

e ar

e em

ph

asiz

ed i

n t

his

act

ivit

y.

Act

ivit

y 1

7:

Cla

ssif

yin

g P

lan

ets

Bey

on

d t

he

Su

n

This

act

ivit

y e

xplo

res

the

exis

tence

of

pla

net

s beyond o

ur

ow

n s

ola

r sy

stem

. T

hes

e ex

tra-s

ola

r pla

net

s w

ere

unkno

wn i

n 1

995. N

ow

, th

ere

are

over

150 e

xtr

a so

lar

pla

net

s. I

t is

ver

y l

ikel

y t

hat

duri

ng t

he

yea

rs t

his

book i

s in

use

, th

e num

ber

of

know

n e

xtr

a so

lar

pla

net

s w

ill

incr

ease

sig

nif

ican

tly. A

stro

nom

ers

are

just

beg

inn

ing t

o t

hin

k s

erio

usl

y a

bo

ut

what

thes

e dis

cover

ies

all

mea

n i

n t

erm

s of

our

under

stan

din

g

of

our

ow

n S

ola

r S

yst

em.

Act

ivit

y 1

8:

Esc

ap

e V

eloci

ty

This

is

a sh

ort

act

ivit

y f

ocu

sing o

n t

he

spee

d a

sp

acec

raft

much

rea

ch t

o e

scap

e th

e gra

vit

atio

nal

pull

of

dif

fere

nt

pla

net

s.

Act

ivit

y 1

9:

Rec

tifi

ed G

lob

e

H - 218

001490

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Pa

ge 1

7 o

f 25

Dev

eloped

by H

ank B

ou

chel

le, th

is i

s a

supple

men

tal

acti

vit

y t

hat

may b

e use

d a

t var

ious

tim

es t

hro

ughout

the

yea

r duri

ng t

he

Pla

net

ary

Syst

ems

unit

or

oth

er 8

th g

rade

unit

s w

hen

dis

cuss

ing t

he

posi

tion o

f th

e S

un i

n t

he

sky a

t var

ious

tim

es o

f th

e day o

r yea

r.

Act

ivit

y 2

0:

Fro

m C

yli

nd

ers

to P

lan

et V

elo

citi

es

Stu

den

ts c

oll

ecti

vel

y m

ake

mea

sure

men

ts o

f var

iousl

y-s

ized

cyli

nder

s an

d r

ecord

th

eir

dat

a. T

his

dat

a pro

vid

es a

n o

ppo

rtunit

y f

or

a

dis

cuss

ion o

f th

e pro

cess

of

gat

her

ing i

nfo

rmat

ion s

cien

tifi

call

y a

nd t

he

reas

ons

wh

y s

cien

tist

s do s

cien

ce a

s th

ey d

o. O

nce

thes

e ques

tions

are

reso

lved

, th

e st

uden

ts u

se t

hei

r dat

a to

der

ive

a cr

ude

val

ue

of

pi,

and d

eter

min

e th

e dis

tance

s an

d v

eloci

ties

at

whic

h p

lanet

s orb

it t

he

Sun.

Act

ivit

y 2

1:

Th

e Z

od

iac

This

act

ivit

y f

urt

her

rei

nfo

rces

how

the

posi

tion o

f th

e S

un, M

oon a

nd E

arth

infl

uen

ce w

hat

we

see

in t

he

nig

ht

sky.

Pla

net

ary

Sci

ence

Su

gges

ted

Seq

uen

ce a

nd

Pa

cin

g G

uid

e

P

lan

eta

ry S

yst

em

s A

ctiv

ity N

um

ber

Su

gges

ted

Cla

ss T

ime

Act

ivit

y 1

: K

-5 S

tan

da

rd R

evie

w

1 c

lass

per

iod

Intr

odu

ctio

n (

10 m

inute

s)

Gro

up d

iscu

ssio

ns

(20 m

inute

s)

Cla

ss O

ver

vie

w o

f A

ctiv

ity (

15 m

inute

s)

Inv

esti

gat

ing F

urt

her

( 5

min

ute

s)

Act

ivit

y 2

: S

ky

Lo

g D

ata

The

Sk

y l

og w

ill

be

intr

oduce

d p

rior

to t

he

star

t of

the

unit

and d

ata

wil

l be

coll

ecte

d f

or

at l

east

one

month

. T

he

actu

al a

nal

ysi

s of

the

Sk

y L

og D

ata

(A

ctiv

ity 2

) w

ill

take

pla

ce a

fter

one

month

of

dat

a is

coll

ecte

d.

Act

ivit

y 2

: In

troduct

ion (

10 m

inute

s)

Inv

esti

gat

ion (

20 m

inute

s)

Cla

ss d

iscu

ssio

n (

15 m

inute

s)

Inv

esti

gat

ing F

urt

her

(15

min

ute

s)

Act

ivit

y 3

: R

ou

nd

Ea

rth

/Fla

t

Ea

rth

2 c

lass

per

iod

s

Par

t 1:I

ntr

odu

ctio

n (

15 m

inute

s)

Inv

esti

gat

ion (

15 m

inute

s)

Dis

cuss

ion a

nd C

D R

om

(15 m

inute

s)

Inv

esti

gat

ing F

urt

her

(5 m

inute

s)

Par

t 2:

Shad

ow

s In

trodu

ctio

n a

nd s

et u

p o

f la

b w

ith s

tuden

ts (

buil

din

g s

had

ow

pole

s an

d

lati

tude

and l

ongit

ude

revie

w)

15m

inute

s

H - 219

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Pa

ge 1

8 o

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Act

ivit

y d

ata

coll

ecti

on (

10 m

inute

s)

Rev

iew

and d

iscu

ssio

n (1

0 m

inute

s)

Apply

ing w

hat

you k

now

( 1

5 m

inute

s)

Act

ivit

y 4

: Is

Plu

to a

Pla

net

?

2 p

erio

ds

Intr

odu

ctio

n (

10 m

inute

s)

Rea

d s

crip

t (

5 m

inute

s)

Gro

up i

nves

tigat

ion o

f re

port

s (

20 m

inute

s)

Dis

cuss

ion a

nd w

rite

bri

ef r

eport

(15 m

inute

s)

Day 2

Co

nti

nue

final

wri

ting a

nd s

har

e re

port

wit

h c

lass

. (3

5 m

inute

s)

Inv

esti

gat

ing F

urt

her

and

fin

al d

iscu

ssio

n (

15 m

inute

s)

Act

ivit

y 5

: S

cale

Mod

els

of

the

So

lar

Sy

stem

1 p

erio

d p

lus

15 m

inute

s th

e nex

t day

Intr

odu

ctio

n (

10 m

inute

s)

Conduct

Act

ivit

y o

utd

oors

(30 m

inute

s)

Ret

urn

to c

lass

and d

iscu

ss (

5 m

inute

s)

Hom

ework

: A

pply

ing w

hat

you l

earn

ed D

ay 2

: R

evie

w A

pply

ing w

hat

yo

u l

earn

ed a

nd

Inv

esti

gat

ing f

urt

her

(15

-20 m

inute

s)

Act

ivit

y 6

: W

her

e A

m I

?

2 p

erio

ds

Par

t 1:

Map

pin

g t

he

Sch

ool

(30 m

inute

s)

Par

t 2:

Nei

ghbo

rhood a

nd C

om

munit

y

Look a

t T

eras

erver

for

your

area

and B

ret

Har

t nei

ghborh

ood (

20 m

inute

s)

Day 2

: P

art

2:

Gal

acti

c ad

dre

ss:

10 m

inute

s

Pow

er o

f T

en v

ideo

(10 m

inute

s)

Dis

cuss

ion o

f A

ctiv

ity 6

incl

udin

g A

pply

ing W

hat

you L

earn

ed a

nd I

nv

esti

gat

ing

Furt

her

: 30 m

inute

s

Act

ivit

y 7

: G

ravit

y T

he

Inv

isib

le

Fo

rce

4 c

lass

per

iod

s

Day 1

: V

ideo

: G

ravit

y:

The

Invis

ible

Forc

e

Bef

ore

Vie

win

g P

revie

w (

5 m

inute

s)

Vie

w V

ideo

(25 m

inu

tes)

Aft

er v

ideo

vie

win

g (

5 m

inute

s)

H - 220

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Pa

ge 1

9 o

f 25

Dis

cuss

ion Q

ues

tions

(15 m

inute

s)

Day 2

:

Fin

ish r

evie

w o

f D

iscu

ssio

n q

ues

tions

from

vid

eo (

15 m

inute

s)

How

much

you W

eigh a

t D

iffe

rent

Lo

cati

ons

Intr

oduct

ion (

5 m

inute

s)

How

much

you W

eigh a

ctiv

ity (

20 m

inute

s) i

ncl

ud

es d

iscu

ssio

n

Sum

mar

ize

Res

ult

s (1

0 m

inute

s)

Day 3

: H

ow

Does

the

Mas

s of

a P

lanet

Aff

ect

Jum

p H

eight?

In

troduct

ion

( 1

0 m

inute

s)

Conduct

act

ivit

y a

nd c

oll

ect

dat

a (1

0 m

inute

s)

Com

ple

te d

ata

table

2 a

nd f

oll

ow

up a

ctiv

itie

s (

30 m

inute

s)

Day 4

: In

troduce

Par

t D

and c

om

ple

te d

emonst

rati

on (

15 m

inute

s)

Par

t E

: A

nal

yze

dat

a an

d c

om

ple

te D

iscu

ssio

n q

ues

tions

( 15 m

inute

s)

Inv

esti

gat

ing F

urt

her

and

Apply

ing w

hat

You L

earn

ed (

20 m

inute

s)

Act

ivit

y 8

: T

ides

P

rior

to c

om

ple

ting t

his

act

ivit

y, ti

de

dat

a nee

ds

to b

e co

llec

ted f

or

at l

east

tw

o w

eeks.

This

can

be

done

the

sam

e ti

me

as t

he

sky l

og.

2 c

lass

per

iod

s

Day 1

: In

trodu

ctio

n t

o t

ides

( 1

5 m

inute

s)

Anal

yzi

ng S

ky L

og a

nd T

ide

dat

a (3

0 m

inute

s)

Inv

esti

gat

ing F

urt

her

(5 m

inute

s)

Day 2

:

Apply

ing W

hat

You L

earn

ed (

50 m

inute

s)

Act

ivit

y 9

: D

ay

an

d N

igh

t 2 p

erio

ds

Day 1

: In

troduce

Day a

nd N

ight

wit

h m

odel

ing (

20 m

inute

s)

Answ

er D

ay/N

ight

Thin

k Q

ues

tions

(30 m

inute

s)

Day 2

: D

ay a

nd N

ight

wit

h G

lobes

Rev

iew

Day/N

ight

model

ing (2

5 m

inute

s)

Inv

esti

gat

ing F

urt

her

(20

min

ute

s)

This

is

opti

onal

on T

ime

Zones

Act

ivit

y 1

0:

Sh

ad

ow

s a

nd

Sea

son

s 1 p

erio

d

Intr

odu

ce A

ctiv

ity:

(10 m

inute

s)

Act

ivit

y a

nd Q

ues

tions

(40 m

inute

s)

Act

ivit

y 1

1:

Lig

ht

Co

nce

ntr

ati

on

an

d t

he

Sea

son

s

2 p

erio

ds

Day 1

: R

evie

w a

ngle

of

inso

lati

on (

10 m

inute

s)

Com

ple

te f

lash

light

par

t of

acti

vit

y a

nd d

raw

are

as i

llum

inat

ed a

t 3 a

ngle

s (2

0 m

inute

s)

Count

squar

es a

nd c

alcu

late

per

centa

ge

of

con

centr

atio

n (

20 m

inute

s)

H - 221

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Pa

ge 2

0 o

f 25

Day 2

: C

lay p

ort

ion o

f la

b (

20 m

inute

s)

Inv

esti

gat

ion R

efle

ctio

n a

nd A

pply

ing W

hat

You L

earn

ed (

30 m

inute

s)

Act

ivit

y 1

2:

Th

e M

oo

n a

nd

Moo

n

Ph

ase

s

5 c

lass

per

iod

s

Part

A:

Bac

kgro

und o

n M

oon a

nd r

evie

w q

ues

tions

( 50 m

inute

s)

Part

B:

Mod

elin

g t

he

Moon a

nd E

arth

Intr

odu

ctio

n (

10 m

inute

s)

Act

ivit

y (

30 m

inute

s)

Sum

mar

y o

f A

ctiv

ity (

10

min

ute

s)

Part

C:A

Month

of

Phas

es I

ntr

oduct

ion (

10 m

inute

s)

Act

ivit

y (

30 m

inute

s)

Rev

iew

(10 m

inute

s)

Part

D:

Moo

n C

lock

Intr

oduct

ion (

5 m

inute

s)

Const

ruct

ion o

f M

oon C

lock

(10 m

inute

s)

Use

of

Moon C

lock

and q

ues

tions

(25 m

inute

s)

Sum

mar

y o

f A

ctiv

ity (

10 m

inute

s)

Day 5

: In

ves

tigat

ing F

urt

her

and A

pply

ing W

hat

you L

earn

ed (

40 m

inute

s)

Fin

al r

evie

w (

10 m

inute

s)

Act

ivit

y 1

3:

Ou

r S

ola

r S

yst

em

Day 1

:Part

1:

Bra

inst

orm

ing (

15 m

inute

s)

Part

2:

Beg

in P

ow

erpoin

t on p

lanet

s (3

5 m

inute

s)

Day 2

: F

inis

h p

ow

erpoin

t on p

lanet

s (5

0 m

inute

s)

Day 3

: In

ves

tigat

ing F

urt

her

(15 m

inute

s)

Apply

ing W

hat

You L

earn

ed (

35 m

inute

s)

Act

ivit

y 1

4:

Tim

elin

e

5 c

lass

per

iod

s

Day 1

:Part

A:

Intr

oduct

ion (

10 m

inute

s)

Han

d o

ut

one

tech

nolo

gy a

nd o

ne

per

son a

nd h

ave

studen

ts r

evie

w i

nfo

rmat

ion n

eeded

to

cover

act

ivit

y (

15 m

inute

s)

Beg

in R

esea

rch (

25 m

inute

s)

Day 2

:Part

B:

Res

earc

h i

n L

ibra

ry o

r cl

assr

oom

if

you h

ave

avai

lable

com

pute

rs (

50

min

ute

s)

Day 3

:Part

C:

1 p

erio

d:

Pre

senta

tions

by s

tuden

ts a

nd t

imel

ine

(50 m

inute

s)

Day 4

: (

Par

t C

) F

inis

h p

rese

nta

tions

and p

lace

ev

ents

on

tim

elin

e in

cla

ssro

om

( 5

0

min

ute

s)

H - 222

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Pa

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1 o

f 25

Day 5

: In

ves

tigat

ing F

urt

her

Spin

off

s

( 35 m

inute

s)

Apply

ing W

hat

you L

earn

ed (

15 m

inute

s)

Op

tio

na

l A

ctiv

itie

s:

Act

ivit

y 1

5/1

6:

Wh

y D

o W

e N

eed

the

Su

n

1 c

lass

per

iod

Bra

inst

orm

Wh

y W

e N

eed t

he

Sun (

15 m

inute

s)

How

Far

to t

he

Sun (

35 m

inute

s)

Act

ivit

y 1

7:

Cla

ssif

yin

g P

lan

ets

Bey

on

d t

he

Su

n

1 c

lass

per

iod

Intr

odu

ctio

n:

( 15 m

inute

s)

Act

ivit

y (

30 m

inute

s)

Sum

mar

y (

5 m

inute

s)

Act

ivit

y 1

8:

Esc

ap

e V

elo

city

1 c

lass

per

iod

Intr

odu

ctio

n:

( 15 m

inute

s)

Act

ivit

y (

35 m

inute

s)

Act

ivit

y 1

9:

Rec

tifi

ed G

lob

e 1 c

lass

per

iod

Intr

odu

ctio

n (

15 m

inute

s)

Act

ivit

y (

35 m

inute

s)

Act

ivit

y 2

0:

Cyli

nd

er A

ctiv

ity

2 c

lass

per

iod

s

Par

t A

: In

troduct

ion (

15 m

inute

s)

Fin

din

g t

he

Cir

cum

fere

nce

( 2

5 m

inute

s)

Inv

esti

gat

ion R

efle

ctio

n:

(10 m

inute

s)

Par

t B

: C

ircu

mfe

rence

of

Pla

net

s, S

un a

nd M

oon I

ntr

oduct

ion (

10 m

inute

s)

Act

ivit

y :

( 2

0 m

inute

s)

Inv

esti

gat

ing F

urt

her

and

Apply

ing W

hat

You L

earn

ed (

20 m

inute

s)

Act

ivit

y 2

1:

Th

e Z

od

iac

1 c

lass

per

iod

Intr

odu

ctio

n (

15 m

inute

s)

Act

ivit

y (

35 m

inute

s)

Note

to t

each

ers:

The

above

sugges

ted t

ime

allo

wan

ces

for

the

less

ons

may v

ary d

ue

to m

any c

ircu

mst

ance

s in

sci

ence

cla

ssro

om

s. T

he

requir

ed a

ctiv

itie

s m

ay b

e ta

ught

in l

ess

than

6 w

eeks,

whic

h a

llow

s ti

me

for

the

addit

ional

enri

chin

g a

ctiv

itie

s. (

Act

ivit

ies

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001495

Page 224: Nature and Application of Science and Technology Science ...

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001496

Page 225: Nature and Application of Science and Technology Science ...

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001497

Page 226: Nature and Application of Science and Technology Science ...

Pa

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4 o

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H - 226

001498

Page 227: Nature and Application of Science and Technology Science ...

Pa

ge 2

5 o

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In t

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001499