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Table of Contents
I.Unit RationaleII.Unit Description
III. Bulletin BoardIV.5 Lessons:
1. The Sun +8
2.Phases of the Moon
3.Getting to Know Jupiter
4.One Hot Chili Pepper5.Your Mission Should You Accept It
V. Summative AssessmentVI. References
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Unit Rationale
The solar system is an amazing structure within which the Earthexists. Within our solar system are a total of 8 planets that orbit the sun.Also, within the solar system, there are moons that orbit many of the
planets, asteroids and comets that have their own pattern of motionwithin our solar system, and the sun at the center of it all. This unitmoves students to understanding what is beyond this world we live on.
This lesson is designed to engage andinspire students to desiring to know more about the Solar System throughindependent and group work, along with different formats fordemonstrating understanding of concepts and skills.
This lesson plan begins with a direct format acclimating studentsto what is in the solar system, how it is arranged, and key differences inthe properties of the planets within it.
The second lesson plan begins students on a path of examining theobjects within the solar system a bit closer. Students first move to lookingat a nearby object in the solar system, the moon. This lesson will allowstudents to consider movement of objects in this large solar system theynow are building schema about, while allowing them direct visualizationof the object in the night sky for a more concrete example. Along with
teaching science content, there are other important goals teachers havefor students, such as increasing confidence and creating effectivecommunicators and collaborators. These goals are often accomplishedusing collaborative work, so the format of this lesson is collaborative.
The third lesson in this unit moves students a little farther fromEarth to the planet Jupiter. Living on a terrestrial planet, this givesstudents more of a contrast to knowledge they currently have aboutplanets. It has them revisit ideas taught in the initial lesson and helpsbuild upon them.
The fourth lesson in this unit moves even further to studying thesun and its properties. A metaphor is used in a lesson format of anadvanced organizer to help students conceptualize the sun has layersand identify layers in terms of heat.
The final lesson is a problem-based format that gets at what it is
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like to be in space, its composition, and possibly how far away objects arein space. It not only gets to content not covered in the other lessons, italso works to promote goals for students of improving critical thinkingskills, problems solving skills, as well as others. This lesson fills in some ofthe gaps.
There is so much more to know about the Solar System; this lessonis designed to give an overview. The hope is that students will haveenough support with this lesson to go out and investigate more on theirown and be motivated to do so.
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Unit Goals
There are many possible goals that could be listed for this unit. Thefollowing table is a list of the goals we decided to focus on for this unit. Itincludes the justification for each goal and how it will be met.
Content:Knowledge ofLocations of Objectsin Solar System andComposition Planets(Planets, Sun)
Appropriate perAtlas of ScienceLiteracyIowa Core Content
Lesson 1: Students view model,create model, and are assessed onlabeling similar model. With theinitial model, students will listdifferences between the inner andouter planets to includecomposition. There will be a finalassessment labeling locations on adiagram, and an essay question
on composition.Content:Knowledge ofMovement/Phases ofMoon
Appropriate perAtlas of ScienceLiteracyIowa Core Content
Lesson 2: Students will learnabout and teach about phases ofmoon in relationship to the sunand Earth, and then fill-in phasesand the Earth and sun locationsfor assessment.
Social Skills:Contribute Ideas toGroup, Listening toPartners,
Contributing toGroup Work,ComplimentingOthers Contributions,Asking for HelpWhen Needed
Teacher Goals forStudents:
EffectiveCommunicato
rs/Collaborators
BuildingConfidence
We are not justtrying to teachcontent, we aretrying to makethem successful atany future
endeavor.
Lesson 2: Students will have rolesto help facilitate behavior,students will self-assess, peer-assess, and the teacher will also
assess specific behaviors with ascoring guide.
Content:Jupiter layers, 4major moons, orbittime, rotation time,average temperature,and composition.
Appropriate perAtlas of ScienceLiteracyIowa Core Content
Lesson 3: Students will build uponschema introduced in lesson 1about planets by conductingresearch about the planet Jupiter,drawing a diagram, labeling its 4major moons and composition,and listing its orbit time, rotation
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This lesson is designed in a manner to build upon the initial lesson. Eachsubsequent lesson takes a look at a particular object in the Solar Systemand studies it a little more in depth. Motion of objects is introducedalong the way. The final lesson is designed to fill in some informationabout space, but also to inspire students to generate questions andhopefully seek out more information.
time, and average temperature.Students will identify these in thefinal assessment.
Content:Sun layers and
temperatures
Appropriate perAtlas of Science
LiteracyIowa Core Content
Lesson 4: Students will creatediagrams of the sun, its layers
and temperatures. Students willidentify these in the finalassessment.
Skills:Critical Thinking &Problem SolvingSkills
Teacher Goals forStudents:
EffectiveCriticalThinkers
EffectiveProblemSolvers
Lesson 5: Students will practicethese skills during the final lessonand will be assessed with rubric atend of lesson and again at finalassessment by having studentsdiscuss 5 most important things totake into space and why.
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Bulletin Board
The Sun +8
source: http://pinterest.com/pin/236439049157028146/
Design:The teacher will put up the paper cutout of the sun and each planet so thatthey are the correct size to fit the bulletin board. The students will then be able to
use watercolors and other art supplies to design the planets. A facts chart will go
with each planet. The teacher will start each chart with a couple of facts but the rest
will be blank pages left for the students to fill in as they discover new and
interesting information in their research.
Purpose:This bulletin board will be a great visual for students throughout the unit.It will also be another way for students to document what they are learning using
the facts charts. It is a collaborative project that the entire class will create together
and use to enhance their learning.
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Direct Instruction Presentation w/ AdvOrganizer
Concept
AttnmentCooperative
LearningInquiry Teaching
Direct Instruction Lesson Plan (10 pts)
Lesson Background:Your Name: Kelly Linde & Angela Ballard Grade Level: (circle one) K 1 2 3 4 5
6
Subject: (circle one) Language Arts Social Studies Mathematics
Science
Lesson Title: The Sun +8
Materials Needed: Diagram of solar system, blank diagram of solar system, sheet withlist of items in our solar system, pens, pencils, markers, paper for group projects, iPod
and speakers or other device (to play music that sets a space theme softly in the
background while students work on projects), student journal, whiteboard, teachers
diagram of solar system with mnemonic, computer and screen to display images, book
The Essential Cosmic Perspective as a resource
Prerequisite Skills: Students will be able to read at grade level, write at grade level,
ability to work in groups
Science Common Core of Iowa: Understand and apply knowledge of the properties,
movements, and locations of objects in our solar system.
A B C D Lesson Objective: Given a list of items in our solar system and a blank diagram,
students will be able to correctly place the items in the list on the blank diagram with no
more than 2 incorrect placements, students will also be able to state a minimum of 3
differences between the Jovian planets and the Terrestrial planets, and after a pre-
assessment journal entry about what they know about the solar system students will
make a post-entry of everything they can say after the lesson about the solar system on
the back that will be used for student self-assessment and teacher assessment of what
students need additional support and what students are ready to move on.
--------------------------------------------------------------------------------------------------------------------Interaction with Students:1. Provide objectives: (What are students going to learn?) Time: 1 minute
Today, we are going to learn about our solar system. We are going to learn what is in it,
how it is arranged, and key differences in the structures that are within it.
2. Demonstrate knowledge or skill: (Input/Modeling by the teacher) Time: 25-30
minutes
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Teacher will ask students what they know about the solar system. Students will
make their own list in a journal on the front side of the paper. (After the lesson
students will be given two minutes to list everything they can name about the
solar system on the back of the paper.)
Teacher will then ask students to share responses as a whole class and she will
create a list of student responses on a large sheet of paper and post it on thewhiteboard.
Next, the teacher will explain how the solar system is arranged displaying an
image of the solar system for reference
(https://reader009.{domain}/reader009/html5/0411/5acd9df5a54d0/5acd9dfa425da.jpg) whilestating planet order from the sun, the difference in the composition of the first 4
planets (Terrestrial) nearest the sun compared to the outer 4 planets(Jovian)
from the sun, the frost line, asteroid belt, the Kuiper belt, and mention Pluto and
its changed status to a dwarf planet.
Also, teacher will mention the difference in their sizes (Terrestrial vs. Jovian) and
start a discussion of the distance between the objects in the solar system for a
later math lesson using another image that shows near actual sizes of the
planets on a smaller scale (https://reader009.{domain}/reader009/html5/0411/5acd9df5a54d0).This will just get students to start thinking about the size of the solar system and
what they are representing in the diagrams they are going to make.
Compare and contrast Terrestrial vs. Jovian for students:
Terrestrial:
Solid structure
Made up of solids/metals
Have higher density than jovian
Nearer the sun
Few satelites (ie moons)Much smaller than jovian planets
Jovian: (for Jupiter)
Mainly composed of gasses
Have rings
Larger number of satellites
Lower density
Farther from the sun
Much larger than terrestrial planets
Resource for information:
Bennett, Jeffrey O., Megan Donahue, Nicholas Schneider, Mark Voit, and Addison
Wesley. The Essential Cosmic Perspective. San Francisco: Pearson/Addison Wesley,
2005. Print.
3. Provide guided practice:(Guided practice with the teacher) Time: 35 minutes
http://astrobioloblog.files.wordpress.com/2011/04/typical-solarsystem.jpghttp://astrobioloblog.files.wordpress.com/2011/04/typical-solarsystem.jpghttp://astrobioloblog.files.wordpress.com/2011/04/typical-solarsystem.jpghttp://web.mit.edu/newsoffice/2006/plutoetall-lrg.jpghttp://web.mit.edu/newsoffice/2006/plutoetall-lrg.jpghttp://web.mit.edu/newsoffice/2006/plutoetall-lrg.jpghttp://web.mit.edu/newsoffice/2006/plutoetall-lrg.jpghttp://astrobioloblog.files.wordpress.com/2011/04/typical-solarsystem.jpg7/29/2019 Unit Plan for Live Text
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Next, the teacher will display own diagram of the solar system on white board for
students to see with own mnemonic for example of what students will be required
to create in class.
Using large paper and markers or crayons, in groups (of 3-4) students are going
to be given the list of items to place in their diagram of the solar system and
instructed to create their own diagram of our solar system. They will also have toinclude as many facts as they can about the differences between the Jovian and
Terrestrial planets. They will also have to make up a song or mnemonic as a
group to help them remember the order of the planets in the diagram. The
students will have multiple books on the solar system available for reference at
each group table to use for their diagrams. They will share their diagram and
song or mnemonic with the whole class to finish the guided practice.
4. Check for understanding and provide student feedback: Time: 20 minutes
(during group work/guided practice)
The teacher will check for student understanding by:
Viewing student participation in their group and contributions to the diagram.
Viewing and listening: The diagram, facts listed, and order of planets in
mnemonic or song in terms of accuracy and completeness.
Evaluating the questions that students ask.
The teacher will document this data on a sheet on a clipboard, while moving around the
room.
The teacher will give students feedback on diagram and facts accuracy and
completeness, along with having the group recite the mnemonic or sing their song to
visually determine if each group member knows it.
5: Provide extended practice and transfer: (Independent practice of the skill)Time: 10
minutes
Students will write down as many things as they can about the solar system in two
minutes on a separate piece of paper to go in their journal. They will then compare it to
their initial responses prior to the lesson and write a short reflection of 3-4 sentences
commenting on the difference between what they wrote before the lesson and what they
wrote after, along with two things they didnt know prior to the lesson that they thought
were interesting and why.
6. Assessment / Closure: (How do you evaluate student progress or provide closure
to this lesson?) You MUST include rubric, checklist or assessment document.
Time: 10
minutes
Rubric for essay question on differences between the Jovian and Terrestrial
planets and for the diagram.
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Add this assessment information to what students wrote in their journals during
independent practice and determine what students are ready to move on and
what students need additional help.
Scientific Drawings : Solar System Diagram
Student Name: ________________________________________
CATEGORYWeight for Each
Category 4 3 2 1
Terrestrial vs
Jovian Accuary40% 4 or more
differences are
listed for Jovian
and Terrestrial
planets. Full
credit: 40%
3 differences are
listed for Jovian
and Terrestrial
planets. 30%
2 differences are
listed for Jovian
and Terrestrial
planets. 20%
1 difference is
listed for Jovian
and Terrestrial
planets or
question was
attempted 10%
Diagram Accuracy 60% 14 of items in listare correctly
placed on diagram
Full credit: 60%
12-14 of items in
list are correctly
placed on diagram
45%
10-12 of items on
list are correctly
placed on diagram
30%
less than 10 items
on the list are
correctly placed
on the diagram
15%
7. DIFFERENTIATION of Content, Process or Product:
a. Adaptation for students who need extra help, time, or attention?
One-on-one instruction with the teacher as needed.
Provide a copy of the pictures used in the lesson as a resource.
The lesson allows for students to work in groups that can be assigned based on
instructional and other needs.
Allow additional time for journaling and reflection as student needs it.
b. Extension for students of high ability? (Remember, assigning gifted
students to be the tutor for others is not sufficient academic challenging
for students who have mastered the lesson). Provide higher level reading books with information on the solar system or
maybe beyond encompassing the Milky Way.
Provide a list of other resources that can be consulted for more information.
Provide a list of websites for more information.
Select some videos students can view online for more information.
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Ask the student what specifically they would like to know more about and assist
them in finding resources to check out of the library.
Suggest some topics to the student if they want to do some independent
research beyond what is covered in the class: ie compare and contrast Earth &
Mars or Earth & Venus atmospheres, effects of greenhouse gasses on
atmospheres, investigate the properties of the sun, etc.
TOTAL LESSON TIME: 86 minutes
8. References Consulted (Curriculum books in Drake SOE curriculum lab, previous
teachers as resources, online websites, your past experiences, or your own initiatives,
etc):
Website resources:
https://reader009.{domain}/reader009/html5/0411/5acd9df5a54d0/5acd9dfcad1d2.jpghttps://reader009.{domain}/reader009/html5/0411/5acd9df5a54d0/5acd9dfd9f556.jpg
Text resource:
Bennett, Jeffrey O., Megan Donahue, Nicholas Schneider, Mark Voit, and Addison
Wesley. The Essential Cosmic Perspective. San Francisco: Pearson/Addison Wesley,
2005. Print.
Other resources:
Printed materials from Drake Education course 103 and 107
Rubistar for rubricIowa Core website for Science Standard
http://astrobioloblog.files.wordpress.com/2011/04/typical-solarsystem.jpghttp://astrobioloblog.files.wordpress.com/2011/04/typical-solarsystem.jpghttp://web.mit.edu/newsoffice/2006/plutoetall-lrg.jpghttp://web.mit.edu/newsoffice/2006/plutoetall-lrg.jpghttp://web.mit.edu/newsoffice/2006/plutoetall-lrg.jpghttp://astrobioloblog.files.wordpress.com/2011/04/typical-solarsystem.jpg7/29/2019 Unit Plan for Live Text
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Direct Instruction Presentation w/ AdvOrganizer
Concept
AttnmentCooperative
LearningInquiry Teaching
Cooperative Learning Lesson Plan (10 pts)
Lesson Background:Your Name: Kelly Linde & Angela Ballard Grade Level: (circle one) K 1 2 3 4 5
6
Subject: (circle one) Language Arts Social Studies Mathematics
Science
Lesson Title: Phases of the Moon
Materials Needed: Video, computer, screen, images of moon phases, assessment
sheets (3), recognition form (met/not met)
Prerequisite Skills: Read at grade level, write at grade level, ability to work in small
groups, knowledge of solar system
Lesson Objective(s):
a. Given a partially filled-in diagram with the phases of the moon, students will be
able to label the sun, moon, and earth; color in and label which side of the moon is
illuminated by the sun and which is not for each moon image; and label the full moon,
first quarter moon, new moon, and last quarter moon. This will be done with no more
than two incorrect labels.
b. Social Goals for your lesson
Given a project on the phases of the moon followed with self-,peer,and teacher
assessments; students will be able to contribute ideas to their group, respectfully listen
to partners, contribute to the group work, compliment group members for participation,
and ask for help or assistance when needed. Students will score no less than 9 after the
teacher makes the final determination of points to be awarded from combining the three
assessments. (*Note: Students will have the opportunity to discuss this score, if they
feel something needs further explanation that might affect the teachers decision on the
final score. Also, the rationale behind the score of 5 is that these are long term social
skill goals for students and not all students will necessarily be at the 3 level at this point.
A score of 9 is a reasonable level to be met for this activity and these concepts will
continue to be addressed in subsequent lessons.)
Cooperative Learning Grouping Structure: (see course pack.Jigsaw? Think Pair
Share? etc)
Jigsaw: This will follow the steps listed in our handout for JIGSAW, but some highlights
are listed following.
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Students will work in groups as assigned by number (1-6). Each group will have one of
the following topics to become an expert in:
Defining a lunar eclipse. Defining a New Moon.
Defining a Full Moon.
Defining a First Quarter Moon.
Defining a Last Quarter Moon.
Explaining the location of the sun, earth, and moon during lunar eclipses.
Note: Students will have already had some direct instruction on this topic and readings
to complete.
Students will be given various readings from which to choose and diagrams to
help illustrate the ideas to use to become experts.
Then each group will have to decide on a way to best convey and teach their
topic to other groups. They will have to have one visual (image type) explanation
of their topic, which can be a hand drawing, icon, hand drawn diagram, or other
visual that has been approved by the teacher and one concisely written
explanation to share with other groups.
One member from each team will then move to another team to learn the content
from that team, while writing down the explanations and the images to bring back
to the original team to share. Eventually, all team members should have a
written explanation and image.
Members will then return to their original team to share and discuss topics and to
clear up any misunderstanding between them on material.
The teacher will add input and finish with an overview of each topic. Since students have already had direct instruction and readings for resources on
this topic, this should help to solidify the topics and prepare them for the diagram
assessment for content.
--------------------------------------------------------------------------------------------
------------
Interaction with Students:
1. Present objectives: (Tell students what they are going to learn?) Time: 2
minutes
Today we are going to continue learning about the phases of the moon and practice the
social skills in our groups of respectfully listening, sharing ideas, contributing to work,
complimenting others for participating, and asking for help when needed.
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Iowa Common Core Science:
Understand and apply knowledge of the properties, movements, and locations of
objects in our solar system.
2. Present information for the academic goal: (What are procedures for theacademic goal?)
Time: 20
minutes
The teacher will give a short refresher on topics about the moon that have been
previously covered.
Students will split into groups by being assigned a number (1-6). Students will
move into groups.
Each student will be given a diagram and each group will be given a selection of
books and other resources to use for research. Each group will be assigned a
research topic to become the experts at.
The teacher will thoroughly explain the assignment and process, addressing
students questions. Instructions will also be posted for students to refer to as
needed.
Teacher will show examples of visuals that each group will create and explain
key components of the visuals.
After JIGSAW, the teacher will return to the academic goals by adding important
information and giving an overview of each topic to the whole class.
3. Organize students into learning teams: Time: 25minutes
a. Explain how theyll practice the social goal?
Teacher will give examples of how to share ideas in group, examples of contributing to
work, examples of complimenting peers for sharing, examples of asking for help, and
examples of respectful listening. In small groups students will practice each one of
these. The teacher will select individuals to demonstrate for the entire group one
example of each of these for the entire class.
b. How will you organize the groups?
Groups will be organized by numbers into a JIGSAW. Students will number off one
through six because of the six topics.
c. What group roles will you have?
The specific roles students: Manager (In charge of getting everyone to participate),
Monitor (In charge of making sure everyone gets a chance to speak), Recorder (Writes
down group answers), Examiner (Asks any group questions directly to teacher).
Source for Roles: Dr. Beissers Curriculum and Pedagogy in the Elementary Classroom.
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Students will also be focusing on collaboration: sharing of ideas, contributing to work,
complimenting peers for sharing, asking for help, and respectfully listening.
4. Assist team work and study: Time: 30 minutes during
JIGSAW
a. How will you monitor academic progress? b. How will you monitor the social goals?The teacher will monitor social goals via:
the assessment shown in the assessment section of this lesson plan for the
social goals and will make additional notes as necessary on that form
through information received from the self and peer evaluations
The teacher will monitor academic progress by:
Viewing student participation in their group and contributions to the project
The overall accuracy and completeness of information in the diagram, drawing,
song, or alternate product of the project
The questions that students ask
Asking students questions and evaluating answers for understanding
5. Provide recognition: Time: 5-10
minutes
(How will students know they have met both academic and social goals?)
The following will be given to students to let them know if they have met the
content goals and/or the social skill goals for this lesson.
MET FOR TASK/ACTIVITY NOT MET FORTASK/ACTIVITY
Phases of Moon Content
Social Skill: ContributingIdeas to Group
Social Skill: Listening toPartners
Social Skill: Contributing toGroup Work
Social Skill:Complimenting Group
Members for Participation
Social Skill: Asking forHelp/Assistance WhenNeeded
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6. Assessment / Closure: (How do you evaluate student progress or end this lesson?)
Time: 20 minutes for
student & peer
(Teacher assessment during
JIGSAW)
Include documents for assessing both the academic and social goals.
Lesson Objectives Assessment:
Diagram of phases of moon partially filled-in will be given to students to label.
Image for assessment:
Note: label on earth and sunlight will be removed when printed and students will have to
draw placement of sun and label earth.
http://www.rpdp.net/sciencetips_v3/images/questions/e8b7/E8B7_clip_image003.jpg
Assessment will be used to determine what students require more instruction and those
that may continue to next lesson.
Social Skill Assessment:
Self-Assessment, Peer Assessment, & Teacher Assessment
All 3 of these assessments will be in the form of a rubric. (see below)
Individual assessment will be based on all three of these combined.This assessment will be used to determine what areas need additional focus for each
individual.
Self Assessment:
Name:____________ 3 2 1
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Contribute Ideas to
Group
Shared all ideas I had
to group
Shared only some of
the ideas I had with
group
Did not share any of
my ideas with group
Listening to Partners Listened to all ideas
shared by my partnersrespectfully
Listened to some of my
partners ideasrespectfully
Did not listen
respectfully to mypartners ideas
Contributed to Work
Completed by Group
Helped my group to
work on task/did my
share of the work
Helped my group with
some work on task
Did not help my group
work on task/let my
partners do all of the
work
Complimenting Others
Contributions
Thanked partners for
sharing or ideas
Thanked some
partners for sharing or
ideas
Did not thank partners
for sharing or ideas
Asking for Help When
You Need It
I asked for help every
time I needed it
I asked for help only
some of the times I
needed it
I did not ask for help
when I needed it
*Terms and meaning of rubric blocks discussed with students in depth in terms of how to
demonstrate.
Peer Assessment of Individual:
Name:____________ 3 2 1
Did partner share ideas
with group?
More than 2 ideas
shared
1-2 ideas shared 0 ideas shared
Did he/she listen to
partners
Listened respectfully to
all partners
ideas/sharing
Listened respectfully to
some of partners
ideas/sharing
Did not listen
respectfully to partners
ideas/sharing
Did he/she contribute to
work
Worked with group on
most parts of project
Did only some of the
work with group on
project
Did none or very little
of the work with group
on project
Did he/she thank or
compliment partners for
sharing or ideas
Thanked or
complimented most
partners for sharing or
ideas
Thanked or
complimented only
some of partners for
sharing or ideas
Few to none of
partners thanked or
complimented for
sharing or ideas
Did he/she ask for help
when needed
Asked for help or did
not seem to need help
Needed help and did
not ask for it
*Terms and meaning of rubric blocks discussed with students in depth in terms of how to
demonstrate. Students also instructed to fill in name of peer being evaluated. This will be
completed by original/main group from the JIGSAW.
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Teacher Assessment of Group:
Group Number _______ 3 2 1
Members Contributing
Ideas
Most members
contributing ideas
Some some members
contributing ideas
Few to none of
members of group
contributing ideas
Members Listening Most members
listening respectfully to
each other
Some members
listening respectfully to
each other
Few to none of
members listening
respectfully to each
other
Members Contributing to
Work
Most members
contributing to work
Some members
contributing to work
Few to none of
members contributing
to work
Members
Complimenting/Thanking
Each Other For
Participation
Most members
complimenting/thanking
each other for
participation
Some members
complimenting/thanking
each other for
participation
Few to none of
members
complimenting/thanking
each other for
participation
Members Ask for
Help/Assistance
Most members asking
for help or assistance
when needed
Some members asking
for help or assistance
when needed
Few to none of
members asking for
help or assistance
when needed
*Teacher will make addition notations as needed concerning group dynamics and individuals.
7. DIFFERENTIATION of Content, Process or Product:
a. Adaptation for students who need extra help, time, or attention?
Lower level texts will be provided to students as needed
Teacher will be available to make clarifications and help student understand
information
One-on-one instruction available as needed
Graphic organizers for note taking may be provided as needed
b. Extension for students of high ability? (Remember, gifted students need
challenge). Higher level texts will be provided to students as needed
Materials will be available for students to do additional research on a topic of
interest with extra time
In addition to labeling, students may be asked to describe phases
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TOTAL LESSON TIME: 77 minutes
8. References Consulted (Curriculum books in Drake SOE curriculum lab, previous
teachers as resources, online websites, your past experiences, or your own initiatives,
etc):
Bennett, Jeffrey O., Megan Donahue, Nicholas Schneider, Mark Voit, and Addison
Wesley. The Essential Cosmic Perspective. San Francisco: Pearson/Addison Wesley,
2005. Print.
Other resources:
Printed materials from Drake Education course 103 and 107
Rubistar for rubric
Iowa Core website for Science Standard
Websites & image website resources:
http://img1.etsystatic.com/il_fullxfull.280983505.jpg
http://www.nhn.ou.edu/~jeffery/astro/moon/diagram/lunar_eclipse.png
http://www.ict4us.com/r.kuijt/images/en_moon.gif
http://s1.hubimg.com/u/6125756_f496.jpg
http://ykonline.yksd.com/distanceedcourses/Courses/EarthScience/lessons/FirstQuarter/
Chapter03/3-3/images/08phasesofMoon4.gif
http://ykonline.yksd.com/distanceedcourses/Courses/EarthScience/lessons/FirstQuarter/
Chapter03/3-3/images/08phasesofMoon4.gif
http://museumvictoria.com.au/pages/31883/eclipse_geometry_web.jpg
https://fretzreview.wikispaces.com/file/view/Moon-Phases-3x3-lbl.jpg/30704576/Moon-
Phases-3x3-lbl.jpghttp://www.lifewaresolutions.com/images/XDA/Eclipses.png
http://nehruplanetarium.org/IYA2009/yahoogroup/images/eclipse%202.jpg
http://upload.wikimedia.org/wikipedia/commons/7/72/Lunar-Phase-Diagram.png
http://faculty.scf.edu/rizkf/ISC1004/ASTRONOM%20PROPER_files/eclipses.jpg
video on misconception of earth blocking
http://www.youtube.com/watch?v=xWv2LBqokU0&feature=related
http://img1.etsystatic.com/il_fullxfull.280983505.jpghttp://img1.etsystatic.com/il_fullxfull.280983505.jpghttp://www.nhn.ou.edu/~jeffery/astro/moon/diagram/lunar_eclipse.pnghttp://www.nhn.ou.edu/~jeffery/astro/moon/diagram/lunar_eclipse.pnghttp://www.ict4us.com/r.kuijt/images/en_moon.gifhttp://www.ict4us.com/r.kuijt/images/en_moon.gifhttp://s1.hubimg.com/u/6125756_f496.jpghttp://s1.hubimg.com/u/6125756_f496.jpghttp://ykonline.yksd.com/distanceedcourses/Courses/EarthScience/lessons/FirstQuarter/Chapter03/3-3/images/08phasesofMoon4.gifhttp://ykonline.yksd.com/distanceedcourses/Courses/EarthScience/lessons/FirstQuarter/Chapter03/3-3/images/08phasesofMoon4.gifhttp://ykonline.yksd.com/distanceedcourses/Courses/EarthScience/lessons/FirstQuarter/Chapter03/3-3/images/08phasesofMoon4.gifhttp://ykonline.yksd.com/distanceedcourses/Courses/EarthScience/lessons/FirstQuarter/Chapter03/3-3/images/08phasesofMoon4.gifhttp://ykonline.yksd.com/distanceedcourses/Courses/EarthScience/lessons/FirstQuarter/Chapter03/3-3/images/08phasesofMoon4.gifhttp://ykonline.yksd.com/distanceedcourses/Courses/EarthScience/lessons/FirstQuarter/Chapter03/3-3/images/08phasesofMoon4.gifhttp://museumvictoria.com.au/pages/31883/eclipse_geometry_web.jpghttp://museumvictoria.com.au/pages/31883/eclipse_geometry_web.jpghttps://fretzreview.wikispaces.com/file/view/Moon-Phases-3x3-lbl.jpg/30704576/Moon-Phases-3x3-lbl.jpghttps://fretzreview.wikispaces.com/file/view/Moon-Phases-3x3-lbl.jpg/30704576/Moon-Phases-3x3-lbl.jpghttps://fretzreview.wikispaces.com/file/view/Moon-Phases-3x3-lbl.jpg/30704576/Moon-Phases-3x3-lbl.jpghttp://www.lifewaresolutions.com/images/XDA/Eclipses.pnghttp://www.lifewaresolutions.com/images/XDA/Eclipses.pnghttp://nehruplanetarium.org/IYA2009/yahoogroup/images/eclipse%202.jpghttp://nehruplanetarium.org/IYA2009/yahoogroup/images/eclipse%202.jpghttp://upload.wikimedia.org/wikipedia/commons/7/72/Lunar-Phase-Diagram.pnghttp://upload.wikimedia.org/wikipedia/commons/7/72/Lunar-Phase-Diagram.pnghttp://faculty.scf.edu/rizkf/ISC1004/ASTRONOM%20PROPER_files/eclipses.jpghttp://faculty.scf.edu/rizkf/ISC1004/ASTRONOM%20PROPER_files/eclipses.jpghttp://www.youtube.com/watch?v=xWv2LBqokU0&feature=relatedhttp://www.youtube.com/watch?v=xWv2LBqokU0&feature=relatedhttp://www.youtube.com/watch?v=xWv2LBqokU0&feature=relatedhttp://faculty.scf.edu/rizkf/ISC1004/ASTRONOM%20PROPER_files/eclipses.jpghttp://upload.wikimedia.org/wikipedia/commons/7/72/Lunar-Phase-Diagram.pnghttp://nehruplanetarium.org/IYA2009/yahoogroup/images/eclipse%202.jpghttp://www.lifewaresolutions.com/images/XDA/Eclipses.pnghttps://fretzreview.wikispaces.com/file/view/Moon-Phases-3x3-lbl.jpg/30704576/Moon-Phases-3x3-lbl.jpghttps://fretzreview.wikispaces.com/file/view/Moon-Phases-3x3-lbl.jpg/30704576/Moon-Phases-3x3-lbl.jpghttp://museumvictoria.com.au/pages/31883/eclipse_geometry_web.jpghttp://ykonline.yksd.com/distanceedcourses/Courses/EarthScience/lessons/FirstQuarter/Chapter03/3-3/images/08phasesofMoon4.gifhttp://ykonline.yksd.com/distanceedcourses/Courses/EarthScience/lessons/FirstQuarter/Chapter03/3-3/images/08phasesofMoon4.gifhttp://ykonline.yksd.com/distanceedcourses/Courses/EarthScience/lessons/FirstQuarter/Chapter03/3-3/images/08phasesofMoon4.gifhttp://ykonline.yksd.com/distanceedcourses/Courses/EarthScience/lessons/FirstQuarter/Chapter03/3-3/images/08phasesofMoon4.gifhttp://s1.hubimg.com/u/6125756_f496.jpghttp://www.ict4us.com/r.kuijt/images/en_moon.gifhttp://www.nhn.ou.edu/~jeffery/astro/moon/diagram/lunar_eclipse.pnghttp://img1.etsystatic.com/il_fullxfull.280983505.jpg7/29/2019 Unit Plan for Live Text
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Direct Instruction Presentation w/ AdvOrganizer
Concept
AttnmentCooperative
LearningInquiry Teaching
Concept Attainment Lesson Plan (10 pts)
Lesson Background:Your Name: Kelly Linde & Angela Ballard Grade Level: (circle one) K 1 2 3 4
5 6
Subject: (circle one) Language Arts Social Studies Mathematics
Science
Lesson Title: Getting to Know Jupiter
Materials Needed: Notecards (yes/no items + yes/no labels), tape, large paper,
computer access/screen, website images of Earth for examples (shown in this lesson
plan),
Prerequisite Skills: prior knowledge of Earths rotation on axis and rotation around sun,
read at grade level, write at grade level, ability to work in small groups.
Lesson Objective:
Iowa Common Core Science:
Understand and apply knowledge of the properties, movements, and locations of
objects in our solar system.
ABCD:
Given various resources (primarily websites) for research and a checklist, students will
be able to complete a diagram of Jupiter with all of its layers labeled, 4 moons, orbit time
around the sun, rotation time, average temperature, and composition.
Concept Label: Jupiter
Critical Attributes: [yes] gas, Jovian, moons, Europa, Great Red Spot, rings
Non-critical Attributes [no] terrestrial, Earth, Europe, tiny, mankind, jewelry
Definition of Concept: Jupiter: The largest planet in the solar system, a gas giant that is
the fifth in order from the sun and one of the brightest objects in the night sky
Definition Source:
http://www.google.com/#hl=en&q=Jupiter&tbs=dfn:1&tbo=u&sa=X&ei=nCtgT7X0L8XmggfzkZmrCA&ved
=0CCcQkQ4&bav=on.2,or.r_gc.r_pw.r_cp.r_qf.,cf.osb&fp=4b598d7e59b86ebf&biw=944&bih=633
---------------------------------------------------------------------------------------------------------------------
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Interaction with Students:
1. Provide examples and non-examples to the class: (Distinguish yes/no attributes)
Time: 15 minutes
Today class... you are going to try to figure out what we are going to talk about. I am
going to provide some examples that describe what we are going to talk about and somethat definitely do not have to do with what we are going to talk about.
Teacher will tape note cards to wall labeled yes and no to make two columns.
The first note card to be placed under the yes column will be the first word in the
critical attributes listed above.
Students will be told that this word does have to do with what will be the topic.
Wait briefly, then place first non-critical attribute in the no column.
Advise students that when they know what the concept/topic is place their
thumbs up directly in front of them and held close to chest.
Continue until majority have thumbs up or by third item in yes column, startasking class what column the word on the note card should be placed in.
Eventually, allow students that think they know to guess.
Ask the class if they agree with each guess.
Help them along with additional clues if necessary.
2. Test for attainment: (Do the students understand the concept?) Time: (during
examples/non-examples activity)
Thumbs up held close to body initially.
Later, identifying which column items should go in.
Finally, agreeing with correct response.
3. Analyze student thinking processes and integration of learning: Time: 5
minutes
(Are they able to provide additional examples and non-examples?)
Ask students to come up with some additional examples or non-examples in
small groups and then have groups share one. (Evaluate participation and ideas
being shared for informal assessment.)
4. Clarify lesson objectives: (What are students going to DO with these?) Time: 5
minutes
Confirm topic: Jupiter. Explain that today they are going to be doing their ownresearch on selected websites, using their text, and library resources (if they wish) to
find out more about Jupiter. They will be completing a project with this information.
5. Procedures for Using the Concept in a meaningful way? Time: 35
minutes
Teacher will present an example of what students are to find out about Jupiter using
Earth as an example. (see parenthesis below)
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Students will conduct research on Jupiter.
They will then draw a diagram of Jupiter:
label the layers of the planet (i.e. use diagram below/display)
label its moons with names (i.e. Earths one moon)
write a detailed description including: orbit time around sun
rotation time
average temperature
composition
any other special features (not required)
(i.e. Earth composed of rock, metals; 1 moon; atmosphere contains
oxygen for us to breathe, has an ozone layer, has water on surface, time
it takes for 1 orbit around the sun is 365.3 days, 1 full rotation on its axis
is 23 hours and 56 minutes, and an average temperature of 7.2 degrees
Celsius/ 45 degrees Fahrenheit)
http://www.amnh.org/ology/features/stufftodo_earth/images/ediblelayers.gif
http://www.amnh.org/ology/features/stufftodo_earth/images/ediblelayers.gifhttp://www.amnh.org/ology/features/stufftodo_earth/images/ediblelayers.gifhttp://www.amnh.org/ology/features/stufftodo_earth/images/ediblelayers.gif7/29/2019 Unit Plan for Live Text
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http://prestech.pbworks.com/f/1255321773/earth%20structure.gif
6. Assessment / Closure (How do you evaluate student progress or provide closure
for this lesson?) Include rubric, checklist, assessment documents. Time:
10-15 minutes
Checklist for Diagram of Jupiter:
______ layers labeled
______ 4 moons of Jupiter labeled with names
______ orbit time around sun
______ rotation time
______ average temperature
______ composition listed
This checklist will be used to see what details students are missing and what needs
further instruction.
For an example of information (orbit time around sun, rotation time, average temperature,and composition) seewww.kidsastronomy.com/jupiter.htm
For moons of Jupiter labeled with names, see
http://www.freewebs.com/mdreyes3/JUPTERS_FOUR_MOONS.jpg
For layers labeled, see Bennett, Jeffrey O., Megan Donahue, Nicholas Schneider, Mark
Voit, and Addison Wesley. The Essential Cosmic Perspective. San Francisco:
Pearson/Addison Wesley, 2005. Print.
http://www.kidsastronomy.com/jupiter.htmhttp://www.kidsastronomy.com/jupiter.htmhttp://www.kidsastronomy.com/jupiter.htmhttp://www.freewebs.com/mdreyes3/JUPTERS_FOUR_MOONS.jpghttp://www.freewebs.com/mdreyes3/JUPTERS_FOUR_MOONS.jpghttp://www.freewebs.com/mdreyes3/JUPTERS_FOUR_MOONS.jpghttp://www.kidsastronomy.com/jupiter.htm7/29/2019 Unit Plan for Live Text
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7. DIFFERENTIATION of Content, Process or Product:
a. Adaptation for students who need extra help, time, or attention?
Extra time to complete the diagram will be given to students who may need it.
One-on-one instruction with the teacher as needed
Students needing extra assistance will be provided additional materials and/or
resources as needed. Students will be provided research materials and resources that support their
ability level.
b. Extension for students of high ability? (Remember, assigning gifted
students to be the tutor for others is not sufficient academic challenging
for students who have mastered the lesson). Students will be provided with higher ability research materials and resources.
Students will be able to do further, detailed research into an area of interest
related to Jupiter or they can research similar information for another planet.
TOTAL LESSON TIME: 75 minutes
8. References Consulted (Curriculum books in Drake SOE curriculum lab, previous
teachers as resources, online websites, your past experiences, or your own initiatives,
etc):
Bennett, Jeffrey O., Megan Donahue, Nicholas Schneider, Mark Voit, and Addison
Wesley. The Essential Cosmic Perspective. San Francisco: Pearson/Addison Wesley,
2005. Print.
Other resources:
Printed materials from Drake Education course 103 and 107
Iowa Core website for Science Standard
Websites consulted for plan:
http://www.amnh.org/ology/features/stufftodo_earth/images/ediblelayers.gif
http://www.eaaa.net/images/planetary_differentiation.jpg
Websites for Research for Students:
http://www.kidsastronomy.com/jupiter.htm http://kids.nineplanets.org/jupiter.htm
http://www.sciencekids.co.nz/sciencefacts/planets/jupiter.html
http://coolcosmos.ipac.caltech.edu/cosmic_kids/AskKids/jupiter.shtml
http://www.historyforkids.org/scienceforkids/physics/space/jupiter.htm
More advanced:
http://science.nationalgeographic.com/science/space/solar-system/jupiter-article/
http://www.kidsastronomy.com/jupiter.htmhttp://www.kidsastronomy.com/jupiter.htmhttp://kids.nineplanets.org/jupiter.htmhttp://kids.nineplanets.org/jupiter.htmhttp://www.sciencekids.co.nz/sciencefacts/planets/jupiter.htmlhttp://www.sciencekids.co.nz/sciencefacts/planets/jupiter.htmlhttp://coolcosmos.ipac.caltech.edu/cosmic_kids/AskKids/jupiter.shtmlhttp://coolcosmos.ipac.caltech.edu/cosmic_kids/AskKids/jupiter.shtmlhttp://www.historyforkids.org/scienceforkids/physics/space/jupiter.htmhttp://www.historyforkids.org/scienceforkids/physics/space/jupiter.htmhttp://science.nationalgeographic.com/science/space/solar-system/jupiter-article/http://science.nationalgeographic.com/science/space/solar-system/jupiter-article/http://science.nationalgeographic.com/science/space/solar-system/jupiter-article/http://www.historyforkids.org/scienceforkids/physics/space/jupiter.htmhttp://coolcosmos.ipac.caltech.edu/cosmic_kids/AskKids/jupiter.shtmlhttp://www.sciencekids.co.nz/sciencefacts/planets/jupiter.htmlhttp://kids.nineplanets.org/jupiter.htmhttp://www.kidsastronomy.com/jupiter.htm7/29/2019 Unit Plan for Live Text
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Direct Instruction Presentation w/ AdvOrganizer
Concept
AttnmentCooperative
LearningInquiry Teaching
Presentation with Advance Organizer Lesson Plan (10 pts)
Your Name: Kelly Linde & Angela Ballard Grade Level: (circle one) K 1 2 3 4
5 6
Subject: (circle one) Language Arts Social Studies Mathematics Science
Lesson Title: One Hot Chili Pepper
Materials Needed: Labeled diagram drawings of sun and chili pepper, blank diagram of
sun, paper for group double journal entries and group drawings, access to website for
groups/computer use, books from library on topic of sun, teacher labeled drawing of apepper, teacher labeled drawing of the sun.
Prerequisite Skills: Knowledge of solar system (sun), some knowledge of temperature
in terms of different scales (Fahrenheit, Celsius, Kelvin) helpful, read at grade level, write
at grade level, ability to work in small groups.
Lesson Objective:
Given a list and a blank diagram of the sun, students will be able to correctly place the
items in the list on the blank diagram with no more than 2 incorrect placements.
1. Present objectives: (What are students going to learn?) Time: 1 minute
Iowa Common Core Science:
Understand and apply knowledge of the properties, movements, and locations of
objects in our solar system.
Today we are going to learn about our sun. We are going to learn about the different
zones, temperatures, and features of the sun, but first
2. Present advance organizer: (A metaphor or logical connection?) Time: 1-2
minutes
Have you ever seen, ate, or heard about a hot chili pepper, maybe a jalapeno. The
sun is one hot chili pepper. The sun has layers to it very similar to a chili pepper.
Just like a chili peppers center of seeds, the sun is hottest at its center and heat
varies in other locations. In a chili pepper, the locations and amounts of a
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substance called capsaicin determine what parts are hotter than others. In the
sun, pressure and other factors determine the amount of heat in each zone.
3. Demonstrate knowledge or skill: (Input/Modeling by the teacher) Time:20
minutes
The teacher will ask students to think about what they know about the sun. (callon background knowledge)
Next the teacher will ask questions:
Do you know what the sun is made up of?
How hot is the sun?
How far away is the sun?
The teacher will model making a double entry journal based on information on
one of the listed websites listed in resources. The teacher will list a fact on one side of
the page and a response/reflection to the fact on the other side.
The teacher will show a hand drawn chili pepper with its parts labeled from
hottest to mildest. The teacher will also show students a hand drawn sun that is labeled
with different zones, temperatures, and features.
The teacher will then compare the two, identifying that both are hottest in the
center and varying temperatures in other locations.
3a. Provide Guided Practice Time: 45
minutes
Students will be put in groups of 4-5 by the teacher. Using specific websites
(listed in resources at bottom) and books selected by the teacher from the library, they
will create a double entry journal as a group by listing facts they find on the websites and
in the books and then reflecting/responding to each fact on the opposite side of the page.
(differentiates for various level learners) They will also be instructed to draw and label the different zones, temperatures,
and features of the sun on a large sheet of paper from the diagrams they find on the
websites.
Students will be instructed to include the following in their group diagrams:
corona
chromosphere
convection zone
core
radiation zone
photosphere
solar flare
sun spots
solar wind (Teacher will place this list on board)
and to write in temperatures in Kelvin of core, chromosphere,
photosphere, corona, radiation zone
Before students share with class, the teacher will be sure to assist students in
correctly identifying the temperatures of each zone:
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core=approximately 15 million Kelvin
chromosphere=approximately 10,000 Kelvin
photosphere=approximately 6,000 Kelvin
corona=approximately 1 million Kelvin
radiation zone=approximately 10 million Kelvin
Students will be instructed that once finished with their diagrams, they will displayand share them with the entire group.
4. Check for understanding and provide student feedback: (How will you know
students understand the skill or concept? How will they know they get it?) Time: 20
minutes (during
group work/guided practice)
The teacher will check for student understanding by:
observing participation in the group and contribution to the journal and diagram.
accuracy of the facts written in the journal and labels on the diagram.
questions asked by students.
The teacher will have conversations asking about what the students had written in their
double entry journals so that students are further processing and understanding their
information. Teacher will observe who is participating and explaining to get an idea of
who may have a better understanding of the material.
The teacher will also give feedback on the accuracy of their facts and diagrams.
Students will then be given a diagram to complete on their own. (Diagram shown under
references.) This will be used to check forstudents understanding and also provide
assessment.
5. Assessment / Closure: (How do you evaluate student progress or provide closureto this lesson?) Time:
15 minutes
The teacher will collect students diagrams for assessment purposes.
Students will be assessed by the accuracy of the diagram they label. Each label
would be worth points and incorrect labels would result in loss of the points.
This assessment will be used to determine which students need additional
instruction.
6. Adaptation for students who need extra help, time, or attention?
Students needing extra assistance would be provided appropriate reading
materials and other materials that they could refer back to for extra help.
Extra time to complete the diagram would be provided as needed for each
student.
One-on-one instruction with the teacher as needed.
Extension for students of high ability? Students of high ability may not need the list of words in order to label.
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They could describe the zones and features in addition to labeling.
Extra resources would be provided for students to research topics of interest in
their extra time. They would then write about what they learned along with their diagram.
TOTAL LESSON TIME: 103 minutes
7. References Consulted: (Curriculum books in Drake SOE curriculum lab, teacherresources, websites, etc):
Texts:
Bennett, Jeffrey O., Megan Donahue, Nicholas Schneider, Mark Voit, and Addison
Wesley. The Essential Cosmic Perspective. San Francisco: Pearson/Addison Wesley,
2005. Print.
Other resources:
Printed materials from Drake Education course 103 and 107
Iowa Core website for Science Standard
http://www.ehow.com/info_8293070_parts-jalapeno-pepper.html
Websites for Student Use:
http://www.spacestationinfo.com/layers-sun.htm
http://www.nasa.gov/mission_pages/hinode/solar_020.html
http://www.eyeonthesky.org/activities_pdf/XXsun_teacher.script.pdf
http://astronomyonline.org/SolarSystem/SunDetails.asp
http://www.cosmos4kids.com/files/solsyst_sun.html (less challenging information for
differentiation)
http://www.nasa.gov/vision/universe/solarsystem/sun_for_kids_main.html
http://www.astronomynotes.com/starsun/s2.htm (more challenging information fordifferentiation)
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Diagram for Assessment:
http://upload.wikimedia.org/wikipedia/commons/thumb/7/76/Sun_diagram.svg/220px-Sun_diagram.svg.png
Matching. Corresponding to the diagram above, write the correct letter next to the
correct number.
1. _____ A. Sun Spots
2. _____ B. Solar Flare
3. _____ C. Photosphere
4. _____ D. Core
5. _____ E. Corona
6. _____ F. Chromosphere
7. _____ G. Radiation Zone
8. _____ H. Convection Zone
9. _____ I. Solar Wind
Note: Directions made clear to students and also what each number is referencing in
the diagram.
Beisser, 2000
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Direct Instruction Presentation w/ AdvOrganizer
Concept
AttnmentCooperative
LearningInquiry Teaching
Problem-Based / Inquiry Instruction Lesson Plan (10 pts)
Lesson Background:Your Name: Kelly Linde & Angela Ballard Grade Level: (circle one) K 1 2 3 4
5 6
Subject: (circle one) Language Arts Social Studies Mathematics Science
Lesson Title: Your Mission Should You Accept It...
Materials Needed: Books listed in resources, access to computer/screen and internet,
journals, large sheets of paper, pens and pencils, markers,
Prerequisite Skills: Ability to read at grade level, write at grade level, work in small
groups
Logistics: (Are special arrangements necessary?)
Have all resources for students listed at bottom of this lesson plan available in
class in a central location when lesson begins.
Organize tables for group work.
Lesson Goal (not ABCD objectives):
Students will create a concept map that states things one might consider before traveling
to space, specific items they will pack to go into space, and connect these to theirreasoning for each. Students will practice using problem solving skills, research skills,
and explaining their reasoning for what they place as considerations and items to pack
on their concept maps.
--------------------------------------------------------------------------------------------
-------------------------
Interaction with Students:
1. Orient students to the problem or dilemma? (Must first get their attention to
SOLVE a problem!)
Students, all personnel working for NASA have disappeared. A six month mission to the
International Space Station is about to take place and you have been selected to go on
the mission in place of the missing crew. A pilot is being found, but your group of five
will be the only other crew members. You must pack for the trip right away! What will
you need to consider in going on this mission and packing for it? What will you take with
you and why?
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2. Organize students for study:
a. Size of group?Approximately 5 students to each group.
b. How groups are formed? Groups will be selected by the teacher to offer a wide range
of abilities within each group. Desks will be arranged to accommodate these new
groups and will remain in this grouping for the length of the project (5 days).
b. Transition from large group orientation or instruction to small group work?
After large group orientation, the students will be instructed to move their desks into the
small group configuration. It will be the standard 5 desk grouping and a diagram will be
provided for students to arrange their desks. (This formation for desks and transition
would have already been covered in the first days of school and how to transition to the
various groupings).
3. Assist independent and group investigation: (Input/Modeling so kids know what
to do)
The teacher will go through the various book titles and highlight some ideas that can be
found in each book. The teacher will then go through the various web pages with the
class and highlight information that can be found on the sites. Then, the teacher will
demonstrate using one text and picking out one thing that may need to be considered
about traveling into space (i.e. gravity) and then will also demonstrate selecting
something from a website (i.e. notes from an astronauts journal pages about exercising
in space). The teacher will then draw the beginning of a concept map using these
considerations and what one might pack and why, demonstrating how to connect these
ideas using the concept circles and lines.
The teacher will then post and read the following instructions:
In your group of 5, each of you will do research using the texts and websites
provided.
You will each document information you find in your own journals. (1-2 days)
You will come together as a group to brainstorm. Based on the information you
found in your research, come up with considerations to place on your concept
map for space travel, what to pack, and why you chose it. (approximately 3rd
day)
You will design your concept map on a small sheet of paper.
You will revise and edit your concept map to make sense of it.
You will place your concept map on the large piece of paper provided using
markers.
The teacher will provide the criteria and rubric for the concept map.
Once you have finished your concept map, you will present it to the class.
After the presentations, you will individually reflect in your journals about what
you did not have in your concept map that others did or what you might wish to
add to yours now.
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4. Develop and present artifacts and exhibits (How do students share what they
have learned?)
As a group, students will develop a concept map to present to the class upon completionand display.
Individually, students will compare their concept map to the other groups maps and
journal about what else they may have considered.
5. Analyze and evaluate the problem-solving process: Analysis and Evaluation of
Questions
Informal Analysis and Evaluation:
View students journals and ask questions about research findings.
Ask students to elaborate on their thinking.
View student participation and contributions to group work.
View students concept maps and question for further detail/information and
reasoning.
Have students explain their concept maps and how they are organized.
6. Assessment / Closure: (How do you evaluate student progress or provide closure
to this lesson?) Again, include documents for assessment.
Students will present their concept maps to the class and then reflect in their own
personal journals by comparing their map with the other concept maps developed in the
class. They will write about what they did not include that other groups did and whetheror not they would add this to their own or did they come up with something else that they
would like to add.
*This journal will be used for informal assessment of goals for students (i.e. critical
thinking, etc.)
Assessment will be completed using the following criteria for each groups concept map.
Concept Map/Web
1. Concept has major topic in center (i.e. packing for space)2. Shows details about the topic, considerations, what will be packed, and why with linesand/or circles radiating from the center3. Visually shows relationships of details or ideas to one another4. Neat and legible
The completeness of each of these criteria, the amount of detail, and the groups
reasoning will all be considered when evaluating and determining if further time for
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research, input to guide them from the teacher, or instruction is necessary. Each group
will present their concept map to the class.
The following rubric will be provided for grading the concept maps:
4 3 2 1
Amount of detail At least 5considerations &10 packed itemslisted
Only 3-4considerations &less than 10items packed
Only 2considerationsor less than 5items packed
Less than 2considerations &less than 5 itemspacked
Reasoning Clear reasoninggiven for allconsiderations &what will bepacked
Clear reasoninggiven for mostconsiderations &what will bepacked
Somewhat clearto unclearreasoning givenfor few of theconsiderations &
what will bepacked
Unclear or noreasoning givenforconsiderations &what will be
packed
Neat & Legible Neat & Legible Somewhat Neat& Legible
Somewhat Neator SomewhatLegible
Neither Neat NorLegible
Participation All members ingroup participatein research andcreating conceptmap
3-4 members ingroup participatein research andcreating conceptmap
Less than 3membersparticipate inresearch andcreating concept
map
This block notused
* Rubric ambiguous terms explained and clarification made in depth for students prior to
beginning project.
7. DIFFERENTIATION of Content, Process or Product:
a. Adaptation for students who need extra help, time, or attention?
Students needing extra assistance would be provided appropriate reading
materials and other materials that they could refer back to for extra help.
Extra time to complete the concept map and journals would be provided as
needed for each student.
One-on-one instruction with the teacher as needed.
Lists of specific items to consider may be provided as needed.
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b. Extension for students of high ability? (Remember, gifted students need
challenge). Students will be provided with higher ability research materials and resources.
Students will be able to do further, detailed research into an area of interest.
Provide a list of other resources that can be consulted for more information.
Provide a list of websites for more information.
Ask the student what specifically they would like to know more about and assist
them in finding resources to check out of the library.
TOTAL LESSON TIME: 4-5 days
8. References Consulted (Curriculum books in Drake SOE curriculum lab, previous
teachers as resources, online websites, your past experiences, or your own initiatives,
etc):
Printed materials from Drake Education course 103,107, and 122
Iowa Core website for Science Standards
Rubistar for rubric
Resources for Student Research:
Roach, Mary. Packing for Mars: The Curious Science of Life in the Void. Oxford: Oneworld,
2010. Print.
Stott, Carole, and Steve Gorton. Space Exploration. New York: Alfred A. Knopf, 1997. Print.
Wallace, Karen.Rockets and Spaceships. New York: Dorling Kindersley Pub., 2001. Print.
Floca, Brian.Moonshot: The Flight of Apollo 11. New York: Atheneum for Young Readers, 2009.
Print.
Aldrin, Buzz, and Ken Abraham.Magnificent Desolation: The Long Journey Home from the
Moon. New York: Harmony, 2009. Print.
Chaikin, Andrew, and Victoria Kohl.Mission Control, This Is Apollo: The Story of the First
Voyages to the Moon. New York: Viking, 2009. Print.
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Bredeson, Carmen. What Do Astronauts Do? Berkeley Heights, NJ: Enslow Elementary, 2008.
Print.
Hilliard, Richard.Lucky 13: Survival in Space. Honesdale, PA: Boyds Mills, 2008. Print.
Discovering Careers for Your Future. New York: Ferguson, 2008. Print.
Bredeson, Carmen.Living on a Space Shuttle. New York: Children's, 2003. Print.
Reichhardt, Tony. Space Shuttle: The First 20 Years. New York: DK Pub., 2002. Print.
Bredeson, Carmen.Liftoff! New York: Children's, 2003. Print.
Kallen, Stuart A. The Gemini Spacewalkers. Edina, MN: Abdo & Daughters, 1996. Print.
Asimov, Isaac. Piloted Space Flights. Milwaukee: G. Stevens Pub., 1990. Print.
NASA - NASA Kids' Club
http://www.nasa.gov/audience/forkids/kidsclub/flash/index.html
Solar System and Planets Worksheets
http://www.superteacherworksheets.com/solar-system-planets.html
NASA - NASA-Astronauts
http://www.nasa.gov/astronauts/
NASA - Astronaut Journals
http://www.nasa.gov/centers/johnson/astronauts/journals_astronauts.html
A children's guide to astronaut food, ideal research for space projects or homework!
http://www.spacekids.co.uk/spacefood/ What Do Astronauts Eat in Space? - TIME
http://www.time.com/time/health/article/0,8599,1911617,00.html
NASA - Fit for Space
http://www.nasa.gov/audience/formedia/presskits/fit_for_space.html
http://www.nasa.gov/audience/forkids/kidsclub/flash/index.htmlhttp://www.nasa.gov/audience/forkids/kidsclub/flash/index.htmlhttp://www.superteacherworksheets.com/solar-system-planets.htmlhttp://www.superteacherworksheets.com/solar-system-planets.htmlhttp://www.nasa.gov/astronauts/http://www.nasa.gov/astronauts/http://www.nasa.gov/centers/johnson/astronauts/journals_astronauts.htmlhttp://www.nasa.gov/centers/johnson/astronauts/journals_astronauts.htmlhttp://www.spacekids.co.uk/spacefood/http://www.spacekids.co.uk/spacefood/http://www.time.com/time/health/article/0,8599,1911617,00.htmlhttp://www.time.com/time/health/article/0,8599,1911617,00.htmlhttp://www.nasa.gov/audience/formedia/presskits/fit_for_space.htmlhttp://www.nasa.gov/audience/formedia/presskits/fit_for_space.htmlhttp://www.nasa.gov/audience/formedia/presskits/fit_for_space.htmlhttp://www.time.com/time/health/article/0,8599,1911617,00.htmlhttp://www.spacekids.co.uk/spacefood/http://www.nasa.gov/centers/johnson/astronauts/journals_astronauts.htmlhttp://www.nasa.gov/astronauts/http://www.superteacherworksheets.com/solar-system-planets.htmlhttp://www.nasa.gov/audience/forkids/kidsclub/flash/index.html7/29/2019 Unit Plan for Live Text
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Summative Assessment
Students will be given an end of unit assessment that will test on the main concepts from
each lesson. The assessment will end with a short student survey that will be used to getfeedback from the students about the unit.
1. Label the diagram with the bodies within the solar system.
http://www.enchantedlearning.com/subjects/astronomy/activities/label/labelsolarsystem.shtml
2. Describe at least three differences between the Jovian and Terrestrial planets.
3. Label each phase of the moon.
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http://kvmagruder.net/bcp/zodiacal/moon/lab.htm
4. Label each layer of the sun.
5. Write a paragraph describing Jupiter. Include Jupiters layers, moons, orbit time,
rotation time, average temperature, composition, and distinguishing features.
6. Describe five items you would take on a mission to the moon. Be sure to explain why.
Student Survey
1. Write one paragraph describing the most interesting part of the solar system unit.
2. Write at least one question that you still have after this unit.
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References
Books:
Roach, Mary. Packing for Mars: The Curious Science of Life in the Void. Oxford:Oneworld, 2010. Print.
Stott, Carole, and Steve Gorton. Space Exploration. New York: Alfred A. Knopf, 1997.
Print.
Wallace, Karen. Rockets and Spaceships. New York: Dorling Kindersley Pub., 2001.
Print.
Floca, Brian. Moonshot: The Flight of Apollo 11. New York: Atheneum for Young
Readers, 2009. Print.
Aldrin, Buzz, and Ken Abraham. Magnificent Desolation: The Long Journey Home from
the Moon. New York: Harmony, 2009. Print.
Chaikin, Andrew, and Victoria Kohl. Mission Control, This Is Apollo: The Story of the
First Voyages to the Moon. New York: Viking, 2009. Print.
Bredeson, Carmen. What Do Astronauts Do?Berkeley Heights, NJ: Enslow Elementary,
2008. Print.
Hilliard, Richard. Lucky 13: Survival in Space. Honesdale, PA: Boyds Mills, 2008. Print.
Discovering Careers for Your Future. New York: Ferguson, 2008. Print.
Bredeson, Carmen. Living on a Space Shuttle. New York: Children's, 2003. Print.
Reichhardt, Tony. Space Shuttle: The First 20 Years. New York: DK Pub., 2002. Print.
Bredeson, Carmen. Liftoff!New York: Children's, 2003. Print.
Kallen, Stuart A. The Gemini Spacewalkers. Edina, MN: Abdo & Daughters, 1996. Print.
Asimov, Isaac. Piloted Space Flights. Milwaukee: G. Stevens Pub., 1990. Print.
Cover Image:
http://rheadavinci.com/wp-content/uploads/2011/10/Solar-System.jpg
Websites:
http://rheadavinci.com/wp-content/uploads/2011/10/Solar-System.jpghttp://rheadavinci.com/wp-content/uploads/2011/10/Solar-System.jpghttp://rheadavinci.com/wp-content/uploads/2011/10/Solar-System.jpg7/29/2019 Unit Plan for Live Text
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NASA - NASA Kids' Club
http://www.nasa.gov/audience/forkids/kidsclub/flash/index.html
Solar System and Planets Worksheets
http://www.superteacherworksheets.com/solar-system-planets.html
NASA - NASA-Astronauts
http://www.nasa.gov/astronauts/
NASA - Astronaut Journals
http://www.nasa.gov/centers/johnson/astronauts/journals_astronauts.html
A children's guide to astronaut food, ideal research for space projects or homework!
http://www.spacekids.co.uk/spacefood/
What Do Astronauts Eat in Space? - TIME
http://www.time.com/time/health/article/0,8599,1911617,00.html
NASA - Fit for Space
http://www.nasa.gov/audience/formedia/presskits/fit_for_space.html
Astronomy for Kids
http://www.kidsastronomy.com/solar_system.htm
National Geographic - Solar System
http://science.nationalgeographic.com/science/space/solar-system
National Geographic for Kids - Science and Space Videos
http://video.nationalgeographic.com/video/kids/science-space-kids/
http://www.nasa.gov/audience/forkids/kidsclub/flash/index.htmlhttp://www.nasa.gov/audience/forkids/kidsclub/flash/index.htmlhttp://www.superteacherworksheets.com/solar-system-planets.htmlhttp://www.superteacherworksheets.com/solar-system-planets.htmlhttp://www.nasa.gov/astronauts/http://www.nasa.gov/astronauts/http://www.nasa.gov/centers/johnson/astronauts/journals_astronauts.htmlhttp://www.nasa.gov/centers/johnson/astronauts/journals_astronauts.htmlhttp://www.spacekids.co.uk/spacefood/http://www.spacekids.co.uk/spacefood/http://www.time.com/time/health/article/0,8599,1911617,00.htmlhttp://www.time.com/time/health/article/0,8599,1911617,00.htmlhttp://www.nasa.gov/audience/formedia/presskits/fit_for_space.htmlhttp://www.nasa.gov/audience/formedia/presskits/fit_for_space.htmlhttp://www.kidsastronomy.com/solar_system.htmhttp://www.kidsastronomy.com/solar_system.htmhttp://science.nationalgeographic.com/science/space/solar-systemhttp://science.nationalgeographic.com/science/space/solar-systemhttp://video.nationalgeographic.com/video/kids/science-space-kids/http://video.nationalgeographic.com/video/kids/science-space-kids/http://video.nationalgeographic.com/video/kids/science-space-kids/http://science.nationalgeographic.com/science/space/solar-systemhttp://www.kidsastronomy.com/solar_system.htmhttp://www.nasa.gov/audience/formedia/presskits/fit_for_space.htmlhttp://www.time.com/time/health/article/0,8599,1911617,00.htmlhttp://www.spacekids.co.uk/spacefood/http://www.nasa.gov/centers/johnson/astronauts/journals_astronauts.htmlhttp://www.nasa.gov/astronauts/http://www.superteacherworksheets.com/solar-system-planets.htmlhttp://www.nasa.gov/audience/forkids/kidsclub/flash/index.html