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1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

Jan 02, 2016

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Page 1: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.
Page 2: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

1. Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13

What is the average number of chairs they built?

A. 39

B. 42

C. 55

D. 59

E. 63

Page 3: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

How could number sense help you solve this problem?

Page 4: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

2. There are 600 school children in the Lakeville district. If 54 of them are high school seniors, what is the percentage of high school seniors in the Lakeville district?

A. 2.32%

B. 0.9%

C. 9%

D. 11%

E. 90%

Page 5: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

What are the three types of percentage problems your students will see?

Page 6: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

3. Susan’s take-home pay is $300 per week, of which she spends $80 on food and $150 on rent. What fraction of her take-home pay does she spend on food?

A.

B.

C.

D.

E.

75

2

15

4

2

1

30

23

30

29

Page 7: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

What part of this problem will cause students to give a wrong answer?

Page 8: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

4. Which of the following expresses the prime factorization of 54?

A. 9 x 6

B. 3 x 3 x 6

C. 3 x 3 x 2

D. 3 x 3 x 3 x 2

E. 5.4 x 10

Page 9: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

What are the only two possibilities and why?

Page 10: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

5. The number 1134 is divisible by all of the following except

A. 3B. 6 C. 9D. 12E. 14

Page 11: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

What are some divisibility rules that help you here?

Page 12: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

6. When is an integer?

A. Only when a is negative

B. Only when a is positive

C. Only when a is odd

D. Only when a equals 0

E. Only when a is even

2

11 a

Page 13: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

A calculator would help students working the last problem.

True

False

Page 14: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

7. On Friday, Jane does one-third of her homework. On Saturday, she does one-sixth of the remainder. What fraction of her homework is still left to be done?

A.

B.

C.

D.

E.

2

19

4

9

5

6

5

12

7

Page 15: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

What is it about this problem that assures lots of incorrect answers?

Page 16: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

8. If the ratio of 2x to 5y is 1:20, what is the ratio of x to y?

A. 1:40

B. 1:20

C. 1:10

D. 1:8

E. 1:4

Page 17: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

Work this problem three different ways.

Page 18: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

9. If the area of circle A is 16π, then what is the circumference of circle B if its radius is one-half that of circle A?

A. 2π

B. 4π

C. 6π

D. 8π

E. 16π

Page 19: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

What percentage of your students will correctly answer that geometry problem?

Page 20: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

Vocabulary

Page 21: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

Introduction: Why Study Vocabulary in Math Class?

The thesis of this book is that vocabulary acquisition impacts the learning of mathematics.

Confident math students understand and use the specialized vocabulary associated with the math they are doing, where every word. . .clarifies a given situation

Page 22: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

Descriptions of mathematically powerful students Understand the power of mathematics as

a tool for making sense of situations, information, and events in their world

Are persistent in their search for solutions to complex, messy, or ill-defined tasks

Page 23: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

Descriptions of mathematically powerful students (con’t) Enjoy doing mathematics and find the

pursuit of solutions to complex problems both challenging and engaging

Understand that mathematics is not just arithmetic

Page 24: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

Descriptions of mathematically powerful students (con’t) Make connections within and among

mathematical ideas and domains

Have a disposition to search for patterns and relationships

Make conjectures and investigate them

Page 25: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

Descriptions of mathematically powerful students (con’t) Have “number sense” and are able to

make sense of numerical information

Use algorithmic thinking, and are able to estimate and mentally compute

Page 26: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

Descriptions of mathematically powerful students (con’t) Work both independently and

collaboratively as problem posers and problem solvers

Communicate and justify their thinking and ideas both orally and in writing

Page 27: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

Descriptions of mathematically powerful students (con’t) Use available tools to solve problems and

to examine mathematical ideas

Page 28: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

Pick a goal or two (or three)

These descriptions are on pages 3 and 4.

Discuss them in your group

Identify several that you will target this year

Write them down!!!!!!!

Page 29: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

BIG IDEAS All Students need to be mathematically

literate Mathematics vocabulary, studied in context,

has a profound effect on performance Vocabulary instruction. . .supports learning

new concepts, deeper conceptual understanding, and more effective communication

Page 30: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

Mathematical communication requires more than mastery of numbers and symbols. It requires the development of a common language using vocabulary that is understood by all.

Page 31: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

From NCTM’s Curriculum and Evaluation Standards for School Mathematics (1989)

Writing and talking about their thinking clarifies students’ ideas and gives the teacher valuable information from which to make instructional decisions.

Page 32: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

Emphasizing communication in a mathematics class helps shift the classroom from and environment in which students are totally dependent on the teacher to one in which students are assume more responsibility for validating

their own thinking.

Page 33: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

Miki Murray lays the groundworkLetter to the parents

Day 1: ”Expectations for Mathematics,” Binder Organization and Problem Exploration

Day 2: Student Guidelines for Mathematics Journal and Binder, Problem-Solving Write-Up, and Resources Scavenger Hunt

Day 3: Math Survey

Page 34: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

With a talking partner, discuss the efficacy of the letter and the three days.

Page 35: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

Blachowicz and Fisher’s summary on the research on essential elements for robust vocabulary development

1. Immerse students in words

2. Encourage students to be active in making connections between words and experiences

3. Encourage students to personalize word learning

4. Build on multiple sources of information

Page 36: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

5. Help students control their learning

6. Aid students in developing independent strategies

7. Assist students in using words in meaningful ways; meaningful use leads to long-lasing learning

Page 37: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

…the vocabulary focus. . .is not an add-on to the curriculum, or more to teach; it is a way to teach mathematics

Page 38: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

from Principles and Standardsfor School Mathematics

Beginning in the middle grades, students should understand the role of mathematical definitions and should use them in mathematics work. Doing so should become pervasive in high school.

Page 39: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

from Principles and Standardsfor School Mathematics

However, it is important to avoid a premature rush to impose formal mathematical language; students need to develop an appreciation for the need for precise definitions

Page 40: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

Some guidelines and hints

Begin each unit with an informal assessment of where students are in terms of their math language

Vocabulary student is always undertaken in the context of developing mathematical understanding

Page 41: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

Some guidelines and hints (con’t)

Vocabulary is a tool for communicating and demonstrating understanding

Students need to hear, see, and use terminology in mathematical contexts first

Page 42: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

One strategy

Miki Murray uses a combination of a personal vocabulary list (add five words—not necessarily new ones—each week)

Keep a personal word wall to keep track of words

Page 43: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

Multiplication & DivisionGames

Page 44: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

Take a Break

Page 45: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

45

Format of the Educational Planning Assessment System (EPAS)…

Page 46: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

The EXPLOREPurpose: Help 8th graders plan for their high school coursework as well as career choices.

Score Range: 1 – 25

Testing Window: September

46

Page 47: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

The PLANPurpose: Helps students measure their academic development and make plans for remaining high school years and beyond.

Score Range: 1 – 32

Testing Window: September

47

Page 48: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

The ACTPurpose: Assess general educational development and their ability to successfully complete freshmen level college courses

Score Range: 1 - 36Testing Window:

Administration - March 9ACT Make-up Day - March 23ACT Accommodations Window - March 9-23

48

Page 49: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

Kentucky and the ACT

Why is Kentucky administering?

What is the law surrounding this mandate?

Senate Bill 130http://www.lrc.ky.gov/record/06rs/sb130.htm

Related to the bill is KRS 158.6453

49

Page 50: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

The Math TestACT

There are sixty multiple choice questions in sixty minutes

It’s the mathematics needed for college mathematics courses

50

Page 51: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

Math Content

51

Page 52: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

Math Content

52

Page 53: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

53

SubjectNumber of Questions

How Long It Takes

English 40 30 minutes

Math 30 30 minutes

Reading 30 30 minutes

Science 28 30 minutes

Page 54: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

ACT’s College Readiness Benchmarks

College Course or

Course Area

TestEXPLORE

ScorePLAN Score

ACT Score

English Comp.

English 13 15 18

Social Sciences

Reading 15 17 21

Algebra Mathematics 17 19 22

Biology Science 20 21 24

54

Page 55: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

What does College

Readiness mean, and what does it have to

do with me?55

Page 56: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

What do the benchmarks mean?

According to the ACT site, a benchmark of 22 on the mathematicssection means a student has

approximately a 50% chance of earning a B or better and 75% chance of earning a C or better in an equivalent college course.

www.act.org

56

Page 57: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

57

Page 58: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

58

Page 59: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

59

Page 60: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

Look at 2008 state results…

60

Page 61: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.
Page 62: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

EXPLORE        

 2006-07 (N=49,518)

2007-08 (N=48,194)

2008-09 (N=48,653)

National*

Composite 14.5 14.5 14.7 14.9

Science 15.8 15.8 16.0 15.9

Reading 13.8 13.7 13.9 13.8

Mathematics 14.2 14.4 14.6 15.1

English 13.6 13.7 13.8 14.2

Page 63: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.
Page 64: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

PLAN          2006-07

(N=49,631)2007-08 (N=50,097)

2008-09 (N= 50,531)

National*

Composite 16.4 16.3 16.6 17.5

Science 17.3 17.2 17.4 18.2

Reading 16.0 16.1 16.0 16.9

Mathematics 16.3 16.2 16.4 17.4

English 15.6 15.3 15.9 16.9

Page 65: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

Chapter 7

Pipes, Tubes, and Beakers:

New Approaches to Teaching the Rational-Number System

Page 66: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

Additive vs. Multiplicative Reasoning

Relative vs. Absolute Reasoning

Take a look at the box on pg. 311. Discuss with a talking partner the difference between the reasoning

above. Which of the types of reasoning results in the correct answer to who

grew the most, String Bean, or Slim.

Page 67: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

As stated in the book, “Students cannot succeed in algebra if they do not understand rational numbers.”

What factors inhibit student understanding of rational numbers?

Page 68: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

Rational numbers can take on may forms.0.8 = 1/8 (Really??!!)Part over whole…3 parts out of 4

Quotient Interpretation…3 divided by 4 A ratio…3 boys to 4 girls

What is the unit?

Page 69: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.
Page 70: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.
Page 71: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.
Page 72: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

Let’s Eat

Page 73: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

Geogebra

Share experiences Geometry

HelpGeogebra WikiEnglishMiddle School

Geometry Formulas

Page 74: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

Take a Break

Page 75: 1.Cynthia, Peter, Nancy, and Kevin arre all carpenters. Last week each built the following number of chairs. Cynthia—36 Peter—45 Nancy—74 Kevin—13 What.

TI-73 APPS

•Area Forms•Number Line