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Illustrative Math-Media4Math Alignment

 

 

Illustrative Math Alignment: Grade 6 Unit 7

Rational Numbers

Lesson 6: Absolute Value of Numbers

Use the following Media4Math resources with this Illustrative Math lesson.

Thumbnail Image Title Body Curriculum Nodes
Math Example: Modeling Integers Using Algebra Tiles: Example 16 Math Example: Modeling Integers Using Algebra Tiles: Example 16 Math Example: Modeling Integers Using Algebra Tiles: Example 16

Topic

Numerical Expressions

Description

This example illustrates how to model the integer -6 using algebra tiles. Six red tiles are arranged in a row, each representing a negative unit. This visual representation helps students understand the concept of negative integers and how they can be represented using concrete objects. The use of algebra tiles provides a tangible way for students to grasp numerical expressions, particularly for visual learners.

Algebra Tiles--Expressions and Equations
Math Example: Modeling Integers Using Algebra Tiles: Example 17 Math Example: Modeling Integers Using Algebra Tiles: Example 17 Math Example: Modeling Integers Using Algebra Tiles: Example 17

Topic

Numerical Expressions

Description

This example demonstrates how to model the integer -7 using algebra tiles. Seven red tiles are arranged in a row, each representing a negative unit. This visual representation helps students understand the concept of negative integers and how they can be represented using concrete objects. The use of algebra tiles provides a tangible way for students to grasp numerical expressions, particularly for visual learners.

Algebra Tiles--Expressions and Equations
Math Example: Modeling Integers Using Algebra Tiles: Example 18 Math Example: Modeling Integers Using Algebra Tiles: Example 18 Math Example: Modeling Integers Using Algebra Tiles: Example 18

Topic

Numerical Expressions

Description

This example illustrates how to model the integer -8 using algebra tiles. Eight red tiles are arranged in a row, each representing a negative unit. This visual representation helps students understand the concept of negative integers and how they can be represented using concrete objects. The use of algebra tiles provides a tangible way for students to grasp numerical expressions, particularly for visual learners.

Algebra Tiles--Expressions and Equations
Math Example: Modeling Integers Using Algebra Tiles: Example 19 Math Example: Modeling Integers Using Algebra Tiles: Example 19 Math Example: Modeling Integers Using Algebra Tiles: Example 19

Topic

Numerical Expressions

Description

This example demonstrates how to model the integer -9 using algebra tiles. Nine red tiles are arranged in a row, each representing a negative unit. This visual representation helps students understand the concept of negative integers and how they can be represented using concrete objects. The use of algebra tiles provides a tangible way for students to grasp numerical expressions, particularly for visual learners.

Algebra Tiles--Expressions and Equations
Math Example: Modeling Integers Using Algebra Tiles: Example 2 Math Example: Modeling Integers Using Algebra Tiles: Example 2 Math Example: Modeling Integers Using Algebra Tiles: Example 2

Topic

Numerical Expressions

Description

In this example, we see how to model the number +2 using algebra tiles. The visualization of this integer allows students to understand the concept better. The use of algebra tiles provides an excellent representation of positive numbers, showcasing how they build up sequentially. This is essential in helping students grasp the concept of numerical expressions, particularly with visual aids. Example 2. Model the integer +2. Use Algebra Tiles to model. This collection enhances learning as students can see multiple examples of how each integer is represented, facilitating a solid understanding of the concept.

Algebra Tiles--Expressions and Equations
Math Example: Modeling Integers Using Algebra Tiles: Example 20 Math Example: Modeling Integers Using Algebra Tiles: Example 20 Math Example: Modeling Integers Using Algebra Tiles: Example 20

Topic

Numerical Expressions

Description

This example illustrates how to model the integer -10 using algebra tiles. Ten red tiles are arranged in a row, each representing a negative unit. This visual representation helps students understand the concept of negative integers and how they can be represented using concrete objects. The use of algebra tiles provides a tangible way for students to grasp numerical expressions, particularly for visual learners.

Algebra Tiles--Expressions and Equations
Math Example: Modeling Integers Using Algebra Tiles: Example 21 Math Example: Modeling Integers Using Algebra Tiles: Example 21 Math Example: Modeling Integers Using Algebra Tiles: Example 21

Topic

Numerical Expressions

Description

This example demonstrates how to model zero using algebra tiles. The image shows a yellow tile (representing +1) and a red tile (representing -1) placed side by side. This visual representation helps students understand the concept of zero as the balance between positive and negative values. The use of algebra tiles provides a tangible way for students to grasp numerical expressions, particularly for visual learners.

Algebra Tiles--Expressions and Equations
Math Example: Modeling Integers Using Algebra Tiles: Example 3 Math Example: Modeling Integers Using Algebra Tiles: Example 3 Math Example: Modeling Integers Using Algebra Tiles: Example 3

Topic

Numerical Expressions

Description

In this example, we see how to model the number +3 using algebra tiles. The visualization of this integer allows students to understand the concept better. The use of algebra tiles provides an excellent representation of positive numbers, showcasing how they build up sequentially. This is essential in helping students grasp the concept of numerical expressions, particularly with visual aids. Example 3. Model the integer +3. Use Algebra Tiles to model. This collection enhances learning as students can see multiple examples of how each integer is represented, facilitating a solid understanding of the concept.

Algebra Tiles--Expressions and Equations
Math Example: Modeling Integers Using Algebra Tiles: Example 4 Math Example: Modeling Integers Using Algebra Tiles: Example 4 Math Example: Modeling Integers Using Algebra Tiles: Example 4

Topic

Numerical Expressions

Description

In this example, we see how to model the number +4 using algebra tiles. The visualization of this integer allows students to understand the concept better. The use of algebra tiles provides an excellent representation of positive numbers, showcasing how they build up sequentially. This is essential in helping students grasp the concept of numerical expressions, particularly with visual aids. Example 4. Model the integer +4. Use Algebra Tiles to model. This collection enhances learning as students can see multiple examples of how each integer is represented, facilitating a solid understanding of the concept.

Algebra Tiles--Expressions and Equations
Math Example: Modeling Integers Using Algebra Tiles: Example 5 Math Example: Modeling Integers Using Algebra Tiles: Example 5 Math Example: Modeling Integers Using Algebra Tiles: Example 5

Topic

Numerical Expressions

Description

In this example, we see how to model the number +5 using algebra tiles. The visualization of this integer allows students to understand the concept better. The use of algebra tiles provides an excellent representation of positive numbers, showcasing how they build up sequentially. This is essential in helping students grasp the concept of numerical expressions, particularly with visual aids. Example 5: Model the integer +5. Solution: Use Algebra Tiles to model. This collection enhances learning as students can see multiple examples of how each integer is represented, facilitating a solid understanding of the concept.

Algebra Tiles--Expressions and Equations
Math Example: Modeling Integers Using Algebra Tiles: Example 6 Math Example: Modeling Integers Using Algebra Tiles: Example 6 Math Example: Modeling Integers Using Algebra Tiles: Example 6

Topic

Numerical Expressions

Description

In this example, we see how to model the number +6 using algebra tiles. The visualization of this integer allows students to understand the concept better. The use of algebra tiles provides an excellent representation of positive numbers, showcasing how they build up sequentially. This is essential in helping students grasp the concept of numerical expressions, particularly with visual aids. Example 6: Model the integer +6. Solution: Use Algebra Tiles to model. This collection enhances learning as students can see multiple examples of how each integer is represented, facilitating a solid understanding of the concept.

Algebra Tiles--Expressions and Equations
Math Example: Modeling Integers Using Algebra Tiles: Example 7 Math Example: Modeling Integers Using Algebra Tiles: Example 7 Math Example: Modeling Integers Using Algebra Tiles: Example 7

Topic

Numerical Expressions

Description

In this example, we see how to model the number +7 using algebra tiles. The visualization of this integer allows students to understand the concept better. The use of algebra tiles provides an excellent representation of positive numbers, showcasing how they build up sequentially. This is essential in helping students grasp the concept of numerical expressions, particularly with visual aids. Example 7: Model the integer +7. Solution: Use Algebra Tiles to model. This collection enhances learning as students can see multiple examples of how each integer is represented, facilitating a solid understanding of the concept.

Algebra Tiles--Expressions and Equations
Math Example: Modeling Integers Using Algebra Tiles: Example 8 Math Example: Modeling Integers Using Algebra Tiles: Example 8 Math Example: Modeling Integers Using Algebra Tiles: Example 8

Topic

Numerical Expressions

Description

In this example, we see how to model the integer +8 using algebra tiles. Eight yellow tiles are arranged in a row, each representing a positive unit. This visual representation helps students understand the concept of positive integers and how they can be represented using concrete objects. The use of algebra tiles provides a tangible way for students to grasp numerical expressions, particularly for visual learners.

Algebra Tiles--Expressions and Equations
Math Example: Modeling Integers Using Algebra Tiles: Example 9 Math Example: Modeling Integers Using Algebra Tiles: Example 9 Math Example: Modeling Integers Using Algebra Tiles: Example 9

Topic

Numerical Expressions

Description

This example demonstrates how to model the integer +9 using algebra tiles. Nine yellow tiles are arranged in a row, each representing a positive unit. This visual representation helps students understand the concept of positive integers and how they can be represented using concrete objects. The use of algebra tiles provides a tangible way for students to grasp numerical expressions, particularly for visual learners.

Algebra Tiles--Expressions and Equations
MATH EXAMPLES--Teacher's Guide: Absolute Value Functions MATH EXAMPLES--Teacher's Guide: Absolute Value Functions MATH EXAMPLES--Teacher's Guide: Absolute Value Functions

This Teacher's Guide provides an overview of the 21 worked-out examples of graphs of absolute value functions.

This is part of a collection of teacher's guides. To see the complete collection of teacher's guides, click on this link. Note: The download is a PDF file.

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Special Functions
Paper-and-Pencil Quiz: Absolute Value Functions (Easy) Paper-and-Pencil Quiz: Absolute Value Functions (Easy) Paper-and-Pencil Quiz: Absolute Value Functions (Easy)

This is part of a collection of math quizzes on the topic of absolute value functions.

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Quiz Library

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ary">click on this link.

Special Functions
Paper-and-Pencil Quiz: Absolute Value Functions (Hard) Paper-and-Pencil Quiz: Absolute Value Functions (Hard) Paper-and-Pencil Quiz: Absolute Value Functions (Hard)

This is part of a collection of math quizzes on the topic of absolute value functions.

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ary">click on this link.

Special Functions
Paper-and-Pencil Quiz: Absolute Value Functions (Medium) Paper-and-Pencil Quiz: Absolute Value Functions (Medium) Paper-and-Pencil Quiz: Absolute Value Functions (Medium)

This is part of a collection of math quizzes on the topic of absolute value functions.

To see the complete quiz collection on this topic, click on this link. Note: The download is the PDF version of the quiz (with answer key).

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Quiz Library

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ary">click on this link.

Special Functions
Video Transcript: Integers: Integers and Absolute Value Video Transcript: Integers: Integers and Absolute Value Video Transcript: Integers: Integers and Absolute Value

This is the transcript that goes with the video segment entitled Video: Integers: Integers and Absolute Value.

This is part of a collection of video transcripts for the video tutorial series on Integers. To see the complete collection of transcripts, click on this link. Note: The download is a PDF file. Video Transcript Library

To see the complete collection of video transcriptsy, click on this link.

Numerical Expressions
Video Transcript: Rational Numbers: Rational Numbers and Absolute Value Video Transcript: Rational Numbers: Rational Numbers and Absolute Value Video Transcript: Rational Numbers: Rational Numbers and Absolute Value

This is the transcript that goes with the video segment entitled Video Tutorial: Rational Numbers: Rational Numbers and Absolute Value.

This is part of a collection of video transcripts for the video tutorial series on Rational Numbers. To see the complete collection of transcripts, click on this link. Note: The download is a PDF file. Video Transcript Library

To see the complete collection of video transcriptsy, click on this link.

Rational Expressions
Video Transcript: TI-Nspire Mini-Tutorial: Graphs of Absolute Value Functions Video Transcript: TI-Nspire Mini-Tutorial: Graphs of Absolute Value Functions Video Transcript: TI-Nspire Mini-Tutorial: Graphs of Absolute Value Functions

This is the transcript for the TI-Nspire Mini-Tutorial entitled, Graphs of Absolute Value Functions.

This is part of a collection of video transcripts for the video tutorial series on using the TI-Nspire Graphing Calculator. To see the complete collection of transcripts, click on this link. Note: The download is a PDF file. Video Transcript Library

To see the complete collection of video transcriptsy, click on this link.

Special Functions
VIDEO: TI-Nspire CX Mini-Tutorial: Graphs of Absolute Value Functions VIDEO: Ti-Nspire Mini-Tutorial, Video 7 VIDEO: TI-Nspire CX Mini-Tutorial: Graphs of Absolute Value Functions

In this Nspire CX tutorial absolute functions are graphed, including graphs centered at the origin, graphs displaced along the x-axis, and graphs displaced along the y-axis. Note: This video does not include audio.

Special Functions
VIDEO: TI-Nspire Mini-Tutorial: Graphs of Absolute Value Functions VIDEO: Ti-Nspire Mini-Tutorial, Video 85 VIDEO: TI-Nspire Mini-Tutorial: Graphs of Absolute Value Functions

In this TI Nspire tutorial for the TI-Nspire, the Graph Window is used to graph absolute value functions. This video supports the TI-Nspire Clickpad and Touchpad.

Special Functions
WorksheetThumbnail.jpg Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 01 Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 01

This is part of a collection of math worksheets on the topic of analyzing absolute value functions.

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Special Functions
WorksheetThumbnail.jpg Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 02 Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 02

This is part of a collection of math worksheets on the topic of analyzing absolute value functions.

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Special Functions
WorksheetThumbnail.jpg Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 03 Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 03

This is part of a collection of math worksheets on the topic of analyzing absolute value functions.

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Special Functions
WorksheetThumbnail.jpg Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 04 Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 04

This is part of a collection of math worksheets on the topic of analyzing absolute value functions.

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Special Functions
WorksheetThumbnail.jpg Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 05 Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 05

This is part of a collection of math worksheets on the topic of analyzing absolute value functions.

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Special Functions
WorksheetThumbnail.jpg Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 06 Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 06

This is part of a collection of math worksheets on the topic of analyzing absolute value functions.

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Special Functions
WorksheetThumbnail.jpg Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 07 Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 07

This is part of a collection of math worksheets on the topic of analyzing absolute value functions.

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Special Functions
WorksheetThumbnail.jpg Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 08 Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 08

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Special Functions
WorksheetThumbnail.jpg Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 09 Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 09

This is part of a collection of math worksheets on the topic of analyzing absolute value functions.

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Special Functions
WorksheetThumbnail.jpg Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 10 Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 10

This is part of a collection of math worksheets on the topic of analyzing absolute value functions.

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Special Functions
WorksheetThumbnail.jpg Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 11 Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 11

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Special Functions
WorksheetThumbnail.jpg Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 12 Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 12

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Special Functions
WorksheetThumbnail.jpg Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 13 Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 13

This is part of a collection of math worksheets on the topic of analyzing absolute value functions.

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Special Functions
WorksheetThumbnail.jpg Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 14 Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 14

This is part of a collection of math worksheets on the topic of analyzing absolute value functions.

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Special Functions
WorksheetThumbnail.jpg Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 15 Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 15

This is part of a collection of math worksheets on the topic of analyzing absolute value functions.

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Special Functions
WorksheetThumbnail.jpg Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 16 Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 16

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Special Functions
WorksheetThumbnail.jpg Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 17 Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 17

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Special Functions
WorksheetThumbnail.jpg Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 18 Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 18

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Special Functions
WorksheetThumbnail.jpg Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 19 Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 19

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Special Functions
WorksheetThumbnail.jpg Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 20 Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 20

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Special Functions
WorksheetThumbnail.jpg Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 21 Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 21

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Special Functions
WorksheetThumbnail.jpg Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 22 Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 22

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Special Functions
WorksheetThumbnail.jpg Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 23 Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 23

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Special Functions
WorksheetThumbnail.jpg Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 24 Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 24

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Special Functions
WorksheetThumbnail.jpg Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 25 Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 25

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Special Functions
WorksheetThumbnail.jpg Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 26 Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 26

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Special Functions
WorksheetThumbnail.jpg Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 27 Worksheet: Analyzing Multiple Representations of Absolute Value Functions: Example 27

This is part of a collection of math worksheets on the topic of analyzing absolute value functions.

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Special Functions