These are the resources that support this NYS Standard.
NY-6.NS.4
There are 95 resources.| Title | Description | Thumbnail Image | Curriculum Topics |
|---|---|---|---|
Closed Captioned Video: The Distributive Property: a(-x + b), a negative, b negative |
Video Tutorial: The Distributive Property: a(-x + b), a negative, b negative. In this video use the distributive property with an expression of the form a(-x + b), a negative, b negative. A Video Transcript is available for this tutorial at this Link Note: The download is Media4Math's guide to closed captioned videos. Other Closed Captioned VideosTo see the complete collection of Closed Captioned Videos, click on this Link |
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Numerical and Algebraic Expressions |
Closed Captioned Video: The Distributive Property: a(-x + b), a negative, b positive |
Video Tutorial: The Distributive Property: a(-x + b), a negative, b positive. In this video use the distributive property with an expression of the form a(-x + b), a negative, b positive. A Video Transcript is available for this tutorial at this Link Note: The download is Media4Math's guide to closed captioned videos. Other Closed Captioned VideosTo see the complete collection of Closed Captioned Videos, click on this Link |
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Numerical and Algebraic Expressions |
Closed Captioned Video: The Distributive Property: a(-x + b), all constants positive |
Video Tutorial: The Distributive Property: a(-x + b), all constants positive. In this video use the distributive property with an expression of the form a(-x + b), all constants positive. A Video Transcript is available for this tutorial at this Link Note: The download is Media4Math's guide to closed captioned videos. Other Closed Captioned VideosTo see the complete collection of Closed Captioned Videos, click on this Link |
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Numerical and Algebraic Expressions |
Closed Captioned Video: The Distributive Property: a(-x - b), a negative, b negative |
Video Tutorial: The Distributive Property: a(-x - b), a negative, b negative. In this video use the distributive property with an expression of the form a(-x - b), a negative, b negative. A Video Transcript is available for this tutorial at this link: Link Note: The download is an MP4 file. Related Resources To see the complete collection of Videos on this topic, click on this link: https://bit.ly/37j7UwQ A Video Transcript is available for this tutorial at this Link Note: The download is Media4Math's guide to closed captioned videos. Other Closed Captioned VideosTo see the complete collection of Closed Captioned Videos, click on this Link |
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Numerical and Algebraic Expressions |
Closed Captioned Video: The Distributive Property: a(-x - b), a negative, b positive |
Video Tutorial: The Distributive Property: a(-x - b), a negative, b positive. In this video, we will use the distributive property with an expression of the form a(-x - b), a negative, b positive. A Video Transcript is available for this tutorial at this Link Note: The download is Media4Math's guide to closed captioned videos. Other Closed Captioned VideosTo see the complete collection of Closed Captioned Videos, click on this Link |
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Numerical and Algebraic Expressions |
Closed Captioned Video: The Distributive Property: a(-x - b), all constants positive |
Video Tutorial: The Distributive Property: a(-x - b), all constants positive. In this video use the distributive property with an expression of the form a(-x - b), all constants positive. A Video Transcript is available for this tutorial at this Link Note: The download is Media4Math's guide to closed captioned videos. Other Closed Captioned VideosTo see the complete collection of Closed Captioned Videos, click on this Link |
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Numerical and Algebraic Expressions |
Closed Captioned Video: The Distributive Property: a(bx + c), a negative, b and c positive |
Video Tutorial: The Distributive Property: a(bx + c), a negative, b and c positive. In this video, we will use the distributive property with an expression of the form a(bx + c), a negative, b and c positive. A Video Transcript is available for this tutorial at this Link Note: The download is Media4Math's guide to closed captioned videos. Other Closed Captioned VideosTo see the complete collection of Closed Captioned Videos, click on this Link |
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Numerical and Algebraic Expressions |
Closed Captioned Video: The Distributive Property: a(bx + c), all constants negative |
Video Tutorial: The Distributive Property: a(bx + c), all constants negative. In this video use the distributive property with an expression of the form a(bx + c), all negative. A Video Transcript is available for this tutorial at this Link Note: The download is Media4Math's guide to closed captioned videos. Other Closed Captioned VideosTo see the complete collection of Closed Captioned Videos, click on this Link |
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Numerical and Algebraic Expressions |
Closed Captioned Video: The Distributive Property: a(bx + c), all constants positive |
Video Tutorial: The Distributive Property: a(bx + c), all constants positive. In this video use the distributive property with an expression of the form a(bx + c), all constants positive. A Video Transcript is available for this tutorial at this Link Note: The download is Media4Math's guide to closed captioned videos. Other Closed Captioned VideosTo see the complete collection of Closed Captioned Videos, click on this Link |
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Numerical and Algebraic Expressions |
Closed Captioned Video: The Distributive Property: a(bx - c), a negative, b and c positive |
Video Tutorial: The Distributive Property: a(bx - c), a negative, b and c positive. In this video use the distributive property with an expression of the form a(bx - c), a negative, b and c positive. A Video Transcript is available for this tutorial at this Link Note: The download is Media4Math's guide to closed captioned videos. Other Closed Captioned VideosTo see the complete collection of Closed Captioned Videos, click on this Link |
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Numerical and Algebraic Expressions |
Closed Captioned Video: The Distributive Property: a(bx - c), all constants negative |
Video Tutorial: The Distributive Property: a(bx - c), all constants negative. In this video, we will use the distributive property with an expression of the form a(bx - c), all negative. A Video Transcript is available for this tutorial at this Link Note: The download is Media4Math's guide to closed captioned videos. Other Closed Captioned VideosTo see the complete collection of Closed Captioned Videos, click on this Link |
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Numerical and Algebraic Expressions |
Closed Captioned Video: The Distributive Property: a(bx - c), all constants positive |
Video Tutorial: The Distributive Property: a(bx - c), all constants positive. In this video use the distributive property with an expression of the form a(bx - c), all constants positive. A Video Transcript is available for this tutorial at this Link Note: The download is Media4Math's guide to closed captioned videos. Other Closed Captioned VideosTo see the complete collection of Closed Captioned Videos, click on this Link |
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Numerical and Algebraic Expressions |
Closed Captioned Video: The Distributive Property: a(x + b), a negative, b negative |
Video Tutorial: The Distributive Property: a(x + b), a negative, b negative. In this video use the distributive property with an expression of the form a(x + b), a negative, b negative. A Video Transcript is available for this tutorial at this Link Note: The download is Media4Math's guide to closed captioned videos. Other Closed Captioned VideosTo see the complete collection of Closed Captioned Videos, click on this Link |
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Numerical and Algebraic Expressions |
Closed Captioned Video: The Distributive Property: a(x + b), a negative, b positive |
Video Tutorial: The Distributive Property: a(x + b), a negative, b positive. In this video, we will use the distributive property with an expression of the form a(x + b), a negative, b positive. A Video Transcript is available for this tutorial at this Link Note: The download is Media4Math's guide to closed captioned videos. Other Closed Captioned VideosTo see the complete collection of Closed Captioned Videos, click on this Link |
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Numerical and Algebraic Expressions |
Closed Captioned Video: The Distributive Property: a(x + b), all constants positive |
Video Tutorial: The Distributive Property: a(x + b), all constants positive. In this video, we will use the distributive property with an expression of the form a(x + b), all constants positive. A Video Transcript is available for this tutorial at this Link Note: The download is Media4Math's guide to closed captioned videos. Other Closed Captioned VideosTo see the complete collection of Closed Captioned Videos, click on this Link |
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Numerical and Algebraic Expressions |
Closed Captioned Video: The Distributive Property: a(x - b), a negative, b negative |
Video Tutorial: The Distributive Property: a(x - b), a negative, b negative. In this video, we will use the distributive property with an expression of the form a(x - b), a negative, b negative. A Video Transcript is available for this tutorial at this Link Note: The download is Media4Math's guide to closed captioned videos. Other Closed Captioned VideosTo see the complete collection of Closed Captioned Videos, click on this Link |
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Numerical and Algebraic Expressions |
Closed Captioned Video: The Distributive Property: a(x - b), a negative, b positive |
Video Tutorial: The Distributive Property: a(x - b), a negative, b positive. In this video use the distributive property with an expression of the form a(x - b), a negative, b positive. A Video Transcript is available for this tutorial at this Link Note: The download is Media4Math's guide to closed captioned videos. Other Closed Captioned VideosTo see the complete collection of Closed Captioned Videos, click on this Link |
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Numerical and Algebraic Expressions |
Closed Captioned Video: The Distributive Property: a(x - b), all constants positive |
Video Tutorial: The Distributive Property: a(x - b), all constants positive. In this video, we will use the distributive property with an expression of the form a(x - b), all constants positive. A Video Transcript is available for this tutorial at this Link Note: The download is Media4Math's guide to closed captioned videos. Other Closed Captioned VideosTo see the complete collection of Closed Captioned Videos, click on this Link |
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Numerical and Algebraic Expressions |
Definition--Distributive Property |
The definition of the term "Distributive Property." Note: The download is a JPG file. Related ResourcesTo see the complete collection of glossary terms in the Visual Glossary, click on this link: https://media4math.com/Visual-Glossary |
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Numerical Expressions, Variable Expressions |
Definition--Factors and Multiples--Area Models for Factors |
This is a collection of definitions related to factors and multiples. This includes general definitions for factors and multiples, as well as related terms around common factors and multiples, LCM, LCD, visual models, and applicaitons of these concepts in other areas of math. Note: The download is a PNG file. Related ResourcesTo see the complete collection of Math Definitions on this topic, click on this Link. |
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Prime and Composite Numbers, Numerical Expressions |
Definition--Factors and Multiples--Common Factors |
This is a collection of definitions related to factors and multiples. This includes general definitions for factors and multiples, as well as related terms around common factors and multiples, LCM, LCD, visual models, and applicaitons of these concepts in other areas of math. Note: The download is a PNG file. Related ResourcesTo see the complete collection of Math Definitions on this topic, click on this Link. |
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Prime and Composite Numbers, Numerical Expressions |
Definition--Factors and Multiples--Common Multiples |
This is a collection of definitions related to factors and multiples. This includes general definitions for factors and multiples, as well as related terms around common factors and multiples, LCM, LCD, visual models, and applicaitons of these concepts in other areas of math. Note: The download is a PNG file. Related ResourcesTo see the complete collection of Math Definitions on this topic, click on this Link. |
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Prime and Composite Numbers, Numerical Expressions |
Definition--Factors and Multiples--Divisor |
This is a collection of definitions related to factors and multiples. This includes general definitions for factors and multiples, as well as related terms around common factors and multiples, LCM, LCD, visual models, and applicaitons of these concepts in other areas of math. Note: The download is a PNG file. Related ResourcesTo see the complete collection of Math Definitions on this topic, click on this Link. |
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Prime and Composite Numbers, Numerical Expressions |
Definition--Factors and Multiples--Factor Pairs |
This is a collection of definitions related to factors and multiples. This includes general definitions for factors and multiples, as well as related terms around common factors and multiples, LCM, LCD, visual models, and applicaitons of these concepts in other areas of math. Note: The download is a PNG file. Related ResourcesTo see the complete collection of Math Definitions on this topic, click on this Link. |
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Prime and Composite Numbers, Numerical Expressions |
Definition--Factors and Multiples--Factor Tree |
This is a collection of definitions related to factors and multiples. This includes general definitions for factors and multiples, as well as related terms around common factors and multiples, LCM, LCD, visual models, and applicaitons of these concepts in other areas of math. Note: The download is a PNG file. Related ResourcesTo see the complete collection of Math Definitions on this topic, click on this Link. |
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Prime and Composite Numbers, Numerical Expressions |