CCSS.MATH.CONTENT.6.NS.B.4

CCSS

These are the resources that support this Common Core Standard.

CCSS.MATH.CONTENT.6.NS.B.4: Find the greatest common factor of two whole numbers less than or equal to 100 and the least common multiple of two whole numbers less than or equal to 12. Use the distributive property to express a sum of two whole numbers 1-100 with a common factor as a multiple of a sum of two whole numbers with no common factor. For example, express 36 + 8 as 4 (9 + 2)..

There are 95 resources.

Title	Description	Thumbnail Image
Closed Captioned Video: The Distributive Property: a(-x + b), a negative, b negative	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.
Closed Captioned Video: The Distributive Property: a(-x + b), a negative, b positive	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.
Closed Captioned Video: The Distributive Property: a(-x + b), all constants positive	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.
Closed Captioned Video: The Distributive Property: a(-x - b), a negative, b negative	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.
Closed Captioned Video: The Distributive Property: a(-x - b), a negative, b positive	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.
Closed Captioned Video: The Distributive Property: a(-x - b), all constants positive	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.
Closed Captioned Video: The Distributive Property: a(bx + c), a negative, b and c positive	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.
Closed Captioned Video: The Distributive Property: a(bx + c), all constants negative	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.
Closed Captioned Video: The Distributive Property: a(bx + c), all constants positive	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.
Closed Captioned Video: The Distributive Property: a(bx - c), a negative, b and c positive	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.
Closed Captioned Video: The Distributive Property: a(bx - c), all constants negative	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.
Closed Captioned Video: The Distributive Property: a(bx - c), all constants positive	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.
Closed Captioned Video: The Distributive Property: a(x + b), a negative, b negative	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.
Closed Captioned Video: The Distributive Property: a(x + b), a negative, b positive	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.
Closed Captioned Video: The Distributive Property: a(x + b), all constants positive	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.
Closed Captioned Video: The Distributive Property: a(x - b), a negative, b negative	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.
Closed Captioned Video: The Distributive Property: a(x - b), a negative, b positive	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.
Closed Captioned Video: The Distributive Property: a(x - b), all constants positive	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.
Definition--Factors and Multiples--Area Models for Factors	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 applications of these concepts in other areas of math.
Definition--Factors and Multiples--Common Factors	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 applications of these concepts in other areas of math.
Definition--Factors and Multiples--Common Multiples	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 applications of these concepts in other areas of math.
Definition--Factors and Multiples--Divisor	This is a collection of definitions related to factors and multiples.
Definition--Factors and Multiples--Factor Pairs	This is a collection of definitions related to factors and multiples.
Definition--Factors and Multiples--Factor Tree	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 applications of these concepts in other areas of math.
Definition--Factors and Multiples--Factoring Algebraic Expressions	Definition--Factors and Multiples--Factoring Algebraic Expressions 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 applications of these concepts in other areas of math.

These are the resources that support this Common Core Standard.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

This is a collection of definitions related to factors and multiples.

This is a collection of definitions related to factors and multiples.

© Media4Math. All rights reserved

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.