TEKS.MATH.7.3B

Which property is represented?
25 ∗ 4n = 4n ∗ 25

• Commutative Property
• Associative Property
• Distributive Property

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TEKS.MATH.7.3B

| –3 |

• 3
• -3
• 0.30
• 30

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TEKS.MATH.7.3B

4⁵/4⁷

• 1/8
• 1/16
• 4²

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TEKS.MATH.7.3B

When we are adding numbers with different signs, we follow the rule of...

• different signs subtract
• different signs positive
• different signs add and keep
• different signs negative

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TEKS.MATH.7.3B

What property allows this statement to be true? 
(A + B) + C = A + ( B + C)

• Associative
• Commutative
• Distributive
• Identity

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TEKS.MATH.7.3B

TEKS.MATH.7.3A

Which property is this example?
5 x 6 = 6 x 5

• Commutative property of multiplication
• Associative Property of multiplication
• Distributive property of multiplication
• Identity property of multiplication

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TEKS.MATH.7.3B

How many outfits are possible with 5 pairs of jeans, 8 t-shirts, and 2 pairs of shoes?

• 15
• 40
• 80
• 10

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TEKS.MATH.7.3B

When dividing integers....

• follow the same rules as multiplying integers
• Follow the same rules as adding integers
• Follow the same rules as subtracting integers
• Always do the opposite

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TEKS.MATH.7.3B

Simplify the expression:
 $-\frac{8}{10}\ \div\ \left(-\frac{1}{2}\right)\ \div\ \left(-\frac{2}{3}\right)\$  

•  $-2\ \frac{2}{5}$  

•  $2\ \frac{2}{5}$  

•  $\frac{15}{16}$  

•  $-1\ \frac{1}{15}$  

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TEKS.MATH.7.3B

TEKS.MATH.7.3A

 $\frac{-53.36}{-0.8}$  

• -66.7

• 667

• -6.67

• 66.7

Tags

TEKS.MATH.7.3B

TEKS.MATH.7.3A