Multiplication Properties of Exponents (Per 1)

(2x³y)⁶

• 2x¹⁸y⁶
• 64x¹⁸y⁶
• 64x³y⁶
• 2x³y⁶

Tags

CCSS.8.EE.A.1

1.) Simplify

(2a²b⁴z)(6a³b²z⁵)

• 12a⁵b⁵z⁴

• 12a⁶b⁸z⁵

• 12a⁵b⁶z⁶

• 8a⁶b⁸z⁵

2.) Simplify
(3x³y⁵)⁴

• 3x¹²y²⁰
• 81x¹²y²⁰
• 12x¹²y²⁰
• 81x⁷y⁹

Tags

CCSS.HSA.APR.A.1

Write the product using exponents.

• -5⁴
• (-5)⁴
• 4^-5
• 4^(-5)

Tags

CCSS.8.EE.A.1

(-2u²)(6u⁶)

• -12u⁸

• -12u¹²

• -4u⁸

• -4u¹²

(9w²x⁸)(w⁶x⁴)

• 9w⁸x¹²

• 9w¹²x³²

• 81w⁸x¹²

• 81w¹²x³²

Tags

CCSS.HSA.APR.A.1

(-4x⁴y²z³)(7x²y)

• -28x⁸y⁴z³

• -11x⁶y³z³

• -28x⁶y³z³

• -21x⁶y³z³

According to exponent rules, when we raise a power to another power we _______ the exponents.

• add

• subtract

• multiply

• divide

Who correctly simplified  $\left(6^2\right)^5$  ?

• Danny:  $6^2\cdot6^2\cdot6^2\cdot6^2\cdot6^2=6^{10}$  

• Jeniffer:  $6^{2\cdot2\cdot2\cdot2\cdot2}=6^{32}$  

• Mary:  $6^{\left(2+5\right)}=6^7$  

According to exponent rules, when we multiply exponential expressions that have the same bases we _______ the exponents.

• add

• subtract

• multiply

• divide