Multiplying and Dividing
Powers of a Power
Multiplying and Dividing 2
Powers of Power 2
Misc.
100

Simplify using Laws of Exponents: 

c*c^5

c6

100

Simplify using Laws of Exponents: 

(3^2)^5

310

100

Simplify using Laws of Exponents:

(-2w^4)(5w)

-10w5

100

Simplify using Laws of Exponents: 

(5j^6)^4

625j24

100

What do we do to the exponents when we have the same bases being multiplied?

Add them

200

Simplify using Laws of Exponents: 

b^12/b^8

b4

200

Simplify using Laws of Exponents: 

(5^3)^5

515

200

Simplify using Laws of Exponents: 

(4x^9)/(2x^5)

2x4

200

Simplify using Laws of Exponents: 

(8x^9)^5

8^5x^45

200

What do we do to the exponents when we have the same bases being divided?

Subtract them

300

Simplify using Laws of Exponents: 

d^22*d^12

d34

300

Simplify using Laws of Exponents: 

(x^4)^3

x12

300

Simplify using Laws of Exponents: 

(6b^12)(3b^2)

18b14

300

Simplify using Laws of Exponents: 

(-3a^5b^12)^3

-27a^15b^36

300

What is the name of operation that is the inverse of squaring? (what eliminates a square?)

square root

400

Simplify using Laws of Exponents: 

x^-3*x^15

x12

400

Simplify using Laws of Exponents: 

(6^8)^4

632

400

Simplify using Laws of Exponents: 

(-8r^10)/(2r^5)

-4r5

400

Simplify using Laws of Exponents: 

(7a^5b^6)^4

7^4a^20b^24

400

Which number listed below is a perfect cube?

9, 12, 68, 120, 125

125

500

Simplify

a3 x b2 x c2 x a3 x c-1

a6 x b2 x c

500

Simplify using Laws of Exponents: 

(p^5)^10

p50

500

Simplify using Laws of Exponents: 

(-9s)(2s^3)

-18s4

500

Simplify using Laws of Exponents: 

(-5a^2b^7)^7

(-5)^7a^14b^49

500

Out of this list what numbers are perfect squares?

1, 2, 4, 6, 9, 12, 14, 16, 25

1, 4, 9, 16, 25

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