Power Play
Zero and Below
Fix the Flop
Root Rally
100

(2x3 )(9x4 )

18x7

100

t0

1

100

x2*x3=x6

Power of a product rule: add the exponents (do not multiply)

100

Is the cube root of 27 rational?

Yes, it is a perfect cube

200

[[(x2)3]4]5

x120

200

t0 + (44/44) + C1

2C

200

x3/x=x4

Quotient Rule: Subtract top to bottom

200

Is the square root of 729 rational?

Yes, it is a perfect square.

300

(7x3z)4

2401x12z4

300

Rewrite using positive exponents: c-7t-4

1/(c7t4)

300

(7x2t)3 = 7x6t3

Power of a Power Rule: The three also applies to the 7. (7x3)

300

Which two perfect squares does 62 fall between?

49 and 64

400

(x2)3 * (4x)5

1024x11

400

Rewrite using negative exponents: 20/(z4x7)

20z-4x-7

400

x3/x3 = x1

Quotient Rule: Subtract top to bottom. (x0 = 1)

400

Which two whole numbers will the square root of 102 fall between?

10 and 11

500

(x2z) * (3xm3)7

2187x9m21z

500

Simplify: x20/x-4

x24

500

(4m2)2 = 8m4

Power of a Power Rule: The 4 should be to the power of 2, not multiplied by 2. (16m4)

500

Which two perfect cubes does 98 fall between?

64 and 125