# Hotmath Practice Problems

Title:
Hotmath Algebra 1
Author:
Hotmath Team
Chapter:Exponents, Polynomials and FactoringSection:Rules of Exponents

Problem: 1

Complete the equation.

Problem: 3

Complete the equation.

611 · 69 = 6?

Problem: 5

Complete the equation.

Problem: 7

Evaluate:

Problem: 9

Evaluate:

Problem: 11

Evaluate:

Problem: 13

Simplify.

32 · 33

Problem: 15

Simplify.

y2 ·y5

Problem: 17

Express 321 · 35 as a single power of the base.

Problem: 19

Express (–4)4 · (–4)4 as a single power of the base.

Problem: 21

Simplify the expression 2b5 · 3b2.

Problem: 23

Complete using or .

Problem: 25

Complete the equation.

Problem: 27

Complete the equation.

[(–8)5]2 = (–8)?

Problem: 29

Complete the equation.

Problem: 31

Simplify.

[(3x + 5)4]2

Problem: 33

Simplify.

Problem: 35

Express [(–7)6]2 as a single power of the base.

Problem: 37

Simplify.

(2 · 8)2

Problem: 39

Simplify

Problem: 41

Simplify.

(–3d)4

Problem: 43

Simplify.

Problem: 45

Simplify.

Problem: 47

Simplify.

[(–4xy)2]2

Problem: 49

Simplify.

(2a)2 · (–3a)3

Problem: 51

Simplify.

(–xy) · (xy2)2

Problem: 53

Copy and complete the given table.

Problem: 55

Find the value of the expression 50.

Problem: 57

Find the value of the expression 2–3.

Problem: 59

Find the value of the expression (–3)–5.

Problem: 61

Find the value of

Problem: 63

Without using a calculator find the value of the given expression.

24 · 2–8

Problem: 65

Complete the given statement.

Problem: 67

Complete the given statement.

Problem: 69

Complete the given statement.

Problem: 71

Simplify.

Problem: 73

Simplify.

Problem: 75

Simplify.

Problem: 77

Simplify.

Problem: 79

Assuming the denominator is not equal to zero, evaluate:

Problem: 81

Simplify.

Problem: 83

Simplify.

Problem: 85

Evaluate the given expression.

Problem: 87

Simplify the given expression.

Problem: 89

Simplify the given expression.

Problem: 91

Assuming the denominator is not equal to zero, evaluate:

Problem: 93

Assuming the denominator is not equal to zero, evaluate:

Problem: 95

Assuming the denominator is not equal to zero, evaluate:

Problem: 97

Simplify.

Problem: 99

Simplify.

Problem: 101

Simplify.