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Unit 4 Review

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Last updated almost 3 years ago
25 questions
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Question 1
1.

Solve the equation. Keep your answer as a fraction.

Question 2
2.

Solve the equation.

Question 3
3.

Solve the equation.

Question 4
4.

Solve the equation.

Question 5
5.

Solve the equation.

Question 6
6.

Solve the equation.

Question 7
7.

Write the word sentence as an inequality.

A number k plus 19.5 is less than or equal to 40.

Question 8
8.

Write the word sentence as an inequality.

A number q multiplied by 1/4 is greater than -16.

Question 9
9.

Tell whether the given value is a solution of the inequality.

Question 10
10.

Tell whether the given value is a solution of the inequality.

Question 11
11.

Solve the inequality & graph the solution.

Question 12
12.

Solve the inequality & graph the solution.

Question 13
13.

Solve the inequality & graph the solution.

Question 14
14.

Solve the inequality & graph the solution.

Question 15
15.

Solve the inequality & graph the solution.

Question 16
16.

Solve the inequality & graph the solution.

Question 17
17.

You lost 0.3 points for stepping out of bounds during a gymnastics floor routine. Your final score is 9.124. Write an equation to find your score without the penalty. Use x as your variable.

Question 18
18.

Solve the equation from the previous problem.

Question 19
19.

Half the area of the rectangle shown is 24 square inches. Write an equation to find the value of x.

Question 20
20.

Solve the equation from the previous problem.

Question 21
21.

You can spend no more than $100 on a party you are hosting. The cost per guest is $8. Write an inequality that represents the numbers of guests you can invite to the party. Use x as your variable.

Question 22
22.

Solve the inequality from the previous problem.

Question 23
23.

What is the greatest number of guests you can invite to the party?

Question 24
24.

You have $30 to buy baseball cards. Each pack of cards costs $5. Write an inequality that represents the numbers of packs of baseball cards you can buy and still have at least $10 left. Use x as your variable.

Question 25
25.

Solve the inequality from the previous problem.