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Algebra I Unit 2 Test

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Last updated about 3 hours ago
20 questions
5
A503
5
AF702
5
A503
5
A405
5
A503
5
A405
5
AF502
5
AF502
5
A504
5
A405
5
A503
5
A701
5
A503
5
AF502
5
A701
5
A701
5
A503
5
A701
5
A701
5
A602
Question 1
1.

Solve the inequality.

Question 2
2.

A number is tripled, and then cut in half. The result does not exceed 12. What inequality describes the range of the original number? Set up and write the inequality. Do not solve it.

Question 3
3.

Question 4
4.

What inequality is graphed below?

Question 5
5.

Solve the inequality and input your answer.


Draw the solution on the number line provided in the "show your work" section.

Question 6
6.

What is the solution to the inequality below using set notation?

Question 7
7.

Theresa has 40 baseball cards saved up. She collects 3 new cards a week. Once Theresa has over 72 cards, she will attend a convention to see how much they are worth.

Create an inequality to determine how many weeks she will need to collect cards in order to attend the convention and input the number of weeks needed as your answer.

Question 8
8.

In order to ride a roller coaster, you must be taller than 36 inches, but the maximum height is 68 inches. Write the inequality of the heights (with the variable h) which are accepted on the ride.

Question 9
9.

What inequality is graphed below?

Question 10
10.

Write the same inequality's solution in set notation.


Question 11
11.

Solve the inequality and express your answer in set notation.

Question 12
12.

Solve the inequality

Question 13
13.

Now that you have solved the inequality in #12, input only the drawing of the solution on the number line.

Question 14
14.

The difference between 12 and a number is between 8 and 40. Write the setup of the inequality that would represent this situation. DO NOT SOLVE IT.

Question 15
15.

Solve the inequality and write the answer in set notation.

Question 16
16.

Write the solution for the following inequality in set notation:

Question 17
17.

Solve the following inequality:

Question 18
18.

Solve the inequality and write your answer in set notation.

Question 19
19.

Solve the inequality.

Question 20
20.

Solve the inequality.

Is the following inequality, and if so, which special case?
No
Yes, no solutions
Yes, infinite solutions