Two-Step Inequalities
Distributing
Two Variables
Word Problems
Teacher
100

Solve the inequality. 

2x + 7 > 17

x > 5

100

Solve the inequality.

2(x+1)>10

x>4

100

Solve the inequality. 

3x + 16 > 2x + 24

x>8

100

She spent over $250 on Amazon. Write an inequality where x is the amount spend on Amazon. 

x > 250

100

Ms. Labunetz's favorite singer. 

Taylor Swift

200

Solve the inequality.

14 + 4x < 26

x < 3

200

Solve the inequality.

-3(x+5)>12

x<-9

200

Solve the inequality. 

3x + 5> -6x+23

x>2

200

He needs to sell at least 400 tickets to the game. Write an inequality where x is the amount of tickets sold. 

x>=400

200

Ms. Labunetz's favorite drink place.

Dutch Bros.

300

Which of the following are solutions to the inequality? Choose all that apply.

2x - 5 < 17

A. 9

B. 10

C. 11

D. 12

A and B

300

Solve the inequality. 

4(2x -1) < 24

x<7/2

x<3.5

300

Solve the inequality. 

4x-13<=9x +22

x>=-7

-7<=x

300

Kyle wants to have a salary that is more than $60,000. A starting salary for his job is $45,000, with an annual increases of $3,000 every year. Write an inequality where x is the amount of years he works. 

45000+3000x>60000

300

Ms. Labunetz's favorite football team.

Minnesota Vikings

400

Which of the following are solutions to the inequality? Choose all that apply.

-12x + 24 < 39

A. -2

B. -1.25

C. -1

D. 0

C and D

400

Solve the inequality. 

-4(3x+5)<=28

x>=-4

400

Which of the following are solutions to the inequality? Choose all that apply.

5x-9<=2x+6

A. -6

B. -1

C. 5

D. 8

A, B, and C

400

A football team needs at least $1200 to buy new dance outfits. They have raised $500 already. They are selling raffle tickets for $10 each. How many tickets, x, could they sell? Choose all that apply. 

A. 70

B. 80

C. 90

D. 100

A, B, C, and D

400

The city Ms. Labunetz lived in before Tucson. 

Flagstaff

500

Which of the following are solutions to the inequality? Choose all that apply.

25>=-6x-11

A. -5

B. -6

C. -7

D. -8

A and B

500

Solve the inequality. 

-2(-2x-7)<24

x<2.5

x<10/4

x<5/2

500

Which of the following are solutions to the inequality? Choose all that apply.

3x-18<5x+9

A. -14

B. -13.5

C. -13

D. -12

C and D

500

Your credit card has a limit of $500. You spent $350 on a new computer and want to buy additional components that cost $45 each. How many computer components, x, could you buy? Choose all that apply.

A. 1

B. 2

C. 3

D. 4

A, B, and C

500

The state where Ms. Labunetz was born.

South Dakota

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