Algebra Inequalities Test

Solve each inequality and graph its solution.

• A

• B

• C

• D

Solve each inequality and graph its solution.

• A

• B

• C

• D

Solve each inequality and graph its solution.

• A

• B

• C

• D

Solve each inequality and graph its solution.

• A

• B

• C

• D

A university will spend at most $4,500 to buy monitors and keyboards for a computer lab. Each monitor will cost $250 and each keyboard will cost $50. Write an inequality that represents all possible combinations of x, the number of monitors and y, the number of keyboards.

• 150

• 50

• 4,500

• 200

Tags

A.2(H)

A university will spend at most $4,500 to buy monitors and keyboards for a computer lab. Each monitor will cost $250, and each keyboard will cost $50.

Write the inequality in standard form that represents all possible combinations of x, the number of monitors, and y, the number of keyboards, the university can buy for the computer lab?

Mathematical Equivalence

ON

A university will spend at most $4,500 to buy monitors and keyboards for a computer lab. Each monitor will cost $250, and each keyboard will cost $50.

Which inequality represents all possible combinations of x, the number of monitors, and y, the number of keyboards, the university can buy for the computer lab?

Mathematical Equivalence

ON

Write the inequality of the graph given. (Slope intercept form)

Mathematical Equivalence

ON

A university will spend at most $3,500 to buy monitors and keyboards for a computer lab. Each monitor will cost $250, and each keyboard will cost $70.

 

Write an inequality that represents all possible combinations of x, the number of monitors, and y, the number of keyboards, the university can buy for the computer lab.

Mathematical Equivalence

ON

Tags

AI.9.2.H

A student is ordering a flower arrangement.  She can choose any combination of roses and carnations for her flower arrangement, and she does not want to spend more than $30.

If roses cost $3 each and carnations cost $2 each, which inequality represents all possible combinations of x roses and y carnations?

Mathematical Equivalence

ON