Inequalities Algebra

Which of the following is a solution to the inequality shown?

• 6

• 0

• -5

• - 6

Which is a solution to the inequality shown?

• -2

• -1

• 0

• 2

Which set of numbers contains only solutions to the inequality shown.

• {-6, -5, -4, 0}

• {-4, 0, 4, 5}

• {0, -4, -8, -10}

• {-5, 5}

Which of the following is a solution to the inequality shown?

• 10

• 8

• 0

• -8

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

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 grill at a barbecue restaurant will be used to cook sausage links that are 2 lb each and briskets that are 6 lb each. No more than 120 lb of sausage links and briskets will be cooked on the grill.

Which inequality represents all possible combinations of x, the number of sausage links that will be cooked on the grill, and y, the number of briskets that will also be cooked?​

(a)  

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 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

Which is a solution to the the inequality shown?

• 10

• 6

• 5

• 3