The cost of a car rental is $40 per day plus 18¢ per mile. You are on a daily budget of $67. Write and

solve an inequality to find the greatest distance you can drive each day while staying within your

budget. Use pencil and paper. Find 2 other two-step inequalities with the same solutions.

Question

Margaret Braun

Mathematics

2 February, 09:17

The cost of a car rental is $40 per day plus 18¢ per mile. You are on a daily budget of $67. Write and

solve an inequality to find the greatest distance you can drive each day while staying within your

budget. Use pencil and paper. Find 2 other two-step inequalities with the same solutions.

+1

Answers (1)

Know the Answer?

Santos Reynolds · Answer 1

Answer: You can pay a maximum of $84.

formula is:

84 = 40 +.22*m

subtract 40 from both sides of this equation to get:

44 =.22*m

divide both sides of this equation by. 22 to get:

44/.22 = m

simplify to get:

m = 200

you can go at most 2

The cost of a car rental is $40 per day plus 18¢ per mile. You are on a daily budget of $67. Write andsolve an inequality to find the greatest distance you can drive each day while staying within yourbudget. Use pencil and paper. Find 2 other two-step inequalities with the same solutions.

The cost of a car rental is $40 per day plus 18¢ per mile. You are on a daily budget of $67. Write and

solve an inequality to find the greatest distance you can drive each day while staying within your

budget. Use pencil and paper. Find 2 other two-step inequalities with the same solutions.