Suppose the weekend rental of a car is $144 plus $5 per 100 miles driven.
A) What is the total cost of rental for a weekend when 300 miles are driven?
B) Find the linear function c such that c(d) is the cost in dollars of a weekend rental in which d miles are driven.
C). If you have only $159 to spend on a weekend rental, what is the maximum number of miles you can afford to drive?

Question

Suppose the weekend rental of a car is $144 plus $5 per 100 miles driven. 
A) What is the total cost of rental for a weekend when 300 miles are driven?
B) Find the linear function c such that c(d) is the cost in dollars of a weekend rental in which d miles are driven.
C). If you have only $159 to spend on a weekend rental, what is the maximum number of miles you can afford to drive?

Quizplus · Accepted Answer

The Answer of Suppose the weekend rental of a car is $144 plus $5 per 100 miles driven. 
A) What is the total cost of rental for a weekend when 300 miles are driven?
B) Find the linear function c such that c(d) is the cost in dollars of a weekend rental in which d miles are driven.
C). If you have only $159 to spend on a weekend rental, what is the maximum number of miles you can afford to drive?

Suppose the Weekend Rental of a Car Is $144 Plus