When a car skids to a stop, the length L, in feet, of the skid marks is related to the speed S, in miles per hour, of the car by the equation . As speed increases, so does the length of the skid marks.What can you say about the rate of increase? A graph of L versus S can help you answer this question.

A) Skid mark length increases more rapidly as speed increases.
B) Skid mark length increases rapidly at first but slows as speed increases.
C) Skid mark length increases at a decreasing rate.
D) None of the above.

Question

When a car skids to a stop, the length L, in feet, of the skid marks is related to the speed S, in miles per hour, of the car by the equation  . As speed increases, so does the length of the skid marks.What can you say about the rate of increase? A graph of L versus S can help you answer this question.
​
A) Skid mark length increases more rapidly as speed increases. 
B) Skid mark length increases rapidly at first but slows as speed increases. 
C) Skid mark length increases at a decreasing rate. 
D) None of the above.

Quizplus · Accepted Answer

The Answer of When a car skids to a stop, the length L, in feet, of the skid marks is related to the speed S, in miles per hour, of the car by the equation  . As speed increases, so does the length of the skid marks.What can you say about the rate of increase? A graph of L versus S can help you answer this question.
​
A) Skid mark length increases more rapidly as speed increases. 
B) Skid mark length increases rapidly at first but slows as speed increases. 
C) Skid mark length increases at a decreasing rate. 
D) None of the above.

When a Car Skids to a Stop, the Length L