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The Formula Relates the Speed (In Mph) of a Car

Question 60

Multiple Choice

The formula The formula relates the speed (in mph) of a car and the distance of the skid when a driver hits the brakes. How far will a car skid if it is going 52 mph on dry pavement? On dry pavement, . A) about 73 ft B) about 90 ft C) about 113 ft D) about 95 ft E) about 106 ft relates the speed The formula relates the speed (in mph) of a car and the distance of the skid when a driver hits the brakes. How far will a car skid if it is going 52 mph on dry pavement? On dry pavement, . A) about 73 ft B) about 90 ft C) about 113 ft D) about 95 ft E) about 106 ft (in mph) of a car and the distance The formula relates the speed (in mph) of a car and the distance of the skid when a driver hits the brakes. How far will a car skid if it is going 52 mph on dry pavement? On dry pavement, . A) about 73 ft B) about 90 ft C) about 113 ft D) about 95 ft E) about 106 ft of the skid when a driver hits the brakes. How far will a car skid if it is going 52 mph on dry pavement? On dry pavement, The formula relates the speed (in mph) of a car and the distance of the skid when a driver hits the brakes. How far will a car skid if it is going 52 mph on dry pavement? On dry pavement, . A) about 73 ft B) about 90 ft C) about 113 ft D) about 95 ft E) about 106 ft .


A) about 73 ft
B) about 90 ft
C) about 113 ft
D) about 95 ft
E) about 106 ft

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