Stopping Distance When the driver of a vehicle observesan impediment, the total stopping distance involves boththe reaction distance (the distance the vehicle travels whilethe driver moves his or her foot to the brake pedal) and thebraking distance (the distance the vehicle travels once thebrakes are applied). For a car traveling at a speed of v milesper hour, the reaction distance R, in feet, can be estimatedby R1v2 = 2.2v. Suppose that the braking distance B, infeet, for a car is given by B1v2 = 0.05v2 + 0.4v - 15.(a) Find the stopping distance functionD1v2 = R1v2 + B1v2. (b) Find the stopping distance if the car is traveling at aspeed of 60 mph.(c) Interpret D1602.

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Stopping Distance When the driver of a vehicle observes
an impediment, the total stopping distance involves both
the reaction distance (the distance the vehicle travels while
the driver moves his or her foot to the brake pedal) and the
braking distance (the distance the vehicle travels once the
brakes are applied). For a car traveling at a speed of v miles
per hour, the reaction distance R, in feet, can be estimated
by R1v2 = 2.2v. Suppose that the braking distance B, in
feet, for a car is given by B1v2 = 0.05v2 + 0.4v - 15.
(a) Find the stopping distance function
D1v2 = R1v2 + B1v2.

(b) Find the stopping distance if the car is traveling at a
speed of 60 mph.
(c) Interpret D1602.

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