The brakes of a car traveling $60 \mathrm { mph }$ decelerate the car at the rate of 20 ft/s².(a) Determine the differential equation that the position function $y ( t )$ satisfies.(b) What are the initial conditions?
(c) If the car is $175 \text { feet }$ from a barrier when the brakes are applied, will it hit the barrier?

Question

The brakes of a car traveling

60 \mathrm { mph }

decelerate the car at the rate of 20 ft/s².(a) Determine the differential equation that the position function

y ( t )

satisfies.(b) What are the initial conditions?
(c) If the car is

175 \text { feet }

from a barrier when the brakes are applied, will it hit the barrier?

Quizplus · Accepted Answer

The Answer of The brakes of a car traveling $60 \mathrm { mph }$ decelerate the car at the rate of 20 ft/s².(a) Determine the differential equation that the position function $y ( t )$ satisfies.(b) What are the initial conditions? (c) If the car is $175 \text { feet }$ from a barrier when the brakes are applied, will it hit the barrier?

The Brakes of a Car Traveling 60mph60 \mathrm { mph }60mph

The Brakes of a Car Traveling $60 \mathrm { mph }$