Consider the car driving around a circular track. Once started, the driver maintains a speed of 45 m/h. Compare the driver's velocity with his acceleration in this case. A) The car is accelerating because it is changing direction but the velocity is constant. B) The car is traveling at a constant rate of speed so it is not accelerating and the velocity does not change. C) Acceleration is the change in velocity so the car is experiencing a change in velocity and it is accelerating. D) The car is traveling at a constant rate of speed so it is not accelerating but the velocity changes because the direction the car travels is constantly changing. Eliminate
heres the pic
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acceleration is the change in velocity so the car is expirencing a change in velocity and is accelerating
experiencing*
Not quite Since it is mentioned that the driver maintains a speed at 45 mph, this means that the velocity is constant. A constant velocity means that the acceleration is 0 As @ZoeyLoveYou said, \(a=\frac{Δv}{Δt}\). here there is no change in velocity hence the car is not accelerating because the velocity is constant
@Gamesarefun
what lmao
next quesion
whats the anwser then?
its b
look at my next question
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