As a car goes up a hill, there is a force of friction between the road and the tires rolling on the road. The maximum force of friction is equal to: A) the weight of the car times the coefficient of kinetic friction. B) the weight of the car. C) zero D) the normal force of the road times the coefficient of static friction. E) the normal force of the road times the coefficient of kinetic friction.
As a car goes up a hill, there is a force of friction between the road and the tires rolling on the road. The maximum force of friction is equal to: A) the weight of the car times the coefficient of kinetic friction. B) the weight of the car. C) zero D) the normal force of the road times the coefficient of static friction. E) the normal force of the road times the coefficient of kinetic friction.
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As a car goes up a hill, there is a
A) the weight of the car times the coefficient of kinetic friction.
B) the weight of the car.
C) zero
D) the normal force of the road times the coefficient of static friction.
E) the normal force of the road times the coefficient of kinetic friction.
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