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In Rear-wheel Drive Cars, the Engine Rotates the Rear Wheels and the Front Wheels Rotate Only Because the Car Moves. If Such a Car Accelerates on a Horizontal Road the Friction - Physics

Short Note

In rear-wheel drive cars, the engine rotates the rear wheels and the front wheels rotate only because the car moves. If such a car accelerates on a horizontal road the friction

(a) on the rear wheels is in the forward direction

(b) on the front wheels is in the backward direction

(c) on the rear wheels has larger magnitude than the friction on the front wheels

(d) on the car is in the backward direction.

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Solution

(a) on the rear wheels is in the forward direction

(b) on the front wheels is in the backward direction

(c) on the rear wheels has larger magnitude than the friction on the front wheels

 

Explanation:-

(a) On the rear wheels, friction force is in the forward direction because it favours the motion and accelerates the car in forward direction.

(b) Because of the movement of the car in forward direction, front wheels push the road in forward direction and in reaction, the road applies friction force in the backward direction.

(c) As the car is moving in forward direction, the rear wheels have larger magnitude of friction force (in forward direction) than on the front wheels.

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APPEARS IN

HC Verma Class 11, 12 Concepts of Physics 1
Chapter 10 Rotational Mechanics
MCQ | Q 12 | Page 195
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