# Question: When The Speed Of A Rear-drive Car Is Increasing On A Horizontal Road The?

## When the speed of a rear wheel drive car is increasing on a horizontal road the frictional force on the tires?

Correct option (A) backward on the front tires and forward on the rear tires. This is a tricky one. In order to move the car forward, the rear tires roll back against the ground, the force of friction pushing forward on the rear tires.

## When the speed of a rear wheel drive cars is increasing on a horizontal road the direction?

forward on the front tires and backward on the rear tires.

## When a wheel is rolling on a road What is the direction of the frictional force between the wheel and the road?

So, in the case of the wheel, the point P which is in contact with the ground tries to go backward due to rotation. Frictional force will oppose this motion. Hence it will move forward. Hence the direction of frictional force at the point P of the wheel is in forward direction.

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## When a wheel is rolling what is the direction of the friction?

When a wheel is rolling on a level, what is the direction of frictional force between the wheel and the road? The motion of the point of contact of weel with the level road is directed backwards tangentially Therefore frictional force must be in forward direction.

## What is the importance of friction between the wheels of the car and the surface of the road?

When a car slows down, the friction between the road and the tires helps to bring the car to a stop as the wheels slow down. It is the friction between the wheels and the brake pads that causes the wheels to slow down. Obviously, friction is a very important force when you are riding in a car!

## When the normal force is doubled the coefficient of friction is?

Because the nature of the two surfaces in contact has not changed, doubling the normal force doubles the amount of friction, but the coefficient of friction remains the same.

## What direction is friction in rolling without slipping?

Linear acceleration means linear velocity tends to increase. This, in turn, induces tendency of the rolling body to slide in the forward direction (i.e. in the direction of force/acceleration). Force of friction, therefore, appears in the backward direction of external force to check the sliding tendency.

## Can a wheel roll without friction?

So friction is necessary for a ball to start rolling but once the rolling condition has been met the ball experiences no friction. If the wheel is rolling at constant velocity without any other forces acting, then there is no tendency for slippage between the wheel and the surface, so there is no friction.

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## Does friction slow down a rolling object?

When you slide an object over a surface (say, a book over a table), it will typically slow down quickly, due to frictional forces. Due to friction, objects undergoing slipping motion typically quickly slow down to vr, at which point they roll without slipping.