A car in motion is brought to rest by applying brakes.
What is the direction of the above identified force with respect to the motion of the car?

A car in motion is brought to rest by applying brakes. Name the contact force responsible in bringing the car to rest.

STATEMENT-1: A bus and a car having the same kinetic energy are brought to rest by the applications of brakes. Assume that on application of brakes, rotational motion of wheels ceases and both may stop in dead heat. because STATEMENT-2: Retardation for both bus and truck must be same.

A car travelling at a speed of 30 km per hour is brought to rest in 8 metres by applying brakes. If the same car is travelling at 60 km per hour, it can be brought tor est with the same braking force at a distance of

A car is travelling at a velocity "10 km h"^(-1) on a straight road. The driver of the car throws a parcel with a velocity 10sqrt2km h^(-1) with respect to the car, when the car is passing by a man standing on the side of the road. If the parcel is to reach the man, the direction of throw makes the following angle with the direction of motion of the car

(A) : A car can run on road because of force applied by road on the car. (R ) : Friction provides the necessary force for translatory motion for the car.

A lorry and a car moving with the same kinetic energy are brought to rest by the application of brakes which provides equal retarding forces. Which of them will come to rest in a shorter distance?

A truck and a car moving with the same kinetic energy are brought to rest by the application of brakes which provide equal retarding forces. Which of them will come to rest in a shorter distance?

A train moving with a velocity of 20 m s^(-1) ' is brought to rest by applying brakes in 5 s. Calculate the retardation.

A car is moving in east direction. It takes a right turn and moves along south direction without change in its speed. What is the direction of average acceleration of the car?

The diagram (Fig. 2.6) below shows the pattern of the oil on the road, dripping at a constant rate from a moving car. What informations do you get from it about the motion of the car ?