When a car is going round a circular track, the resultant of all the forces on the car in an inertial frame is

When a car is moving on a circular track the centripetal force is due to

A motor cyclist going round in a circular track at constant speed has

A motor cyclist going round in a circular track at constt. speed has :

Is a train moving on a circular track, an inertial frame of reference ?

If a car is taking turn along a circular track, then the necessary force reqyired to go round circular track will be

STATEMENT - 1 : Acceleration of a car moving on a circular track of radius r with speed v , for the person sitting in the car is zero. and STATEMENT - 2 : In the frame of reference of a person sitting in a car, the car always remains at rest irrespective of its motion with respect to ground.

STATEMENT - 1 : Acceleration of a car moving on a circular track of radius r with speed v , for the person sitting in the car is zero. and STATEMENT - 2 : In the frame of reference of a person sitting in a car, the car always remains at rest irrespective of its motion with respect to ground.

A car is moving round a circular track with a constant speed v "of" 20 m s^(-1) (As shown in figure).At different times,the car is at A,B and C,respectively . Find the velocity change (a) from A to C, and (b) from A to B. .

A car is moving round a circular track with a constant speed v "of" 20 m s^(-1) (As shown in figure).At different times,the car is at A,B and C,respectively . Find the velocity change (a) from A to C, and (b) from A to B. .

A racing car completes 5 rounds of a circular track in 2 minutes. Find the radius of the track if the car has uniform centripetal acceleration of pi^2ms^-2 .