The variation in the speed of a car during its two hour journey is shown in the graph of the figure-1.106. The magnitude of the maximum acceleration of the car occupies an interval of:

The variation in the speed of a car during it's two hours journey is shown in the fig. The magnitude of maximum acceleration of the car occupies in the interval of

A car runs at constant speed around the horizontal race track shown in the figure. Over which portion of the track is the magnitude of the acceleration the greatest?

A car runs at constant speed around the horizontal race track shown in the figure. Over which portion of the track is the magnitude of the acceleration the greatest?

A car runs at constant speed around the horizontal race track shown in the figure. Over which portion of the track is the magnitude of the acceleration the greatest?

The velocity-time graph of a body is shown in figure. The ratio of magnitude of average acceleration during the intervals OA and AB is

A car is moving with speed 20 ms ^(-1) on a circular path of radius 100 m. Its speed is increasing at a rate of 3 ms^(-2) . The magnitude of the acceleration of the car at that moment is

A car is moving with speed 20 ms ^(-1) on a circular path of radius 100 m. Its speed is increasing at a rate of 3 ms^(-2) . The magnitude of the acceleration of the car at that moment is

A car is moving with speed 20 ms ^(-1) on a circular path of radius 100 m. Its speed is increasing at a rate of 3 ms^(-2) . The magnitude of the acceleration of the car at that moment is

A train moves from one station to another in two hours time. Its speed during the motion is shown in the graph Calculate (i) Maximum acceleration during the journey. (ii) Distance covered during the time interval from 0.75 hour to 1 hour