The velocity (v) - time (t) graph for a particle moving along x - axis is shown in the figure. The corresponding position (x) - time (t) is best represented by

The velocity-time graph for a particle moving along X-axis is shown in the figure. The corresponding displacement-time graph is correctly shown by

The velocity-time graph for a particle moving along X-axis is shown in the figure. The corresponding displacement-time graph is correctly shown by

The velocity time graph for a particle moving along x-axis is shown in the figure. The corresponding displacement time graph is correctly shown by

The velocity time graph for a particle moving along X-axis is shown in the figure. The corresponding displacement time graph is correctly shown by

The velocity (v) - time (t) graph for a particle moving along x -axis is shown in the figure.The average velocity in the time interval t=0 to t=8s is 1) 4.5m/s 2) 2.5m/s 3) 5m/s 4) 2m/s

The velocity (v) - time (t) graph for a particle moving along x -axis is shown in the figure.The average velocity in the time interval t=0 to t=8s is 1) 4.5m/s 2) 2.5m/s 3) 5m/s 4) 2m/s

The velocity -time (v - t) graph of a particle moving in a straight line is shown in figure. The acceleration of the particle at t = 9 is:

The position (X)-time (t) graph for a particle of mass 1 kg moving along x-axis is shown in figure. Find impulse on particle at t = 4 s.

The position (X)-time (t) graph for a particle of mass 1 kg moving along x-axis is shown in figure. Find impulse on particle at t = 4 s.

The velocity-time (v-t) graph for a particle in a straight line motion is given below The corresponding accelaration-time (a-t) graph will