Velocity (v) versus position (x) graph of a particle is shown.The acceleration of the particle at x=1m is ?

The velocity displacement graph of a particle is shown in figure. The acceleration of the particle when x = 0 is.

Position (x) versus time (t) graph of a particle is as shown. The velocity is zero at?

Displacement x versus t^(2) graph is shown for a particle. The acceleration of particle is

The velocity –position graph of a particle moving along a straight line is shown. Then acceleration of the particle at s = 15 m is :

A particle starts from rest at the origin and moves along the positive x direction. Its acceleration a versus position x graph is shown in the figure. The velocity of the particle at x = 6 m is?

Position (x) versus time (t) graph of a particle is as shown. The velocity is zero at (second)

(a) A particle is moving along the x axis and its velocity vs position graph is as shown. Is the acceleration of the particle increasing, decreasing or remains constant? (b) A particle is moving along x axis and its velocity (v) vs position (x) graph is a curve as shown in the figure. Line APB is normal to the curve at point P. Find the instantaneous acceleration of the particle at x = 3.0 m .

The 1//v versus positions graph of a particle is shown in the figure, where v is the velocity of the particle. The particle is moving in a straight line aloing positive x - axis.Find the time taken by the particle to reach from the point A to B in second.

The velocity - time graph is shown in the figure, for a particle. The acceleration of particle is

The acceleration versus time graph of a particle is shown in the figure. The respective v-t graph of the particle is . .