equal acceleration. IF initially both were at rest, their separation will not change as time passes.

Find acceleration of block. Initially the block is at rest.

Find out acceleration of the block. Initially the block is at rest.

Find out acceleration of the block. Initially the block is at rest.

A point mass starts moving in straight line with constant acceleration a from rest at t=0 . At time t=2s , the acceleration changes the sign remaining the same in magnitude. The mass returns to the initial position at time t=t_(0) after start of motion. Here t_(0) is

A point mass starts moving in straight line with constant acceleration a from rest at t=0 . At time t=2s , the acceleration changes the sign remaining the same in magnitude. The mass returns to the initial position at time t=t_(0) after start of motion. Here t_(0) is

For a particle moving on a straight lint the variation of acceleration with time is given by the graph as shown. Initially the particle was at rest. Then the corresponding kinetic energy of the particle versus time graph will be .

Acceleration is the time rate of change of _____.

Acceleration versus time graph of a particle moving in a straight line is as shown in adjoining figure. If initially particle was at rest. Then corresponding kinetic energy versus time graph will be :