A lift starts going up from rest, it acceleration is shown in fig, plotted against time. Time when lift comes to instantaneous rest is ..

A lift starts from rest. Its acceleration is plotted against time. When it comes to rest its height above its starting point is

A lift starts from rest. Its acceleration is plotted against time. When it comes to rest its height above its starting point is

A particle starts from rest. Its acceleration is varying with time as shown in the figure. When the particle comes to rest, its distance from its starting point is

A particle starts from rest. Its acceleration is varying with time as shown in the figure. When the particle comes to rest, its distance from its starting point is

Blocks m_(1) and m_(2) starts from rest and move to right with accelerations as shown. If t is in second then the time when block m_(3) again come to rest from t =0 is (pulley and strings are ideal) : .

Blocks m_(1) and m_(2) starts from rest and move to right with accelerations as shown. If t is in second then the time when block m_(3) again come to rest from t =0 is (pulley and strings are ideal) : .

An automobile of mass m accelerates, starting from rest, while the engine supplies constant power P, its position and instantaneous velocity changes w.r.t. time assuming the automobile starts from rest.

A particle starts from rest and undergoes an acceleration as shown in figure. The velocity-time graph from figure will have a shape.

A particle starting from rest. Its acceleration (a) versus time (t) is as shown in the figure. The maximum speed of the particle will be.