Home
Class 11
PHYSICS
A small ball of mass m is released from ...

A small ball of mass `m` is released from rest at a height `h_(1)` above ground at time `t = 0`. At time `t = t_(0)`, the ball again comes to rest at a height `h_(2)` above ground. Consider the ground to be perfectly rigid and neglect air friction. In the time interval from `t = 0` to `t = t_(0)`, pick up the correct statements.

Promotional Banner

Similar Questions

Explore conceptually related problems

A body when released from the top of a tower of height h reaches the ground in time T. At what time it is at a height h/2 above the ground?

A ball is thrown upwards with a speed u from a height h above the ground.The time taken by the ball to hit the ground is

A ball is thrown upwards with a speed u from a height h above the ground.The time taken by the ball to hit the ground is

A ball is dropped from a height h above ground. Neglect the air resistance, its velocity (v) varies with its height (y) above the ground as :-

A ball is dropped from a height h above ground. Neglect the air resistance, its velocity (v) varies with its height (y) above the ground as :-

A ball is dropped from a height h above ground. Neglect the air resistance, its velocity (v) varies with its height (y) above the ground as :-

A ball of mass = 100 gm is released fom a height h_(1)=2.5m above the ground level and then rebounds to a height h_(2)=0.625 m . The time of contact of the ball with the ground is Delta t = 0.01 sec. Find the impulsive (impact) force offered by the ball on the ground.

A ball is released from the top a tower of height h meter. It takes T second to reach the ground. What is the position of the ball in T/3 seconds.