A body is thrown vertically up with some velocity at `t =0` and crosses a fixed point `P` in its path at `t = 4s` and again at `t = 6s`.The velocity of projection of the body will be

A body is projected vertically upwards with some velocity u . It at the same point at t = 6 s as was at t = 4 s . Find the value of u .

A boy projected up with some velocity crosses a point ' P ' in its path in 4^th second and 5^ th second. Height of point from ground s

A body is projected vertically upwards with velocity of 10m/s. At a point P in its path, its P.E. and K.E. are equal. What is the height of the point?

A ball is thrown vertically with some velocity . A constant air resistance acts. If the time of ascent is t_(1) and that of descent is t_(2) , then

At time t=0 a body is thrown vertically upwards with a velocity "50m/sec" .At time t=2 sec another body is thrown vertically upwards with the same velocity "50m/sec" .the two bodies will meet at time__ sec (a=10m/sec^(2))

A body is thrown vertically upwards which graph represents variation of velocity w.r.t time

A body is projected vertically up with a velocity v and after some time it returns to the point from which it was projected. The average velocity and average speed of the body for the total time of flight are

A body is projected vertically up with a velocity v and after some time it returns to the point from which it was projected. The average velocity and average speed of the body for the total time of flight are

A body thrown vertically up with a velocity u reaches the maximum height h after T second. Correct statement among the following is

A body is thrown vertically with an initial velocity of a m/sec. What altitude will it reach in t seconds ? Find the velocity of the body. In how many seconds and at what distance from the ground will the body reach the highest point ?