A particle thrown up vertically reaches its highest point in time `t_(1)` and returns to the ground in a further time `t_(2)`. The air resistance exerts a constant force on the particle opposite to its direction of motion.

A particle thrown up vertically reaches its highest point in time t_(1) and returns to the ground in further time t_(2) . The air resistance exerts a constant force on the particle opposite to its direction of motion

A particle is thrown vertically upwards with a velocity v . It returns to the ground in time T. which of the following graphs correctly represents the motion ?

A particle is thrown vertically upwards with a velocity v . It returns to the ground in time T. which of the following graphs correctly represents the motion ?

From the top of a tower a stone is thrown up which reaches the ground in a time t_(1) . A second stone thrown down with same speed reaches the ground in a time t_(2) . A third stone released from rest from the same location reaches the gound in a time t_(3) . then

A particle is thrown up vertically with a velocity of 50 m/s. What time would it take to reach the highest point?

A particle is projected vertically upwards with a velocity v. It returns to the ground in time T. Which of the following graphs correctly represents the motion.

A particle is projected vertically upwards with a velocity v. It returns to the ground in time T. Which of the following graphs correctly represents the motion.

A particle thrown up vertically from the ground at reaches its highest point at t=t_0 =The displacement of the particle between t=( 7t_0)/(8) and t=t_0 is S. Then (u^(2))/(Sg) =