Two bodies 1 and 2 are projected simultaneously with velocities `v_1 = 2ms^(-1) and v_2 = 4ms^(-1)` respectively. The body 1 is projected vertically up from the top of a cliff of height h = 10 and the body 2 is projected vertically up from the bottom of the cliff. If the bodies meet, find the time (in s) of meeting of the bodies.

Two paarticles 1 and 2 are projected simultaneusly with velocities v_(1) and v_(2) , respectively. Particle 1 is projectected vertically up from the top of a cliff of heitht h and particle 2 is projected vertically up from the bottom of the cliff. If the bodies meet (a) above the top of the cliff, (b) between the top and bottom of the the cliff, and (c ) below the bottom of the cliff, find the time of meeting of the particles. .

Two paarticles 1 and 2 are projected simultaneusly with velocities v_(1) and v_(2) , respectively. Particle 1 is projectected vertically up from the top of a cliff of heitht h and particle 2 is projected vertically up from the bottom of the cliff. If the bodies meet (a) above the top of the cliff, (b) between the top and bottom of the the cliff, and (c ) below the bottom of the cliff, find the time of meeting of the particles. .

A ball is projected downward from the top of a cliff of height h with an initial speed v.Another ball is simultaneously projected vertically up from the bottommost of the cliff with the same speed.When do they meet?

A ball is projected downward from the top of a cliff of height h with an initial speed v.Another ball is simultaneously projected vertically up from the bottommost of the cliff with the same speed.When do they meet?

A ball is prouected vertical up from the top of a cliff of height h with a speed v_(1) Another ball is projected vertically up with a speed v_(2) from the bottom of the cliff, after a time t_(0) from the instantof projection of the first ball, When will the balls meet?.

A stone is released from the top of a cliff .Another particles is simultaneously projected v=10 m/sec from the bottom of the cliff if they meet after 2 second find the height of the cliff.

Two bodies are projected vertically upwards from one point with the same initial velocity v_0. The second body is projected t_0 s after the first. How long after will the bodies meet?

Two bodies are projected vertically upwards from one point with the same initial velocity v_0. The second body is projected t_0 s after the first. How long after will the bodies meet?