A ball is thrown up with a certain velocity at an angle `theta` to the horizontal. The graph between kinetic energy and horizontal displacement is given by:

A ball is thrown up with a certain velocity at anangle theta to the horizontal. The kinetic energy KE of the ball varies with horizontal displacements as:

A ball is thrown up with a certain given velocity at angle theta to the horizontal. The kinetic energy, KE of the ball varies with horizontal displacement x as:

A ball is thrown up with a certain velocity at angle theta to the horizontal. The kinetic energy varies with height h of the particle as:

A ball is thrown up with a certain velocity at angle theta to the horizontal. The kinetic energy varies with height h of the particle as:

A particle is thrown up with a ccrtain velocity and at an angle 0 with the horizontal. The variation of kinetic energy with time is given by :

A stone is thrown up with a velocity u' whiwhich makes an angle theta with the horizontal.

A stone is thrown with a velocity v at an angle theta with the horizontal.Its speed when it makes an angle beta with the horizontal is

A ball is projected with initial velocity u at an angle theta to the horizontal. Then horizontal displacement covered by ball as it collides third time to the ground would be, if coefficient of restitution is e :

A body is projected horizontally with a velocity of u ms^(-1) at an angle theta with the horizontal. The kinetic energy at intial the highest point is (3)/(4)th of the kinetic energy. The value of theta is :