A body of mass `M_(1)` collides elastically with another mass `M_(2)` at rest. There is maximum transfer of energy when :

A ball of mass m_(1) , collides elastically and head on with ball of mass m_(2) at rest. Then

A body of mass m_(1) collides elastically with another body of mass m_(2) at rest. If the velocity of m_(1) after collision is (2)/(3) times its initial velocity, the ratio of their masses is :

A body of mass m_(1) collides elastically with a stationary body of mass m_(2) and returns along the same line with one fourth of its initial speed, then m_(1)//m_(2)=

A ball of mass M_(1) collides elastically and head on with another ball of mass M_(2) initially at rest . In which the following cases the transfer of momentum will be maximum?

When a body of mass m_(1) collides with another body of mass m_(2) kept at rest , then it is found that moving body comes to rest and body at rest starts moving . Which of the following options are possible ?

A ball of mass M collides elastically with another stationary ball of mass m. If M gt m , find the maximum angle of deflection of M.

A body of mass m collides elastically with another body at rest and then continues to move in the original continues to move in the original direction with one half of its original speed. mass of the body is

A body of mass 3 kg collides elastically with another body at rest and then continues to move in the original direction with one half of its original speed. What is the mass of the target body?