A particle of mass `m_(1)` experiences a perfectlly elastic collision with a stationary particle of mass `m_(2)`. Match the entires in column `I` to all the entires in column `II`.

A particle of mass m_1 experienced a perfectly elastic collision with a stationary particle of mass m_2 . What fraction of the kinetic energy does the striking particle lose, if (a) it recoils at right angles to its original motion direction, (b) the collision is a head-on one?

A particle of mass m_(1) = 4 kg moving at 6hatims^(-1) perfectly elastically with a particle of mass m_(2) = 2 moving at 3hati ms^(-1)

Particle 1 experiences a perfectly elastic collision with a stationary particle 2 . Determine their mass ratio , if the particles fly symmetrically relative to the initial motion direction particle 1 with angle of divergence theta = 60^(@) .

Particle 1 experiences a perfectly collision with a staionary particle 2 . Determine their mass ratio , if the particles move perpendicularly to each other.

A particle of mass m_(1) makes an elastic, one-dimensional collision with a stationary particle of mass m_(2) .What fraction of the kinetic energy of m_(1) is carried away by m_(2) ?

A particle of mass m_(1) makes an elastic one dimensional collision with a stationary particle of mass m_(2) .What fraction of the kinetic energy of m_(1) is carried away by m_(2) ?

Particle 1 experiences a perfectly elastic collision with a stationary particle 2. Determine their mass ratio, if (a) after a head-on collision the particles fly apart in the opposite directions with equal velocities, (b) the particles fly apart symmetrically relative to the initial motion direction of particle I with the angle of divergence theta=60^@ .

A ball of mass m_(1) makes an elastic , one-dimensional collision with a stationary particle of mass m_(2) . The fraction of the kinetic energy of m_(1) transferred to m_(2) is