[" kert insite a closed boxaf mass "3m" and length "4L" at it's centre.It explodes "],[2m" The two parts mope in opposite direction and stick to the opposite side "],[" skept on asmooth horizontal surfice.What is the distance moved by the "],[" t."]

A bomb of mass 3m is kept inside a closed box of mass 3m and length 4L at its centre. It explodes in two parts of mass m and 2m . The two parts move in opposite directions and stick to the opposite sides of the walls of box. The box is kept on a smooth horizontal surface. What is the distance moved by the box during this time interval.

A bomb of mass 3m is kept inside a closed box of mass 3m and length 4L at its centre. It explodes in two parts of mass m and 2m . The two parts move in opposite directions and stick to the opposite sides of the walls of box. The box is kept on a smooth horizontal surface. What is the distance moved by the box during this time interval.

A bomb of mass 3m is kept inside a closed box of mass 3m and length 4l at its centre. It explodes in two parts of mass m and 2m . The two parts move in the opposite directions and stick to the opposite sides of the walls of the box. The box is kept on a smooth horizontal surface. What is the distnace moves by the box during this time interval.

An object breakes up into two masses m_1 and m_2 due to explosion. The two fragments move in opposite directions. What will be the relation between the kinetic energy and the masses ?

A body of mass m moving at a constant velocity v hits another body of the same mass moving with a velocity v//2 but in the opposite direction and sticks to it. The common velocity after collision is

A stationary particle explodes into two particle of masses m1 and m2 and move in opposite directions with velocities v1 and v2.The ratio of their K.E is

Two smooth spheres A and B of masses 4kg and 8kg move with velocities 9m//s and 3m//s in opposite directions. If A rebounds on its path with velocity 1m//s , then

Two smooth spheres A and B of masses 4kg and 8kg move with velocities 9m//s and 3m//s in opposite directions. If A rebounds on its path with velocity 1m//s , then