A block of mass M1 slides with speed vo along a frictionless surfacetowards the three masses, M2, M3 and M. which are at rest in the pathof M, as shown in figmasses are successively smaller, that is,МA << M3 << M2 << MiWhat is the velocity of mass M4 after the collision? Assume that allcollisions are perfectly elastic. Help: The problem is made easier if eachcollision is considered individually.M1VoM2M3M4

Given, mass M1, M2,M3 and M4velocity v0M4<<M3<<M2<<M1 the collision is perfectly…

A block of mass M1 slides with speed vo along a frictionless surface towards the three masses, M2, M3 and M. which are at rest in the path of M as shown in fig masses are successively smaller, that is, M4 << M3 << M2 << M1 << M1 What is the velocity of mass M4 after the collision? Assume that all collisions are perfectly elastic. Help: The problem is made easier if each collision is considered individually. M1 Vo M2 M3 M4

A block of mass M1 slides with speed vo along a frictionless surface towards the three masses, M2, M3 and M. which are at rest in the path of M as shown in fig masses are successively smaller, that is, M4 << M3 << M2 << M1 << M1 What is the velocity of mass M4 after the collision? Assume that all collisions are perfectly elastic. Help: The problem is made easier if each collision is considered individually. M1 Vo M2 M3 M4