138.The blocks shown in figure have equal masses. The surface of A

138.The blocks shown in figure have equal masses. The surface of A is smooth but that of B has a friction coefficient of 0.1 with the floor. Block A is moving at a speed of 10m/s towards B which is kept at rest. Find the distance travelled by B if(a)the collision is perfectly elastic and(b) the collision is perfectly inelastic
138-The blocks shown in figure have equal masses- The surface of A is smooth but that of B has a friction coefficient of 0-1 with the floor- Block A is moving at a speed of 10m-s towards B which is kept at rest- Find the distance travelled by B if-a-the collision is perfectly elastic and-b- the collision is perfectly inelastic

k 58. The blocks shown in figure (9-E19) have equal masses. The surface of A is smooth but that of B has a friction coefficient of 0.10 with the floor. Block A

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U N 58. The bloch Teached the floor. The blocks shown in figure (9-E19) have equal masses, the surface of A is smooth but that of B has a friction coefficient of

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wilen a length x has reached the floor. 58. The blocks shown in figure (9-E19) have equal masses. The surface of A is smooth but that of B has a friction coefficient

In the figure shown, the blocks have equal masses. Friction, mass of the string and the mass of the pulley are negligible. The magnitude of the acceleration of the centre of mass

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Solved Each of 138 identical blocks sitting on a

Three blocks on a frictionless horizontal surface are in contact with each other, as shown below. A force is applied to block 1 (mass m_1). a) Draw a free-body diagram for each

All surface are smooth & collision is perfectly elastic, what is the distance travelled by A on the inclined plane after collision when it stops the first time ?