A cylinder is rolling towards a cube of same mass on rough horizontal surface ( coefficient of friction = mu) with velocity v_(0) as shown in figure. Assume elastic collision and friction is negligible between cube and cylinder. Then after collision

A cylinder is rolling towards a cube of same mass on rough horizontal

1.	A cylinder is rolling towards a cube of same mass on rough horizontal surface ( coefficient of friction = mu) with velocity v_(0) as shown in figure. Assume elastic collision and friction is negligible between cube and cylinder. Then after collision
Answer» Cylinder will stop permanently Cylinder will stop and then MOVE TOWARDS right. The maximum seperation between cylinder and block is `(4v_(0)^(2))/(9 mu g)` The TIME after the collision , the cylinder will again start pure rolling is `(v_(0))/(3 mu g)` Answer :B::D