A thin hollow cylinder open at both ends and weight `5 kg` (i) slides with a speed of `5m//s` without rotating and (ii) rolls with the same speed without slipping. Compare the `KE` of the cylinder in the two cases.

A thin hollow cylinder, open at both ends and weighing 5kg (a) slides with a speed of 10 m//s without rotating (b) rolls with the same speed without slipping. Compare the kinetic energies of the cylinder in the two cases.

A thin hollow cylinder rolls with the same speed without slipping. Find the ratio of kinetic energies in the two cases.

A thin hollow cylinder open at both ends slides without rotating and then rolls without slipping with the same speed. The ratio of the kinetic energies in the two cases is

A hollow cylinder open at both ends slides without rotating, and then rolls without slipping with the same speed. The ratio of the kinetic energy in the two cases is (taken in order)

A hollow cylinder open at both ends slides without rotating, and then rolls without slipping with the same speed. The ratio of the kinetic energy in the two cases is (taken in order)

A hollow cylinder of mass 5 kg rolls down with a speed of 20 m/s without slipping. What will be its kinetic energy?

A thin hollow cylinder slides without rotating with a speed v. Find the ratio of kinetic energies in the two cases.

A solid cylinder of mass M and radius R rolls down an inclined plane of height h without slipping. The speed of its centre when it reaches the bottom is.