A thin hollow cylinder
slides without rotating with a speed v.
Find the ratio of kinetic energies 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 sphere rolls without slipping on plane surface. The ratio of kinetic energy of rotation to the total kinetic energy is

Portion AB of the wedge shown in figure is rough and BC is smooth. A solid cylinder rolld without slipping from A to B . Find the ratio of translational kinetic energy to rotational kinetic energy, when the cylinder reaches point C . .

Portion AB of the wedge shown in figure is rough and BC is smooth. A solid cylinder rolld without slipping from A to B . Find the ratio of translational kinetic energy to rotationa linetic energy, when the cylinder reaches point C . .

When a solid cylinder rolls without slipping the ratio of kinetic energy of translation to its total kinetic energy is