A solid cylinder starts rolling from a height h on an inclined plane. At some instant t, the ratio of its rotational K.E. and the total K.E. would be :

A disc is rolling on the inclined plane. What is the ratio of its rotational KE to the total KE ?

What is the ratio of translational K.E. to the total K.E. of a rolling body?

A solid cylinder rolls down an inclined plane from a height h. At any moment the ratio of rotational kinetic energy to the total kinetic energy would be

Ratio of rotational K.E. to rolling KE. of a solid sphere is

What is the ratio of rotational K.E. to the translational K.E. of a rolling body?

A thin wallet hollow cylinder is rolling down an incline , without slipping. At any instant , the ratio " Rotational K.E : Translational K.E:Total K.E." is

If a sphere is rolling, the ratio of its rotational K.E to total energy is given by

A disc rolls on a table. The ratio of its K.E. of rotation to the total K.E. is -