An object of mass $M$ and radius $R$ is performing pure rolling motion on a smooth horizontal surface under the action of a constant force $F$ as shown in Fig. The object may be

A ring performs pure rolling on a horizontal surface and its state at some instant of time is shown in figure.

A loop of mass M and radius R is rolling on a smooth horizontal surface with speed 'v'. It's total kinetic energy is

A uniform ring of mass m and radius R is in uniform pure rolling motion on a horizontal surface. The velocity of the centre of ring is $V_0$. The kinetic energy of the segment ABC is:

An object of mass m is performing simple harmonic motion on a smooth horizontal surface as shown in Fig. just as the oscillating object reaches its extreme position, another object of mass 2 m is dropped on to oscillating object, which sticks to it. For this situation mark out the correct statement (s).

A disc is performing pure rolling on a smooth stationary surface with constant angular velocity as shown in Fig,. At any instant, for the lower most point of the disc,

An object of mass m is performing simple harmonic motion on a smooth horizontal surface as shown in figure. Just as the oscillating object reaches its extreme position, another object of mass 2m is dropped on it, which sticks to it. For this situation, mark out the correct statement(s).

A massless string is wrapped around a hollow cylinder having mass $m$ and radius $r$. The cylinder is kept on a rough horizontal surface (coefficient of friction is $\mu$). A constant force $F$ is applied as shown in the figure. In case of pure rolling, the friction force acting on the bottom most point of the cylinder is

A cycle tyre of mass M and radius R is in pure rolling over a horizontal surface. If the velocity of the centre of mass of the tyre is v, then the velocity of point P on the tyre, shown in figure is

A block of mass m is taken from A to B under the action of a constant force F. Work done by this force is

A solid cylindrical roller of mass M and radius R is rolled on a rough horizontal surface by applying a horizontal force F at the top most point. The frictional force between the roller and the surface, is