A box is placed on a smototh plane end it is free to move. A single penldulum is attached in the block. Find its time period.

A box placed on a smooth inclined plane is free to move. Find the time period of oscillation of the simple pendulum attached to the ceiling of the box.

Two blocks of masses M and m are held on a smooth wedge. The wedge is placed on smooth plane and is free to move on plane. Now both blocks are released, and it is found that block m remains stationary w.r.t. the wedge, the ratio of M/m is 6k. Find the value k.

Two blocks of masses M and m are held on a smooth wedge. The wedge is placed on smooth plane and is free to move on plane. Now both blocks are released, and it is found that block m remains stationary w.r.t. the wedge, the ratio of M/m is 6k. Find the value k.

A uniform rod ofmass M and length L is hanging from its one end free to rotate in a veritcal plane.A small ball of equal mass is attached of the lowe end as shown. Time period of small oscillations of the rod is

A uniform rod ofmass M and length L is hanging from its one end free to rotate in a veritcal plane.A small ball of equal mass is attached of the lowe end as shown. Time period of small oscillations of the rod is

A uniform semi circular ring of radius R and mass m is free to oscillate about its one end in its vertical plane as shown in the figure. Find time period of SHM of its centre of mass of the ring (take pi^(2)=10 )