An ideal tape of length L is tightly wound on a cylinder. The tape is allowed to unwind as the cylinder slips down a frictionless inclined plane. The upper end of the tape is fixed to a point P as shown in the figure. Find the time taken by the tape to unwind completely. Assume that plane is very long

A particle slides down a smooth inclined plane of elevation theta fixed in an elevator going up with an acceleration a_0 . The base of the incline has a length L. Find the time taken by the particle to reach the bottom.

A particle slides down a smooth inclined plane of elevation theta fixed in an elevator going up with an acceleration a_0 . The base of the incline has a length L. Find the time taken by the particle to reach the bottom.

A particle slides down a smooth inclined plane of elevation theta fixed in an elevator going up with an acceleration a_0 . The base of the incline has a length L.Find the time taken by the particle to reach the bottom.

A block slides down from top of a smooth inclined plane of elevation theta fixed in an elevator going up with an acceleration a_0 The base of incline has length L. Find the time taken by the block to reach the bottom.

A particle slides down a smooth in clined plane of elevation theta fixed in an elevastor going up with an acceleration a_0 . The base of the incline has a length L.Find the time taken by the particle to reach the bottom.

A spring of unstretched length 40 cm and spring constant k is attached to a block of mass 1 kg to one of its end. The other end of the spring is fixed on the top of a frictionless inclined plane of inclination theta = 45^(@) as shown in the figure, so that the spring extends by 3 cm. When the mass is displaced slightly and released the time period of the resulting oscillation is T. Determine the value of 5T close to nearest integer.