A simple pendulum of length `L` has been set up inside a railway wagon sliding down a frictionless inclined plane of inclination `theta` with the horizontal. Its period of oscullation as recorded by an observer inside wagon is

A simple pendulum of length I has been set up inside a railway wagon sliding down a frictionless inclined plane having an angle of inclination 0 with the horizontal. What will be its period of oscillation is recorded by an observer inside the wagon ? [Fig. 15.12.4]

A simple pendulum is set up on a trolley which slides down a frictionless inclined plane making an angle theta with horizontal. The time period of pendulum is

A simple pendulum of length l is suspended from the celing of a cart which is sliding without friction on as inclined plane of inclination theta . What will be the time period of the pendulum?

A simple pendulum of length l is suspended from the celing of a cart which is sliding without friction on as inclined plane of inclination theta . What will be the time period of the pendulum?

A simple pendulum of length l is suspended from the celing of a cart which is sliding without friction on as inclined plane of inclination theta . What will be the time period of the pendulum?

A second pendulum is attached to roof of a car that is sliding down along a smooth inclined plane of inclination 60^(@) . Its perios of oscillation is

A simple pendulum of length 5 m is suspended from the ceiling of a cart. Cart is sliding down on a frictionless surface having angle of inclination 60°. The time period of the pendulum is