In the case of a simple pendulum, a graph is drawn between the displacement and time taken for its oscillations as shown in the figure . Then
The amplitude of oscillation of the pendulum of the bob is ____ cm .

In the case of a simple pendulum, a graph is drawn between the displacement and time taken for its oscillations as shown in the figure. Then The amplitude of oscillation of the pendulum bob is _____ cm.

In the case of a simple pendulum, a graph is drawn between the displacement and time taken for its oscillations as shown in the figure. Then Time period of the pendulum bob is ______ s.

In the case of a simple pendulum, a graph is drawn between the displacement and time taken for its oscillations as shown in the figure. Then The number of oscillations completed by the bob in one second is ______.

In the case of a simple pendulum, a graph is drawn between the displacement and time taken for its oscillations as shown in the figure . Then The number of oscillations completed by the bob in one second is _____ .

In the case of a simple pendulum, a graph is drawn between the displacement and time taken for its oscillations as shown in the figure . Then From the given figure, the number of oscillation performed by the bob at the end of 21 s is ________

In the case of a simple pedulum a fraoh is drawn between th displacement and time taken for its oscillations as shown in the figure then. Time period of the pendulum bob is ______

In the case of a simple pendulum, a graph is drawn between the displacement and time taken for its oscillations as shown in the figure. Then From the given figure the number of oscillations per-formed by the bob at the end of 21 s is ______.

A graph is drawn between the displacement and time taken for the oscillations of a simple pendulum.