The bob of the simple pendulum takes 0.25 seconds to go from one extreme position to its mean position. Calculate the time period of the pendulum

It takes 1 s for the bob to moves from one extreme position to other extreme postion. Then the time period of the pendulum is ______ s.

The bob of an oscillating simple pendulum arrives at one of the extreme positions 100 times in 200s. Then, the time period of the pendulum is ____

The time taken by the bob of a simple pendulum of time period (T) to move from one exrtreme positon to other extreme position is equal to _____

Sandeep constructed a simple pendulum to find the value of 'g' at that place. He observed that the bob of a simple pendulum moves from the mean position to one of the extreme positions in 0.5 s. Using this he determined the (i) time period of the simple pendulum. (ii) number of oscillations the pendulum has under - gone in four seconds and (iii) the frequency of oscillation of the pendulum. What are his answers ?

The time period of a simple pendulum is 5 seconds. If mass of the bob is increased to 4 times the original, the new time period of it is ____

The time taken by a second pendulum to go from one extreme end to the other is "______"

The hanging bob of a simple pendulum is displaced to one extreme position B and then released. It swings towards centre position A and then to the other extreme position C. In which position does the bob have : (i) maximum potential energy ? (ii) maximum kinetic energy ? Give reasons for your answer.