A simple pendulum is placed on the surface of Moon. While oscillating it rises to a maximum height of 5 cm from its mean position. If the mass of bob is 500 gram and acceleration due to gravity on Moon is g=2 ms−2. Find the below: i) The total energy of simple pendulum at any instant while oscillating. ii) The velocity of bob at its mean position. (Assume its mean position is at ground level)

A simple pendulum is placed on the surface of Moon. While oscillating

1.	A simple pendulum is placed on the surface of Moon. While oscillating it rises to a maximum height of 5 cm from its mean position. If the mass of bob is 500 gram and acceleration due to gravity on Moon is g=2 ms−2. Find the below: i) The total energy of simple pendulum at any instant while oscillating. ii) The velocity of bob at its mean position. (Assume its mean position is at ground level)
Answer» A simple pendulum is placed on the surface of Moon. While oscillating it rises to a maximum height of $5 c m$ from its mean position. If the mass of bob is $500 g r a m$ and acceleration due to gravity on Moon is $g = 2 m s^{- 2}$ . Find the below: i) The total energy of simple pendulum at any instant while oscillating. ii) The velocity of bob at its mean position. (Assume its mean position is at ground level)

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