A pendulum bob of mass 250 gm is raised to a height of 4 cm and then released. At the bottom-most position of its swing, an insect of mass 25 gm sits on the bob. Find the maximum height to which the combined mass will rise. [Take g=10 m/s2]

A pendulum bob of mass 250 gm is raised to a height of 4 cm and then r

1.	A pendulum bob of mass 250 gm is raised to a height of 4 cm and then released. At the bottom-most position of its swing, an insect of mass 25 gm sits on the bob. Find the maximum height to which the combined mass will rise. [Take g=10 m/s2]
Answer» A pendulum bob of mass $250 gm$ is raised to a height of $4 cm$ and then released. At the bottom-most position of its swing, an insect of mass $25 gm$ sits on the bob. Find the maximum height to which the combined mass will rise. [Take $g = 10 {m/s}^{2}$ ]

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A pendulum bob of mass 250 gm is raised to a height of 4 cm and then released. At the bottom-most position of its swing, an insect of mass 25 gm sits on the bob. Find the maximum height to which the combined mass will rise. [Take g=10 m/s2]

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