The bob of a simple pendulum it displaced position `O` to a equilibrium position `Q` which is at height h above `O` and the bob to then mass released Assuming the mass of the bob is m and time period `2.0` sec of oscillation to be string when the bob passes through `O` is A. `m(g = pi sqrt(2 gh))`B. `m(g = sqrt(pi^(2) gh))`C. `m (g + sqrt(pi^(2)/(2)gh))`D. `m (g + sqrt(pi^(2)/(3)gh))`

The bob of a simple pendulum it displaced position `O` to a equilibriu

1.	The bob of a simple pendulum it displaced position `O` to a equilibrium position `Q` which is at height h above `O` and the bob to then mass released Assuming the mass of the bob is m and time period `2.0` sec of oscillation to be string when the bob passes through `O` is A. `m(g = pi sqrt(2 gh))`B. `m(g = sqrt(pi^(2) gh))`C. `m (g + sqrt(pi^(2)/(2)gh))`D. `m (g + sqrt(pi^(2)/(3)gh))`
Answer» Correct Answer - A

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