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A simple pendulum is made by hanging a metal ball of mass 100 g from a point P as shown in the figure. The ball is pulled to position B, 8.0 cm vertically above A. Assume g = 10 m/s^2 a. Calculate the gain in gravitational energy as the ball is moved from A to B. b. The ball is then released and swings freely. i. What will be the kinetic energy of the ball as it reaches A? ii. Calculate the speed of the ball as it reaches A |
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Answer» e pendulum is made by hanging a metal ball of mass 100 g from a point P as shown in the figure. The ball… GET the ... The ball is pulled to position B, 8.0 CM vertically above A. Assume g = 10 m/s^2 a. Calculate the gain in GRAVITATIONAL energy as the ball is moved from A to B. b. |
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