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the small pendulum of mass m is suspended from a trolley which runs on a horizontal rail. the trolley and pendulum ane initially at rest with theta=0. if the trolley is given a constant acceleration a=g/√3, determine the maximum angle (theta max) through which the pendulum swings. also find the tension t in the cord in terms of theta.

the small pendulum of mass m is suspended from a trolley which runs on a horizontal rail. the trolley and pendulum ane initially at rest with theta=0. if the trolley is given a constant acceleration a=g/√3, determine the maximum angle (theta max) through which the pendulum swings. also find the tension t in the cord in terms of theta.

Grade:11

1 Answers

irishredcrossblog
26 Points
7 years ago
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