Question
Two coupled simple pendulum have nearly the same period. One of them is excited while the other is at rest. Now energy keeps on transferring from one pendulum to the other alternately. This periodic transfer of energy continues almost indefinitely with a time period of . Then the difference of frequencies between the two pendulums is:-
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A disc of radius R and mass M is pivoted at the rim and is set 't' small oscillations. It' simple pendulum has to have the same period as that of the disc, the length of the simple pendulum should be: Stuck on the question or explanation?
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Question Text | Two coupled simple pendulum have nearly the same period. One of them is excited while the other is at rest. Now energy keeps on transferring from one pendulum to the other alternately. This periodic transfer of energy continues almost indefinitely with a time period of . Then the difference of frequencies between the two pendulums is:- |