The period of P of a simple pendulum is the time for one complete swing. How does P depend on the mass m of the Bob, the length l of the string ,and the acceleration due to gravity g?

Question

Rajdeep Singh · Answer

T=(l/g)^(1/2) Clearly, time period is directly proportional to l( length of thread), And inversely proportional to g(accleration due to gravity).

Maryam Abdulsalam · Answer

In 1975 the roof of Montreal's velodrome, with a weight of 360N , was lifted by 10cm so that it could be centered. How much work was done on the the making the lift

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The period of P of a simple pendulum is the time for one complete swing. How does P depend on the mass m of the Bob, the length l of the string ,and the acceleration due to gravity g?

The period of P of a simple pendulum is the time for one complete swing. How does P depend on the mass m of the Bob, the length l of the string ,and the acceleration due to gravity g?

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The period of P of a simple pendulum is the time for one complete swing. How does P depend on the mass m of the Bob, the length l of the string ,and the acceleration due to gravity g?

The period of P of a simple pendulum is the time for one complete swing. How does P depend on the mass m of the Bob, the length l of the string ,and the acceleration due to gravity g?

2 Answers

Think You Can Provide A Better Answer ?

Other Related Questions on Mechanics

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