SOLUTION: The time T(x) (in seconds) for a pendulum to make one complete swing back and forth is approximated by
2π[(√x)/(√32)]
where x is the length of the pendulum in fe
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-> SOLUTION: The time T(x) (in seconds) for a pendulum to make one complete swing back and forth is approximated by
2π[(√x)/(√32)]
where x is the length of the pendulum in fe
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Question 1058508: The time T(x) (in seconds) for a pendulum to make one complete swing back and forth is approximated by
2π[(√x)/(√32)]
where x is the length of the pendulum in feet.
Determin the exact time required for one swing for a pendulum that is 1 ft long. Then approximate the time to the nearest hundredth of a second. Answer by ikleyn(52776) (Show Source):
