Asked by Cherie
The time for a swing to move forward and backwards is determined by this formula.
T=2pi sqrt L/9.8. T is the time, in seconds,taken for the swing to move through one complete cycle. L is the length of rope supporting the swing.
Determine the length of the rope supporting a swing that takes 3.4 seconds to move through one cycle. Round to nearest tenth of a metre.
Please help thank you
T=2pi sqrt L/9.8. T is the time, in seconds,taken for the swing to move through one complete cycle. L is the length of rope supporting the swing.
Determine the length of the rope supporting a swing that takes 3.4 seconds to move through one cycle. Round to nearest tenth of a metre.
Please help thank you
Answers
Answered by
Steve
just plug in your numbers:
3.4 = 2π√(L/9.8)
Just solve for L
3.4 = 2π√(L/9.8)
Just solve for L
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