Physics, 11.07.2019 00:30 chrisandthemike76
in deriving eq. 12.5, we assumed that when θ is small, sin θ θ. in this case, the period is a constant that does not depend on the size of the oscillations. however, if θ becomes large, the above approximation is no longer valid and the period becomes dependent on the amplitude: 1 + 16 using the first two terms of this equation, calculate by what percent the period of the pendu- lum used in this experiment would change if it was dropped from 459 instead of 10°
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in deriving eq. 12.5, we assumed that when θ is small, sin θ θ. in this case, the period is a...
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