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(Answered)-A particle executes simple harmonic motion, such that at t = 0,
A particle executes simple harmonic motion, such that at t = 0, it is at x = A (the amplitude of oscillation). The period of the oscillation is 0.3 s. The amplitude of the motion is 10 m.
a) Find the angular frequency.
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b) Find the phase angle at t = 0.05 s.
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c) Find the position of the simple harmonic oscillator at that time.
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d) When is the first time this particle will be at x = -1/2 the amplitude, moving away from equilibrium?
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STATUSAnswered
QUALITYApproved
DATE ANSWEREDOct 07, 2020
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