4) Explain why the amplitude decreases in time during a damped oscillating. Explain why amplitude may increase in time during a forced oscillation.

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4) Explain why the amplitude decreases in time during a damped oscillating. Explain why amplitude may increase in time
during a forced oscillation.
5) A harmonic wave moves on a string with mass density mu=0.43 kg/m. Its equation is y(t)= 1.2 sin ( 4pit-pi/3)
A Eind
Transcribed Image Text:4) Explain why the amplitude decreases in time during a damped oscillating. Explain why amplitude may increase in time during a forced oscillation. 5) A harmonic wave moves on a string with mass density mu=0.43 kg/m. Its equation is y(t)= 1.2 sin ( 4pit-pi/3) A Eind
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