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The Differential Equation for a Damped Oscillator Is If

question 118

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The differential equation for a damped oscillator is The differential equation for a damped oscillator is   If the damping is not too large, the time constant for the motion of this oscillator is determined by the A)  spring constant k and the mass m of the system. B)  spring constant k and the damping coefficient b of the system. C)  mass m and the damping coefficient b of the system. D)  initial displacement of the system. E)  initial velocity of the system. If the damping is not too large, the time constant for the motion of this oscillator is determined by the


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