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The solution to the differential equation of a damped oscillator, for the case in which the damping is small, is x = Age 2m cos(w't + 8) The phase constant o is determined by the

The solution to the differential equation of a damped oscillator, for the case in which the damping is small, is x = Age 2m cos(w't + 8) The phase constant o is determined by the

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The solution to the differential equation of a damped oscillator, for the case in which the damping is small, is x = Age 2m' cos(w't + 8) The phase constant o is determined by the spring constant k and the damping coefficient b of the system initial velocity and initial displacement of the system spring constant k and the mass m of the system initial displacement of the system. initial velocity of the system
Transcribed Image Text:The solution to the differential equation of a damped oscillator, for the case in which the damping is small, is x = Age 2m' cos(w't + 8) The phase constant o is determined by the spring constant k and the damping coefficient b of the system initial velocity and initial displacement of the system spring constant k and the mass m of the system initial displacement of the system. initial velocity of the system
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