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10 Nov 2019
A spring-mass system consists of a spring of mass ms,spring constant k, and the mass at the end of the springmo and a damping constant b. Obtain the angularfrequency Ï', and the function x(t) if at t=0 the valueof x(t=0)= Ao the amplitude of oscillation. Also plotx(t) versus t for t-0 to 3T' where T' is the period of oscillationof the system. Obtain the Q factor of the oscillator.
ms= 1.80 kg
mo= 2.40 kg
k= 1080 N/m
b= 2.0 kg/s
Ao= 4.8 cm
Q=
Ï'=
x(t)=
A spring-mass system consists of a spring of mass ms,spring constant k, and the mass at the end of the springmo and a damping constant b. Obtain the angularfrequency Ï', and the function x(t) if at t=0 the valueof x(t=0)= Ao the amplitude of oscillation. Also plotx(t) versus t for t-0 to 3T' where T' is the period of oscillationof the system. Obtain the Q factor of the oscillator.
ms= 1.80 kg
mo= 2.40 kg
k= 1080 N/m
b= 2.0 kg/s
Ao= 4.8 cm
Q=
Ï'=
x(t)=