A cantilever beam has a spring constant k 80 N/m and an effective mass m = 7.68 x 10-1l kg. The coefficient of damping is b = 105 N s/m. %3D %3D a. Determine the quality (Q) factor of this system. b. Plot the amplitude, A, of the beam's oscillation as a function of the drive fre- quency, farive for a driving force F, = 300 nN. Estimate Q for this system using your graph-labeling the damped natural frequency, fa and the bandwidth, Af, that you measure. %3D

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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5.14 A cantilever beam has a spring constant k= 80 N/m and an effective mass
m=7.68 x 10-11 kg. The coefficient of damping is b = 10-5 N s/m.
%3D
%3D
a. Determine the quality (Q) factor of this system.
b. Plot the amplitude, A, of the beam's oscillation as a function of the drive fre-
quency, fariver for a driving force F, 300 nN. Estimate Q for this system using
your graph-labeling the damped natural frequency, fa and the bandwidth, Af,
that
%3D
you measure.
Transcribed Image Text:5.14 A cantilever beam has a spring constant k= 80 N/m and an effective mass m=7.68 x 10-11 kg. The coefficient of damping is b = 10-5 N s/m. %3D %3D a. Determine the quality (Q) factor of this system. b. Plot the amplitude, A, of the beam's oscillation as a function of the drive fre- quency, fariver for a driving force F, 300 nN. Estimate Q for this system using your graph-labeling the damped natural frequency, fa and the bandwidth, Af, that %3D you measure.
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