Figure shows a system being driven by base excitation through a damping element. Base Assume that the base displacement is sinusoidal: y (t) = Y sin wt. Identify the expression for X, the steady-state amplitude of motion of the mass m

Elements Of Electromagnetics
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Author:Sadiku, Matthew N. O.
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Figure shows a system being driven by base excitation through a damping element.
m
Base
Assume that the base displacement is sinusoidal: y (t) = Y sin wt. Identify the expression for X,
the steady-state amplitude of motion of the mass m
O x =
2Crk
V(1-r2)²+(26+)?
O X =
Y
(1–r²)² +(2Cr)²
2Cr
O X =
2Crk
Y
V(1-r2)? -(2¢r)²
O x =
2Cr
V(1-r²)² +(2Cr)?
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Transcribed Image Text:Figure shows a system being driven by base excitation through a damping element. m Base Assume that the base displacement is sinusoidal: y (t) = Y sin wt. Identify the expression for X, the steady-state amplitude of motion of the mass m O x = 2Crk V(1-r2)²+(26+)? O X = Y (1–r²)² +(2Cr)² 2Cr O X = 2Crk Y V(1-r2)? -(2¢r)² O x = 2Cr V(1-r²)² +(2Cr)? FEB 13 étv IK VOU G V LO MacBook Pro O00 000 DII DD F4 F5 F6 F7 F8 F9 F10 %24 &
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