The string shown in figure is under tension T. Determine the natural frequency of vibration in a plane perpendicular to the string assuming that for small displacements, T remains constant. Also, prove that the period vibration is maximum when a = 1/2. 1 TI %3D 2n Vm(l-a)a a Figure

Elements Of Electromagnetics
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Publisher:Sadiku, Matthew N. O.
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The string shown in figure is under tension T.
Determine the natural frequency of vibration
in a plane perpendicular to the string assuming
that for small displacements, T remains constant.
Also, prove that the period vibration is maximum
when a = 1/2.
TI
%3D
21 Vm(l-a)a
m
a
Figure
Transcribed Image Text:The string shown in figure is under tension T. Determine the natural frequency of vibration in a plane perpendicular to the string assuming that for small displacements, T remains constant. Also, prove that the period vibration is maximum when a = 1/2. TI %3D 21 Vm(l-a)a m a Figure
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