A uniform bar of mass m= 7 kg and Length L= 1 m, pivots at point O and is supported by a spring at point B of constant K= 170000 N/m, and has a damper at point A of constant c=400 Ns/m as shown in the figure. The point G is subjected to a sinusoidal force Fo sin wt, Fo= 1400N. Determine the frequency w that will yield the greater amplitude of vibration. 0 O 178 rad/s O 75 rad/s 220 rad/s 162 rad/s Fo sin cot Uniform bar, mass m I 2 1/2 4 B 7777 A CE ▬▬▬▬

Elements Of Electromagnetics
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Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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13934651
A uniform bar of mass m= 7 kg and Length L= 1 m, pivots at point O and is supported by a
spring at point B of constant K= 170000 N/m, and has a damper at point A of constant
c=400 Ns/m as shown in the figure. The point G is subjected to a sinusoidal force Fo sin
wt, Fo= 1400N. Determine the frequency w that will yield the greater amplitude of
vibration.
O 178 rad/s
75 rad/s
O220 rad/s
162 rad/s
Fo sin cot
1
2
GO
Uniform bar,
mass m
B
7777
A
--
Hido
Transcribed Image Text:13934651 A uniform bar of mass m= 7 kg and Length L= 1 m, pivots at point O and is supported by a spring at point B of constant K= 170000 N/m, and has a damper at point A of constant c=400 Ns/m as shown in the figure. The point G is subjected to a sinusoidal force Fo sin wt, Fo= 1400N. Determine the frequency w that will yield the greater amplitude of vibration. O 178 rad/s 75 rad/s O220 rad/s 162 rad/s Fo sin cot 1 2 GO Uniform bar, mass m B 7777 A -- Hido
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