Question 1: A uniform thin rod shown in Figure 1, nas a mass of 2 kg and carries a concentrated mass of 2.5 kg at B. The rod is hinged at A and is maintained in the horizontal position by a spring of stiffness 2 k N/m at C. Calculate the frequency of oscillation, neglecting the effect of the mass of the spring. 2.5 kg -300 mm 300 mm Figure 1: Uniform thin rod

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Question 1:
[18]
A uniform thin rod shown In Figure I, has a
mass of 2 kg and carries a
concentrated mass of 2.5 kg at B. Ine rod is hinged at A and Is malntained in
the horizontal position by a spring of stiffness 2 kN/m at C. Calculate the
frequency of oscillation, neglecting the effect of the mass of the spring.
2.5 kg
-300 mm
300 mm
Figure 1: Uniform thin rod
Transcribed Image Text:Question 1: [18] A uniform thin rod shown In Figure I, has a mass of 2 kg and carries a concentrated mass of 2.5 kg at B. Ine rod is hinged at A and Is malntained in the horizontal position by a spring of stiffness 2 kN/m at C. Calculate the frequency of oscillation, neglecting the effect of the mass of the spring. 2.5 kg -300 mm 300 mm Figure 1: Uniform thin rod
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