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A load W is supported by a beam of length I. Determine the spring constant and the frequency of free vibration of ihe load in the vertical direction neglecting the mass of the beam. 8 %3D We2 (l-e)2 c is the distance of the load from the left end of the beam and EI the flexural rigidity 31EI of the beam in the vertical plane. イW

A load W is supported by a beam of length I. Determine the spring constant and the frequency of free vibration of ihe load in the vertical direction neglecting the mass of the beam. 8 %3D We2 (l-e)2 c is the distance of the load from the left end of the beam and EI the flexural rigidity 31EI of the beam in the vertical plane. イW

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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k A load W is supported by a beam of lengthl. Defermine the spring constant and the frequency of free vibration of ihe load in the vertical direction neglecting the mass of the beam. &t We2a-c)2 cis the distance of the load from the left end of the beam and El the flexural rigidity 3LET of the beam in the vertical plane. C. 3
Transcribed Image Text:k A load W is supported by a beam of lengthl. Defermine the spring constant and the frequency of free vibration of ihe load in the vertical direction neglecting the mass of the beam. &t We2a-c)2 cis the distance of the load from the left end of the beam and El the flexural rigidity 3LET of the beam in the vertical plane. C. 3
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