Figure shows an elastic beam of constant flexural rigidity El and length L. The transverse deflection...

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Figure shows an elastic beam of constant flexural rigidity El and length L. The transverse deflection v(x) for the beam is represented by an equation v(x)=Mo(xxL) /(4EIL), where Mo is the applied couple. If L = 100 N-mm, then the mm and M = 100 magnitude of the shear force (in N) at the middle of the beam is O v(x) L X Figure shows an elastic beam of constant flexural rigidity El and length L. The transverse deflection v(x) for the beam is represented by an equation v(x)=Mo(xxL) /(4EIL), where Mo is the applied couple. If L = 100 N-mm, then the mm and M = 100 magnitude of the shear force (in N) at the middle of the beam is O v(x) L X

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