5) For the beam shown, determine the deflection v(x) by integrating Elv(x) = wo(x) and check...

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5) For the beam shown, determine the deflection v(x) by integrating Elv""(x) = wo(x) and check your answer against the solution given in Appendix E. Assume the beam to be of length L. Wo B 596 APPENDIX E DEFLECTIONS AND SLOPES OF PRISMATIC BEAMS wo B v = v' = 0 = Wox 360LEI Wo 360LEI (7L4- 10Lx + 3x4), (7L4- - 30Lx + 15x4), 7woL WOL 0A = OB=- 360EI' 45EI 5) For the beam shown, determine the deflection v(x) by integrating Elv""(x) = wo(x) and check your answer against the solution given in Appendix E. Assume the beam to be of length L. Wo B 596 APPENDIX E DEFLECTIONS AND SLOPES OF PRISMATIC BEAMS wo B v = v' = 0 = Wox 360LEI Wo 360LEI (7L4- 10Lx + 3x4), (7L4- - 30Lx + 15x4), 7woL WOL 0A = OB=- 360EI' 45EI