.50 The free-body diagram of the structural beam in Problem 5.25 is shown, where $F_{0} = w L /2$ and $M_{0} = w L^{2} /12$ . Use Eqs. (5.5)-(5.8) to determine the shear force and bending moment as functions of $x$ . Problem 5.50

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.50 The free-body diagram of the structural beam in Problem 5.25 is shown, where

F_{0} = w L /2

and

M_{0} = w L^{2} /12

. Use Eqs. (5.5)-(5.8) to determine the shear force and bending moment as functions of

x

. Problem 5.50

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Expert Answer to -      .50 The free-body diagram of the structural beam in Problem 5.25 is shown, where F0=wL/2 and

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Solution for -      .50 The free-body diagram of the structural beam in Problem 5.25 is shown, where F0=wL/2 and

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This an additional answer to -      .50 The free-body diagram of the structural beam in Problem 5.25 is shown, where F0=wL/2 and

(Solved): .50 The free-body diagram of the structural beam in Problem 5.25 is shown, where F0=wL/2 and ...