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Question: a 14 ft long beam has a uniformly distributed load...

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A 14 ft long beam has a uniformly distributed load of w 300 lb / ft in a 10 ft section. At the right end of the beam an additional 1,500 Ib force is applied. The beam has a T-shaped cross section, whose dimensions are given below. (a) Calculate the magnitude and find the location of maximum tensile and maximum compressive bending stresses. (b) Calculate the magnitude and find the location of maximum shear stress. (c) Draw shear and moment diagram and show the location of maximum shear force (V) and maximum bending moment (M) This question can only be answered with a file attachment. Please attach only a single pdf file. Multiple file attachments are not acceptable. 1,500 lb 300 lb/ft 10 n 4 ft RB 8 in 0.5 in 0.5 in 12 in. Beam Cross Section

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