2. (40 pts) Given the loaded beam in the figure below, where the modulus of elasticity is E and the area moment of inert

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2 40 Pts Given The Loaded Beam In The Figure Below Where The Modulus Of Elasticity Is E And The Area Moment Of Inert 1 (184.57 KiB) Viewed 26 times

2. (40 pts) Given the loaded beam in the figure below, where the modulus of elasticity is E and the area moment of inertia is I, a. Solve for the reactions at the supports. b. Draw the shear and moment diagrams. Label the values of the shear and moment on the graph. c. Sketch an estimate of the shape of the deflected beam noting the location of maximum deflection at B. d. Solve for the maximum deflection of the beam at B using the Moment-Area method. Express your answer in terms of F, L, E, & I. L F F A C Hip B L L 2 -4 14 NIT