Question: Q 3 . Using the tables provided. Assume ( mathbf { E = 4 0 0 0 k s i } )

Q3. Using the tables provided. Assume \(\mathbf{E =4000 k s i}\) and \(\mathbf{I =5000 i n}{}^{4}\). You will need to use the principle of superposition. Draw the moment diagram and indicate the location of the maximum moment.
1. Calculate the maximum moment and the deflection at point \(\mathbf{C}\) for the beam and loading below.
2. Is the maximum bending moment positive or negative? will the beam have tension or compression below the neutral axis of the beam?
3. Calculate the maximum compressive and maximum tensile stresses due to bending in the beam, knowing the distance from the neutral axis to the bottom of the section is 8 inches and the distance to the top of the section is \(\mathbf{4}\) inches.
Q 3 . Using the tables provided. Assume \ ( \

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