A mechanical element supported at one end as a cantilever has a 2 inches diameter and 10 inches long, as shown on the figure, below: Dia. 10" For the mechanical element, analyze the following condition and determine the maximum tensile/compressive and shear stresses are determined for various types of axial loading. For this element, Oy = 0 for all arrangements, at the critical points A and B. a. Axial load only (P = 3,000 in tension) 5 pts. b. Bending only (P = 600 lb downwards) - 5 c. Torsion only (T = 2,000 lb-in, clockwise) - 5 pts. d. Bending and torsion (T = 2,000 lb-in clockwise, P = 600 lb downwards) - 10 pts. e. Bending and axial load (P = 3,000 in tension, P = 600 lb downwards) - 10 pts. f. Torsion and axial load (T = 2,000 lb-in clockwise, P = 3,000 lb in tension) - 10 pts. g. Bending, axial load, and torsion (P = 600 lb downwards, T = 2,000 lb-in clockwise, P = 3,000 lb in tension) - 10 pts. For each case, include the FBD For the bending calculations (b, d, e, and g) include the analysis for both critical points A and B.