Question: The solid steel shaft shown in the figure below has a radius of 0 . 5 - in . It is subjected to a 1

The solid steel shaft shown in the figure below has a radius of 0.5-in. It is subjected to a 15-kip compressive load and 3.25-kip.in torque as shown. The shaft is made of steel with a yield stress of Y=36-ksi.
A. Determine the shear stress due to the applied torque
B. Determine the normal stress as a result of the compressive load.
C. Compute the principle stresses using the stress transformation equation
D. Determine if the loading courses the shaft to fail using maximum distortion energy theory.
E. Draw Mohr circles and determine the absolute maximum shear stress.
The solid steel shaft shown in the figure below

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