(Solved): A gear is supported with a fixed support. The shaft has a radius of 0.45 in. Values for the figure ...

A gear is supported with a fixed support. The shaft has a radius of 0.45 in. Values for the figure are given in the following table. Note the figure may not be to scale. Dimensions for whole beam. Analyzing the shaft at the cross-section and at point A, a. Determine the magnitude of the x-component internal force at the section, $A_x$. b. Determine the magnitude of the y-component internal force at the section, $A_y$. c. Determine the magnitude of the z-component internal force at the section, $A_z$. d. Determine the magnitude of the x-component internal moment at the section, $M_x$. e. Determine the magnitude of the y-component internal moment at the section, $M_y$. f. Determine the magnitude of the z-component internal moment at the section, $M_z$. g. Determine the $Q$ at point A, $Q_A$. h. Determine the mass moment of inertia of the shaft, $I$. i. Determine the polar moment of inertia of the shaft, $J$. j. Determine the magnitude of the normal stress at point $A,{?}_{\text{normal }}$. k. Determine the magnitude of the shear stress at point $A,{?}_{\text{shear }}$. l. Determine the magnitude of the torsional stress at point $A,{?}_{\text{torsion. }}$. m. Determine the magnitude of the bending stress at point $A,{?}_{\text{bending. }}$. n. Determine the ${?}_{\text{total }}$ on the state of stress at point A. Include negative if applicable. o. Determine the ${?}_{\text{total }}$ on the state of stress at point A. Include negative if applicable.