Please fully solve so I can see how you solved this, thank you

Two wooden member are glued together as shown. Each member has a width of $b=1\mathrm{.}50in.$ and

a depth of $d=3\mathrm{.}50in.$ Use $=75$ and $P=1,300lb.$

a$)$ Determine the internal N and V loads on the angled face labeled with $*.$ Draw a free body

diagram showing these two internal loads as part of your solution.

b$)$ Determine the average shear stress magnitude in the glue joint.

c$)$ Draw a $3$D stress element that is aligned with the top, bottom, and left surfaces of the

wooden members. Label all normal and shear stress components on this stress element.

d$)$ Conceptual question: Are the stress magnitudes you determined for the $3$D element from

part c equal to those you would expect to find when rotating the $3$D element to align one

face with the angled face $*?$ Briefly $(1-2$ sentences$)$ explain.