How to solve

$(25$ points total$)A^{\frac{3}{4}}$ in$-$diameter steel tension rod is $5$ ft long and carries a lot of $15$ kip $.$ Find the tensile stress, the total deformation, the unit strains, and the change in the rod diameter. Assume that the modulus of elasticity, $E,$ to be $30x{10}^6$ and that Poisson's ratio, $v,$ is $0\mathrm{.}292.$

Note: In general, you should know how to find the material properties in a table. When doing so$,$ specify the assumptions made and the table used.

a$)(5$ points$)$ Tensile Stress:

b$)(5$ points$)$ Total Deformation:

c$)(5$ points$)$ Axial Strain:

d$)(5$ points$)$ Lateral Strain:

e$)(5$ points$)$ Change in diameter: