Please amswer and graph it d$)$ Draw the $3$D Mohr's diagram for the following stress element. Use arrows to clearly label points on the Mohr's diagram that correspond to the principal stresses $({}_1,{}_2,{}_3),$ max shear stresses $({}_{\text{m}\text{a}\text{x}}),$ and the surfaces normal to the $x,y,$ and $z$ coordinate axis $($label as $x-$axis, $y-$axis, $z-$axis$).$

e$)$ For the last problem, use information from Mohr's circle to redraw the stress element below to illustrate the surfaces that correspond to the principal stresses. This new stress element will have a coordinate system using $x^{\text{'}},y^{\text{'}},$ and $z.$ Label the circles in the last problem with the plane they correspond to $(x^{\text{'}}-y^{\text{'}},x^{\text{'}}-z,$ or $y^{\text{'}}-z)$

$4$

f$)$ Draw the $3$D Mohr's diagram for the following stress element. Use arrows to clearly label points on the Mohr's diagram that correspond to the principal stresses $({}_1,{}_2,{}_3),$ max shear stresses $({}_{\text{m}\text{a}\text{x}}),$ and the surfaces normal to the $x,y,$ and z coordinate axis $($label as x $-$axis, y $-$axis, z $-$axis$).$ Label the x $-$z plane in Mohr's circle.