JUST NEED SOLUTION TO PART $2!!!*****$

Question $4(30$ marks $-54$ minutes$)$

For the three$-$hinge frame shown in Figure $4,$ carry out the following analysis:

Draw the axial force diagram, shear force diagram, and bending moment diagram for the frame. Note: draw each diagram on a schematic of the frame and clearly indicate the signs for the axial forces and shear forces; draw the bending moments on the compression sides of ALL members; specify the maximum value of the bending moment for each member. $(15$ marks$).$

Use the Virtual Work Principle to calculate the horizontal deflection at B$.$ Consider the bending effects only. $E=2{10}^5$MPa. Moment of inertia $I=400{10}^{6}m{m}^4$ for all the members in the frame. $(15$ marks$)$

Figure $4$