In order to receive full score you must answer 9 parts questions below in the order given and also draw a box around all of your answers

In order to receive full score you must answer 9 parts questions below in the order given and also draw a box around all of your answers. 1. Setup the problem (10) 2. Solve for unknown displacements (10) 3. Solve for reactions (5) 4. Solve for internal forces (10) S. Make a table and list the displacements with and without the strut and explain (5) 6. Draw moment/shear/axial diagrams of system without strut (10) 7. Draw moment/shear/axial diagrams with strut (20) 8. Explain the results from 6 and 7 in a short mite up (10) 9. Find a way to validate that your computed cfisplacemtvirli mama! forces are correct (possibilities are you may solve it again using PATRAN/NASTBAN: or analytical solution if any. or virtual work or any other way.) (20) 
Built-in Boundary 
1 Y-axis 

• • 
7.50 fact • 
12.00 feet 
 • X axis 
Figure 1 System is shown with the strut. Area of the strut is 1.125 in: 
Elastic modulus (E) (psi) 10000000 Poisson's ratio (v) 0.3 Y•axTh Width(injoieight (in)x Wall thidmess(in) 3.00x2.00x0.25 Beam (Horizontal Member) cross section 
 

*Only parts 1-7 are needed.