[10 pts.] Solve the truss problem in Introduction of Computer project #2 using the Finite Element Method described in Lecture #8. Obtain the nodal force and displacement vectors and the member force vector. Comments: Use Applied Loads; P2=1000 lb, Q2=0, P3=0, Q3=1000 lb, P4=0. The non-dimensional Loads are: !! = 1,!! = 0, !! = 0,!! = 1, !! = 0. Use the scheme of non-dimensionalization in the process of getting the solution. However, once the solution is obtained, express the results in terms of the dimensional quantities.

[10 pts.] Solve the truss problem in Introduction of Computer project #2 using the Finite Element Method described in Lecture #8. Obtain the nodal force and displacement vectors and the member force vector. Comments: Use Applied Loads. P,-1000 lb. O2-0. P,-0. ?,-1000 lb. P4-0. The non-dimensional Loads are: P2-1, Q20, P30,031,P0. Use the scheme of non-dimensionalization in the process of getting the solution. However, once the solution is obtained, express the results in terms of the dimensional quantities [10 pts.] Solve the truss problem in Introduction of Computer project #2 using the Finite Element Method described in Lecture #8. Obtain the nodal force and displacement vectors and the member force vector. Comments: Use Applied Loads. P,-1000 lb. O2-0. P,-0. ?,-1000 lb. P4-0. The non-dimensional Loads are: P2-1, Q20, P30,031,P0. Use the scheme of non-dimensionalization in the process of getting the solution. However, once the solution is obtained, express the results in terms of the dimensional quantities