A car with load q is parked at the left side of a steel bridge, while a truck with load ris parked at the right side. Without special programs (Excel and calculator are fine), find the maximum bending moment and its distance from A (10). By successive integration of the bending moment, find the maximum deflection and its distance from A (30). Plot M(x) and v(x) for the whole beam (10). For h, k, Q, R, E, B, and H, choose Quantity values with 3 nonzero significant digits that are within the specified Range. All answers should have 3 significant digits. Check that h+J+k=L Variable h . j k L Q 9-0 R r = R/k E B H Description Car length Gap length Truck length Bridge length Car weight Car load Truck weight Truck load Elastic modulus Road width Road height A Quantity Unit M M M M N N/m N N/m GPa M M 100 Range 1 to 3 87 to 94 5 to 10 100 5000 to 10,000 1667 to 10,000 50,000 to 100,000 5000 to 20,000 190 to 210 5 to 10 0.5 to 1.0 . Check the maximum deflection by using the superposition method. (10) Use a software program (Matlab, Mathcad, or beam analysis programs, but not Excel) to check your answers. Email me your attached programs and results. (10) Type up cover page (1) and report (10). B