(Solved): 2. Solve for the following beam using the Method of Virtual Work. a. Please use integration to solv ...

2. Solve for the following beam using the Method of Virtual Work. a. Please use integration to solve for the deflection at midspan. Note that you will need to have matching ranges of \( 0-6^{\prime} \), etc. for integration. \( M_{p} \) and \( M_{Q} \) change equations at different spots, and you need to integrate over matching ranges. Hint: More complex than Example 8.11. b. Please use Appendix Table A.2 to solve for the deflection at midspan. Note that you may need to split \( M_{p} \) into two different diagrams so that you can find a matching figure in the table. lin \( ^{2} \)