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(Solved): The beam shown is rigidly fixed to the wall at \( B \). Let \( w=60 \mathrm{lb} / \mathrm{ft}, P_{ ...
The beam shown is rigidly fixed to the wall at \( B \). Let \( w=60 \mathrm{lb} / \mathrm{ft}, P_{1}=120 \mathrm{lb} \) and \( P_{2}= \) \( 480 \mathrm{lb} \). Graphically construct shear and bending moment diagrams using the axes given. Indicate peak values on your diagrams and find the absolute largest shear force and bending moment. Answers: (Include Units) \( \max |V|= \) \( \max |M|= \)
Expert Answer
1. Draw the free body diagram of the given cantilever beam P1=120lb P2=480lb RB MBw = 60 lb/ft4 ft10 ftACB Now calculate the reaction forces and momen