Consider the concentrated force acting at the edge of the beam

Q2. Consider the cantilevered system shown below. Consider the concentrated force acting at the edge of the beam (end of the beam length). The beam cross-section is also shown below. Obtain the following: a) Shear and moment diagrams along the entire beam with the help of the shear force and bending moment equations of each section as functions of the distances x1, x2, etc. along the beam length using the method of sections. Location of cross-section where maximum bending moment occurs. Absolute maximum bending stress in the beam. Bending stress distribution at the cross-section where maximum bending moment occurs.

b) c) d) X1 33 kN/m 1.8 m 80 kN.m -1.2 m- 43 kN 300 mm 1 Orce acting at the 200 mm 150 mm 400 mm support reactions. Work and show units in SI throughout the solution. Show all the steps in detail) (Note: The solution should start from drawing the Free Body Diagram (FBD) and finding the [10 points)