A cantilever beam is shown in Figure below. Under a concentrated load, the beam has the following deflection profile

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A cantilever beam is shown in Figure below. Under a concentrated load, the beam has the following deflection profile (3a – 2) for 0 <I<a 6EI Wa? (3x- a) for a <I<L 6EI Write a function to compute and plot the deflected shape of the beam. Apply the function to a rectangular solid aluminum beam that is 200mm wide and 400mm deep, E = 70GPA, L = 4.50m. The beam is loaded by a 10 kN load at a distance of 2.0 m from the fixed end. The inputs passed to the function should include, L, a, beam cross section, E and W. 2, and shear force is defined as S = M, write a function that If bending moment is defined as M = computes and plots the bending moment and shear force diagrams. A cantilever beam is shown in Figure below. Under a concentrated load, the beam has the following deflection profile (3a – 2) for 0 <I<a 6EI Wa? (3x- a) for a <I<L 6EI Write a function to compute and plot the deflected shape of the beam. Apply the function to a rectangular solid aluminum beam that is 200mm wide and 400mm deep, E = 70GPA, L = 4.50m. The beam is loaded by a 10 kN load at a distance of 2.0 m from the fixed end. The inputs passed to the function should include, L, a, beam cross section, E and W. 2, and shear force is defined as S = M, write a function that If bending moment is defined as M = computes and plots the bending moment and shear force diagrams.