Question: Please Solve All Parts Using Python!!!! (P) (40 points) (Problem 8.20 in Chapra and Canale, 8 th edition, modified) A uniform beam subject to a

Please Solve All Parts Using Python!!!!

Please Solve All Parts Using Python!!!! (P) (40 points) (Problem 8.20 in

(P) (40 points) (Problem 8.20 in Chapra and Canale, 8 th edition, modified) A uniform beam subject to a linearly increasing distributed load as shown in the figure below. The equation for the resulting elastic curve is: y=120LEIw0(x5+2L2x3L4x) Use the following parameter values in your computation: L=800(cm),E=50,000(kN/cm2),I= 300(cm4), and w0=2.5(kN/cm) (A) Plot the first derivative of the equation with Python between 0 and 800(cm) using a step of 5cm. (B) Find the location of the maximum deflection with a stopping criterion of a

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