3.1 Use differential calculus techniques to solve function which incorporate ax", sinax, cosax, loge, eax and methods including function of a function A) Differential calculus techniques to solve function which incorporate ax" In a simply supported beam (Fig. 5) the deflection curve is given by Ely O dy a) Calculate slope of the elastic deflection curve; e = dx b) Determine the bending moment along the beam; Mx = Eld²y c) Find the shear force equation; V y(x) wl wx4 w1³ 24 24 1243- Fig. 5 dM dx Slope (x) of tangent to the elastic curve. 10(x)

3.1 Use differential calculus techniques to solve function which incorporate ax", sinax, cosax, loge, eax and methods including function of a function A) Differential calculus techniques to solve function which incorporate ax" In a simply supported beam (Fig. 5) the deflection curve is given by Ely O dy a) Calculate slope of the elastic deflection curve; e = dx b) Determine the bending moment along the beam; Mx = Eld²y c) Find the shear force equation; V y(x) wl wx4 w1³ 24 24 1243- Fig. 5 dM dx Slope (x) of tangent to the elastic curve. 10(x)

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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