I saw this question solved before, both on Chegg and Bartleby and it was WRONG! Please,if you do not know how to solve DO NOT COPY the wrong solution.Thank you! For the following simply supported wooden beam and loading,a) Determine the beam's Maximum Compressive Bending Stress. Indicate precisely where this maximal compressive bendingstress occurs on the beam and in the cross-section.b) Calculate the deflection at point A, which is placed at the cantilever's end, using the Double Integration Method.E = 200 GPa75 mm5 kN/m2 kN.m| 150 mmAB/-2 m3 m

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Answered: Calculate the deflection at point A,…

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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I saw this question solved before, both on Chegg and Bartleby and it was WRONG! Please,if you do not know how to solve DO NOT COPY the wrong solution.Thank you!

For the following simply supported wooden beam and loading,
a) Determine the beam's Maximum Compressive Bending Stress. Indicate precisely where this maximal compressive bending
stress occurs on the beam and in the cross-section.
b) Calculate the deflection at point A, which is placed at the cantilever's end, using the Double Integration Method.
E = 200 GPa
75 mm
5 kN/m
2 kN.m
| 150 mm
A
B/
-2 m
3 m

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