During the assembly of the system, the spring has its free length but the mid point of the beam isdeflected w=3mm upward. What is the final deflection of the beam ? The beam has the width of 8mm, height of 2mm, k=100N/mm, L=1m, and E=210Gpa. Note that the system is hyperstatic but FEMcan solve hyperstatic systems.A, E, Ik

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leflected w=3mm upward. What is the final deflection of the beam ? nm, height of 2mm, k=100N/mm, L=1m, and E=210Gpa. Note that the can solve hyperstatic systems.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Question

During the assembly of the system, the spring has its free length but the mid point of the beam is
deflected w=3mm upward. What is the final deflection of the beam ? The beam has the width of 8
mm, height of 2mm, k=100N/mm, L=1m, and E=210Gpa. Note that the system is hyperstatic but FEM
can solve hyperstatic systems.
A, E, I
k

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