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Compute the deformation (change in length) of bronze (B) and steel (S) in the given diagram below, showing the applied forces. The modulus of elasticity E is Eg =100 GPa and Es= 150 GP The cross sectional areas of steel and bronze are 500 and 700 mm² respectively. State whether the deformations are an increase or decrease in length. Bronze Steel F -40 kN 500 mn ·20 KN 700mm

Compute the deformation (change in length) of bronze (B) and steel (S) in the given diagram below, showing the applied forces. The modulus of elasticity E is Eg =100 GPa and Es= 150 GP The cross sectional areas of steel and bronze are 500 and 700 mm² respectively. State whether the deformations are an increase or decrease in length. Bronze Steel F -40 kN 500 mn ·20 KN 700mm

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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Compute the deformation (change in length) of bronze (B) and steel (S) in the given diagram below, showing the applied forces. The modulus of elasticity E is EB =100 GPa and Es = 150 GPa. The cross sectional areas of steel and bronze are 500 and 700 mm² respectively. State whether the deformations are an increase or decrease in length. Bronze Steel | -40kN 500 in 20KN ے اور - 700mm
Transcribed Image Text:Compute the deformation (change in length) of bronze (B) and steel (S) in the given diagram below, showing the applied forces. The modulus of elasticity E is EB =100 GPa and Es = 150 GPa. The cross sectional areas of steel and bronze are 500 and 700 mm² respectively. State whether the deformations are an increase or decrease in length. Bronze Steel | -40kN 500 in 20KN ے اور - 700mm
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