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A particular body is in plane stress where the normal and shear stresses vary with position according to the following continuous functions: 2x – y?,0yy = 10z,0xy 5x + 10y (values in N/m2) O xx |- What body forces per unit volume (N/m3) are needed to keep the body in static equilibrium? fx = 12, fy = 5 O fx = 5, fy = 2 %3D %3| fx = 10, fy = 0 none needed

A particular body is in plane stress where the normal and shear stresses vary with position according to the following continuous functions: 2x – y?,0yy = 10z,0xy 5x + 10y (values in N/m2) O xx |- What body forces per unit volume (N/m3) are needed to keep the body in static equilibrium? fx = 12, fy = 5 O fx = 5, fy = 2 %3D %3| fx = 10, fy = 0 none needed

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
Problem 1.1MA
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A particular body is in plane stress where the normal and shear stresses vary with position according to the following continuous functions: 2x – y², 0yy = 10z,0xy 5x + 10y (values in N/m2) Oxx What body forces per unit volume (N/m³) are needed to keep the body in static equilibrium? O fx = 12, fy = 5 %D fx = 5, fy = 2 O fx = 10, fy = 0 O none needed
Transcribed Image Text:A particular body is in plane stress where the normal and shear stresses vary with position according to the following continuous functions: 2x – y², 0yy = 10z,0xy 5x + 10y (values in N/m2) Oxx What body forces per unit volume (N/m³) are needed to keep the body in static equilibrium? O fx = 12, fy = 5 %D fx = 5, fy = 2 O fx = 10, fy = 0 O none needed
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