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Your manger asked you to perfom the following: 1- Calculate the polar 2nd moment of inertia in mm*for both shafts. | 2- Determine the materials of shaft A and shaft B using the tests data and datasheet, explain your results. 3- Plot the torsion vs the angular deflection, using the slope that you have found from the table (MatLab or Excel only). |4-Plot the shear stress vs shear strain, using the modulus of rigidity that you have found from calculations (MatLab or Excel only).

Your manger asked you to perfom the following: 1- Calculate the polar 2nd moment of inertia in mm*for both shafts. | 2- Determine the materials of shaft A and shaft B using the tests data and datasheet, explain your results. 3- Plot the torsion vs the angular deflection, using the slope that you have found from the table (MatLab or Excel only). |4-Plot the shear stress vs shear strain, using the modulus of rigidity that you have found from calculations (MatLab or Excel only).

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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Your manger asked you to perfom the following: 1- Calculate the polar 2nd moment of inertia in mm*for both shafts. | 2- Determine the materials of shaft A and shaft B using the tests data and datasheet, explain your results. 3- Plot the torsion vs the angular deflection, using the slope that you have found from the table (MatLab or Excel only). |4-Plot the shear stress vs shear strain, using the modulus of rigidity that you have found from calculations (MatLab or Excel only).
Transcribed Image Text:Your manger asked you to perfom the following: 1- Calculate the polar 2nd moment of inertia in mm*for both shafts. | 2- Determine the materials of shaft A and shaft B using the tests data and datasheet, explain your results. 3- Plot the torsion vs the angular deflection, using the slope that you have found from the table (MatLab or Excel only). |4-Plot the shear stress vs shear strain, using the modulus of rigidity that you have found from calculations (MatLab or Excel only).
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