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Compute the maximum force P in Newtons that can be applied to the foot pedal. (Express your answer to one decimal place. Do not include the unit.)The 6-mm.- diameter pin at Bis in single shear, and its working shear stress is 28 MPa. The cable attached at C has a diameter of 3 mm. and a working normal stress of 140 MPa. * 50 mm в с 10° T -150 mm 50 mm

Compute the maximum force P in Newtons that can be applied to the foot pedal. (Express your answer to one decimal place. Do not include the unit.)The 6-mm.- diameter pin at Bis in single shear, and its working shear stress is 28 MPa. The cable attached at C has a diameter of 3 mm. and a working normal stress of 140 MPa. * 50 mm в с 10° T -150 mm 50 mm

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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SHEAR STRESS Compute the maximum force P in Newtons that can be applied to the foot pedal. (Express your answer to one decimal place. Do not include the unit.)The 6-mm.- diameter pin at B is in single shear, and its working shear stress is 28 MPa. The cable attached at C has a diameter of 3 mm. and a working normal stress of 140 MPa. * 50 mm в с 10° T -150 mm 50 mm Your answer
Transcribed Image Text:SHEAR STRESS Compute the maximum force P in Newtons that can be applied to the foot pedal. (Express your answer to one decimal place. Do not include the unit.)The 6-mm.- diameter pin at B is in single shear, and its working shear stress is 28 MPa. The cable attached at C has a diameter of 3 mm. and a working normal stress of 140 MPa. * 50 mm в с 10° T -150 mm 50 mm Your answer
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