If a tensile force of 200 kN is being applied to member ABC, shown below, determine:...

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If a tensile force of 200 kN is being applied to member ABC, shown below, determine: a. The normal stress being developed in member AB b. The shear stress developed in the bolts at joint B c. The size of the nut that should be used at point A in order to bear the applied stress with a saftey factor of 4 if the maximum allowable stress for the steel used is 400 MPa. Assume the "nut" is cylindrical and its inner diameter is the same at the outer diameter of member AB. d 7 mm 40 mm 00 F-200 KN 30 mm If a tensile force of 200 kN is being applied to member ABC, shown below, determine: a. The normal stress being developed in member AB b. The shear stress developed in the bolts at joint B c. The size of the nut that should be used at point A in order to bear the applied stress with a saftey factor of 4 if the maximum allowable stress for the steel used is 400 MPa. Assume the "nut" is cylindrical and its inner diameter is the same at the outer diameter of member AB. d 7 mm 40 mm 00 F-200 KN 30 mm

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a b f d A SAB SAB Zb 26 A 5 nut 40mm Zd 200 KN No of shea... View the full answer