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Refer to the figure. The steel rod is supported by an aluminum plate of 8 mm thickness. Force P pulls down the rod through the 12 mm hole in the aluminum plate. Neglect all weights of the rod and plate, and based on the design criteria that the maximum allowable shear stress in steel to be 18 MPa, calculate the allowable value of P in kN. Round to the nearest tenth.

Refer to the figure. The steel rod is supported by an aluminum plate of 8 mm thickness. Force P pulls down the rod through the 12 mm hole in the aluminum plate. Neglect all weights of the rod and plate, and based on the design criteria that the maximum allowable shear stress in steel to be 18 MPa, calculate the allowable value of P in kN. Round to the nearest tenth.

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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Refer to the figure. The steel rod is supported by an aluminum plate of 8 mm thickness. Force P pulls down the rod through the 12 mm hole in the aluminum plate. Neglect all weights of the rod and plate, and based on the design criteria that the maximum allowable shear stress in steel to be 18 MPa, calculate the allowable value of P in kN. Round to the nearest tenth. 10 mm T 12 mm- 40 mm- P 8 mm
Transcribed Image Text:Refer to the figure. The steel rod is supported by an aluminum plate of 8 mm thickness. Force P pulls down the rod through the 12 mm hole in the aluminum plate. Neglect all weights of the rod and plate, and based on the design criteria that the maximum allowable shear stress in steel to be 18 MPa, calculate the allowable value of P in kN. Round to the nearest tenth. 10 mm T 12 mm- 40 mm- P 8 mm
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