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C The rectangular bar has a width w = 100 mm and a thickness of 75 mm. The shear stress in the plane AB of the rectangular block shown in the figure is 15 MPa when the load P is applied. Determine: to. The magnitude of the charge P b. Normal stress in plane AB c. The maximum normal and shear stress acting on the block in any possible orientation.

C The rectangular bar has a width w = 100 mm and a thickness of 75 mm. The shear stress in the plane AB of the rectangular block shown in the figure is 15 MPa when the load P is applied. Determine: to. The magnitude of the charge P b. Normal stress in plane AB c. The maximum normal and shear stress acting on the block in any possible orientation.

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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C The rectangular bar has a width w = 100 mm and a thickness of 75 mm. The shear stress in the plane AB of the rectangular block shown in the figure is 15 MPa when the load P is applied. Determine: to. The magnitude of the charge P b. Normal stress in plane AB c. The maximum normal and shear stress acting on the block in any possible orientation. La barra rectangular tiene un ancho w= 100 mm y un espesor de 75 mm. El esfuerzo cortante en el plano AB de del boque rectangular mostrado en la figura es de 15 MPa cuando la carga P es aplicada. Determine: a. La magnitud de la carga P b. El esfuerzo normal en el plano AB c. El máximo esfuerzo normal y cortante que actúa sobre el bloque en cualquier posible orientación. B. A rigid bar is supported by a pin at A and two linearly elastic wires at B and C (the wires are of the same material), as shown in the figure. The area of the wire at B is 100 mm2 and the area of the wire at C is 120 mm2. Determine the reactions at A, B, and C caused by the applied force P = 10 kN. Una barra rigida está soportada por un pasador en A y dos alambres linealmente elásticos en B y C (los alambres son del mismo material), como se muestra en la figura. El área del alambre en B es de 100|| mm? y el área del alambre en C es de 120 mm?. Determine las reacciones en A, B y C causadas por la fuerza aplicada P=10 kN. 1000 -500 500 500
Transcribed Image Text:C The rectangular bar has a width w = 100 mm and a thickness of 75 mm. The shear stress in the plane AB of the rectangular block shown in the figure is 15 MPa when the load P is applied. Determine: to. The magnitude of the charge P b. Normal stress in plane AB c. The maximum normal and shear stress acting on the block in any possible orientation. La barra rectangular tiene un ancho w= 100 mm y un espesor de 75 mm. El esfuerzo cortante en el plano AB de del boque rectangular mostrado en la figura es de 15 MPa cuando la carga P es aplicada. Determine: a. La magnitud de la carga P b. El esfuerzo normal en el plano AB c. El máximo esfuerzo normal y cortante que actúa sobre el bloque en cualquier posible orientación. B. A rigid bar is supported by a pin at A and two linearly elastic wires at B and C (the wires are of the same material), as shown in the figure. The area of the wire at B is 100 mm2 and the area of the wire at C is 120 mm2. Determine the reactions at A, B, and C caused by the applied force P = 10 kN. Una barra rigida está soportada por un pasador en A y dos alambres linealmente elásticos en B y C (los alambres son del mismo material), como se muestra en la figura. El área del alambre en B es de 100|| mm? y el área del alambre en C es de 120 mm?. Determine las reacciones en A, B y C causadas por la fuerza aplicada P=10 kN. 1000 -500 500 500
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