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The small steel plate is connected to the right angle bracket by a 6 mm diameter bolt and the applied force's magnitude is F = 26 kN. 6 mm F d A F 20 mm Determine the tensile stress at point A in the plate and the shear stress in the bolt. (Express your answers using three significant figures.) |MPa |MPa

The small steel plate is connected to the right angle bracket by a 6 mm diameter bolt and the applied force's magnitude is F = 26 kN. 6 mm F d A F 20 mm Determine the tensile stress at point A in the plate and the shear stress in the bolt. (Express your answers using three significant figures.) |MPa |MPa

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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The small steel plate is connected to the right angle bracket by a 6 mm diameter bolt, and the applied force's magnitude is \( F = 26 \, \text{kN} \). There are two diagrams shown: 1. The top diagram is a side view of the connection. A force \( F \) is applied horizontally to the right. The connection is made by a bolt with a given diameter, and the distance \( d \) from the bolt to the point of interest is marked. 2. The bottom diagram is a front view of the connection. It shows the applied force \( F \) and indicates point \( A \) on the plate where the tensile stress is to be determined. The vertical distance from the bottom bolt to point \( A \) is 20 mm. Determine the tensile stress at point \( A \) in the plate and the shear stress in the bolt. (Express your answers using three significant figures.) \[ \sigma = \, \text{MPa} \] \[ \tau = \, \text{MPa} \]
Transcribed Image Text:The small steel plate is connected to the right angle bracket by a 6 mm diameter bolt, and the applied force's magnitude is \( F = 26 \, \text{kN} \). There are two diagrams shown: 1. The top diagram is a side view of the connection. A force \( F \) is applied horizontally to the right. The connection is made by a bolt with a given diameter, and the distance \( d \) from the bolt to the point of interest is marked. 2. The bottom diagram is a front view of the connection. It shows the applied force \( F \) and indicates point \( A \) on the plate where the tensile stress is to be determined. The vertical distance from the bottom bolt to point \( A \) is 20 mm. Determine the tensile stress at point \( A \) in the plate and the shear stress in the bolt. (Express your answers using three significant figures.) \[ \sigma = \, \text{MPa} \] \[ \tau = \, \text{MPa} \]
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