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2. Two prismatic bars of a by b rectangular cross section are glued as shown in Fig. 2. The allowable normal and shearing stresses for the glued joint are 700 kPa and 560 kPa, respectively. Assuming that the strength of the joint controls the design, what is the largest axial load P that may be applied? Use 0 = 40°, a = 50mm and b = 75mm. PR Glue урату b

2. Two prismatic bars of a by b rectangular cross section are glued as shown in Fig. 2. The allowable normal and shearing stresses for the glued joint are 700 kPa and 560 kPa, respectively. Assuming that the strength of the joint controls the design, what is the largest axial load P that may be applied? Use 0 = 40°, a = 50mm and b = 75mm. PR Glue урату b

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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Instructions: Solve the problems listed below. Provide all the solutions required and working 
steps should be shown in detail. Mohr diagrams should be accurately drawn (not drafted) by 
either manually using graph paper or computer generated. The Mohr diagrams should be
clearly labeled and complete.

2. Two prismatic bars of a by b rectangular cross section are glued as shown in Fig. 2. The allowable normal and shearing stresses for the glued joint are 700 kPa and 560 kPa, respectively. Assuming that the strength of the joint controls the design, what is the largest axial load P that may be applied? Use 0 = 40°, a = 50mm and b = 75mm. Glue Ө Fig. 2 урату b
Transcribed Image Text:2. Two prismatic bars of a by b rectangular cross section are glued as shown in Fig. 2. The allowable normal and shearing stresses for the glued joint are 700 kPa and 560 kPa, respectively. Assuming that the strength of the joint controls the design, what is the largest axial load P that may be applied? Use 0 = 40°, a = 50mm and b = 75mm. Glue Ө Fig. 2 урату b
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