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4 m B 4m 8 0.4 m AB X-Section 0.2 mIO (a) Determine us that results in the gap (d) being closed. (b) If = 628 kN/m, determine the internal force in member BC? BC X-Section For the bar shown above, a uniformly distributed axial load wo (force per unit length) is applied between A and B. The diameter of the cross sections AB and BC are also indicated. The material properties of the bar are: E 20 GPa and 0.3. If the gap 81 mm, then answer the following questions (you can take a 3.14):

4 m B 4m 8 0.4 m AB X-Section 0.2 mIO (a) Determine us that results in the gap (d) being closed. (b) If = 628 kN/m, determine the internal force in member BC? BC X-Section For the bar shown above, a uniformly distributed axial load wo (force per unit length) is applied between A and B. The diameter of the cross sections AB and BC are also indicated. The material properties of the bar are: E 20 GPa and 0.3. If the gap 81 mm, then answer the following questions (you can take a 3.14):

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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4 m B 4m 8 0.4 m AB X-Section 0.2 mIO (a) Determine to that results in the gap (8) being closed. (b) If w=628 kN/m, determine the internal force in member BC? BC X-Section For the bar shown above, a uniformly distributed axial load wo (force per unit length) is applied between A and B. The diameter of the cross sections AB and BC are also indicated. The material properties of the bar are: E= 20 GPa and 0.3. If the gap 61 mm, then answer the following questions (you can take a 3.14):
Transcribed Image Text:4 m B 4m 8 0.4 m AB X-Section 0.2 mIO (a) Determine to that results in the gap (8) being closed. (b) If w=628 kN/m, determine the internal force in member BC? BC X-Section For the bar shown above, a uniformly distributed axial load wo (force per unit length) is applied between A and B. The diameter of the cross sections AB and BC are also indicated. The material properties of the bar are: E= 20 GPa and 0.3. If the gap 61 mm, then answer the following questions (you can take a 3.14):
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