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A rod as shown below is subjected to a tensile force F = 1.1 kN acting at the centroid of two faces. The diameter of the rod varies linearly along its length with left and right ends having diameters d1 = 20 mm and d2 - 10 mm, respectively. The length of the rod is L= 100 mm, the Young's modulus of the material is E =1 Gpa, and the Poisson's ratio is v = 0.3.

A rod as shown below is subjected to a tensile force F = 1.1 kN acting at the centroid of two faces. The diameter of the rod varies linearly along its length with left and right ends having diameters d1 = 20 mm and d2 - 10 mm, respectively. The length of the rod is L= 100 mm, the Young's modulus of the material is E =1 Gpa, and the Poisson's ratio is v = 0.3.

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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A rod as shown below is subjected to a tensile force F= 1.1 kN acting at the centroid of two faces. The diameter of the rod varies linearly along its length with left and right ends having diameters d1 = 20 mm and d2 = 10 mm, respectively. The length of the rod isL=100 mm, the Young's modulus of the material is E=1 Gpa, and the Poisson's ratio is v = 0.3. B 下 F- F What is the effect of applying a tensile force to a deformable object? [Select) What would be the elongation of the entire rod, 8, if the cross-sectional area of the rod were uniform? ( Select) False The stress is uniform throughout the rod specified in our problem. When a problem involves quantities that vary, it is usually required to perform an integral. ( Select] What is the equation to calculate the elongation of a single slice? ( Select ) What is the equation to calculate the entire elongation in the given problem? I Select 1
Transcribed Image Text:A rod as shown below is subjected to a tensile force F= 1.1 kN acting at the centroid of two faces. The diameter of the rod varies linearly along its length with left and right ends having diameters d1 = 20 mm and d2 = 10 mm, respectively. The length of the rod isL=100 mm, the Young's modulus of the material is E=1 Gpa, and the Poisson's ratio is v = 0.3. B 下 F- F What is the effect of applying a tensile force to a deformable object? [Select) What would be the elongation of the entire rod, 8, if the cross-sectional area of the rod were uniform? ( Select) False The stress is uniform throughout the rod specified in our problem. When a problem involves quantities that vary, it is usually required to perform an integral. ( Select] What is the equation to calculate the elongation of a single slice? ( Select ) What is the equation to calculate the entire elongation in the given problem? I Select 1
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