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dimensions, L1 = 6.8 in and L2 = 3.3 in, determine the polar moment of the weld about its centroid. Hint: you should feel free to refer to a relevant table from chapter 9 for this calculation. The leg of the fillet is h = 0.375 in. Give your answer in in". But do not include units. Blackboard will not understand.

dimensions, L1 = 6.8 in and L2 = 3.3 in, determine the polar moment of the weld about its centroid. Hint: you should feel free to refer to a relevant table from chapter 9 for this calculation. The leg of the fillet is h = 0.375 in. Give your answer in in". But do not include units. Blackboard will not understand.

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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USE IMAGE BELOW And  Give your answer in in^4
The figure below represents a fillet weld pattern composed of two parallel lines used in a weld that will be subjected to an eccentric load via torsion. Given the dimensions, L1 = 6.8 in and L2 = 3.3 in, determine the polar moment of the weld about its centroid. Hint: you should feel free to refer to a relevant table from chapter 9 for this calculation. The leg of the fillet is h = 0.375 in. Give your answer in in“. But do not include units. Blackboard will not understand. || L2
Transcribed Image Text:The figure below represents a fillet weld pattern composed of two parallel lines used in a weld that will be subjected to an eccentric load via torsion. Given the dimensions, L1 = 6.8 in and L2 = 3.3 in, determine the polar moment of the weld about its centroid. Hint: you should feel free to refer to a relevant table from chapter 9 for this calculation. The leg of the fillet is h = 0.375 in. Give your answer in in“. But do not include units. Blackboard will not understand. || L2
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