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2. An extra strong standard steel pipe with a nominal diameter of dnom 4-in spans a gap of w = 11 ft. The pipe is simply supported at its ends, and carries a bending moment of M = 3465-lbf ft at the center of the span. The maximum flexural stress in the pipe is closest to: = 4 Omax = Mmax c "A" "B" Choices= "C" "D" 11.313 "E" 12.099 8.952 9.738 10.524-ksi 0 point 4

2. An extra strong standard steel pipe with a nominal diameter of dnom 4-in spans a gap of w = 11 ft. The pipe is simply supported at its ends, and carries a bending moment of M = 3465-lbf ft at the center of the span. The maximum flexural stress in the pipe is closest to: = 4 Omax = Mmax c "A" "B" Choices= "C" "D" 11.313 "E" 12.099 8.952 9.738 10.524-ksi 0 point 4

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
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2. An extra strong standard steel pipe with a nominal diameter of dnom = 4 in spans a gap of w = 11 ft. The pipe is simply supported at its ends, and carries a bending moment of M = 3465-lbf-ft at the center of the span. The maximum flexural stress in the pipe is closest to: 4 "A" "B" Choices= "C" 8.952 9.738 10.524-ksi "D" 11.313 "E" 12.099 ✓ Omax = Mmax c H✓ 0 PARA 4
Transcribed Image Text:2. An extra strong standard steel pipe with a nominal diameter of dnom = 4 in spans a gap of w = 11 ft. The pipe is simply supported at its ends, and carries a bending moment of M = 3465-lbf-ft at the center of the span. The maximum flexural stress in the pipe is closest to: 4 "A" "B" Choices= "C" 8.952 9.738 10.524-ksi "D" 11.313 "E" 12.099 ✓ Omax = Mmax c H✓ 0 PARA 4
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