15 ft P= 12,000 lb L=40 ft Figure 34 Linearly Elastic Beam, Problem 103 In the space below draw free body diagram and sh

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answerhappygod
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15 ft P= 12,000 lb L=40 ft Figure 34 Linearly Elastic Beam, Problem 103 In the space below draw free body diagram and sh

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15 Ft P 12 000 Lb L 40 Ft Figure 34 Linearly Elastic Beam Problem 103 In The Space Below Draw Free Body Diagram And Sh 1
15 Ft P 12 000 Lb L 40 Ft Figure 34 Linearly Elastic Beam Problem 103 In The Space Below Draw Free Body Diagram And Sh 1 (34.51 KiB) Viewed 28 times
15 Ft P 12 000 Lb L 40 Ft Figure 34 Linearly Elastic Beam Problem 103 In The Space Below Draw Free Body Diagram And Sh 2
15 Ft P 12 000 Lb L 40 Ft Figure 34 Linearly Elastic Beam Problem 103 In The Space Below Draw Free Body Diagram And Sh 2 (22.79 KiB) Viewed 28 times
15 ft P= 12,000 lb L=40 ft Figure 34 Linearly Elastic Beam, Problem 103 In the space below draw free body diagram and shear & bending moment diagrams. Include the self-weight of the beam, to find the most economical, safe W-section for the beam.
Problem 103 Which of the beams listed below is the most economical and safe W-Section for the beam shown above. Include the self-weight of the beam. A) W8x67 S = 60.4 in. B) W10x60 S = 66.7 in.3 C) W12x45 S = 58.1 in. O W12x50 S = 64.7 in. E) W14x38 S = 54.6 in. 3
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