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5. A9.0 m beam of uniform width is supported as shown by supports S1 and S2. Given the weight of the beam is 200N and is loaded as shown, determine the normal forces, S1 and S2, exerted on the beam. Assume the weight of the beam acts at the midpoint of the beam. Determine if it is possible to move the 300 N object to a location on the beam which will result in the beam "tipping."

5. A9.0 m beam of uniform width is supported as shown by supports S1 and S2. Given the weight of the beam is 200N and is loaded as shown, determine the normal forces, S1 and S2, exerted on the beam. Assume the weight of the beam acts at the midpoint of the beam. Determine if it is possible to move the 300 N object to a location on the beam which will result in the beam "tipping."

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
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A 9.0 m beam of uniform width is supported as shown by supports S1 and S2. Given the weight of the beam is 200 N and is loaded as shown, determine the normal forces, 5. S1 and S2, exerted on the beam. Assume the weight of the beam acts at the midpoint of the beam. Determine if it is possible to move the 300 N object to a location on the beam which will result in the beam "tipping." S2 S1 1.0m 3.0m - -3.5m
Transcribed Image Text:A 9.0 m beam of uniform width is supported as shown by supports S1 and S2. Given the weight of the beam is 200 N and is loaded as shown, determine the normal forces, 5. S1 and S2, exerted on the beam. Assume the weight of the beam acts at the midpoint of the beam. Determine if it is possible to move the 300 N object to a location on the beam which will result in the beam "tipping." S2 S1 1.0m 3.0m - -3.5m
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