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2. A man supports himself and the uniform, horizontal beam AB, having a rough surface, by pulling on the rope with a force T. The mass of the man is 90 kg and that of the beam is 5.2 kg/m. The total weight of the beam acts at the mid-span of the beam. Compute the tension, T, in the rope and the reaction force components at the pin at A. In addition, calculate the distance b, locating the man's feet, and determine the forces exerted on the man by the beam. A C 70% 2.8 m 3 m 1.8 m b B

2. A man supports himself and the uniform, horizontal beam AB, having a rough surface, by pulling on the rope with a force T. The mass of the man is 90 kg and that of the beam is 5.2 kg/m. The total weight of the beam acts at the mid-span of the beam. Compute the tension, T, in the rope and the reaction force components at the pin at A. In addition, calculate the distance b, locating the man's feet, and determine the forces exerted on the man by the beam. A C 70% 2.8 m 3 m 1.8 m b B

Steel Design (Activate Learning with these NEW titles from Engineering!)
Steel Design (Activate Learning with these NEW titles from Engineering!)
6th Edition
ISBN:9781337094740
Author:Segui, William T.
Publisher:Segui, William T.
Chapter10: Plate Girders
Section: Chapter Questions
Problem 10.7.9P
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2. A man supports himself and the uniform, horizontal beam AB, having a rough surface, by pulling on the rope with a force T. The mass of the man is 90 kg and that of the beam is 5.2 kg/m. The total weight of the beam acts at the mid-span of the beam. Compute the tension, T, in the rope and the reaction force components at the pin at A. In addition, calculate the distance b, locating the man's feet, and determine the forces exerted on the man by the beam. A C 70% 2.8 m 3 m 1.8 m b B
Transcribed Image Text:2. A man supports himself and the uniform, horizontal beam AB, having a rough surface, by pulling on the rope with a force T. The mass of the man is 90 kg and that of the beam is 5.2 kg/m. The total weight of the beam acts at the mid-span of the beam. Compute the tension, T, in the rope and the reaction force components at the pin at A. In addition, calculate the distance b, locating the man's feet, and determine the forces exerted on the man by the beam. A C 70% 2.8 m 3 m 1.8 m b B
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