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5. A 5m-long bar AB is supported by a ball-in-socket support at A, the cable CD and a smooth floor at B. A force F = -10 i (N) is applied at G. Here, D is at the midpoint of the bar AB, G is the midpoint of AD, and C is the midpoint of OE. Here, the line BE is parallel to x-axis. Neglect the weight of bar AB. Use the scalar method to determine the tension in cable CD and the reactions at A and B. (Hint: you can break the tension force by cable DC to its components.) (F-9.015N, FB=3.75N, 4, 5N, A, ON, A==3.75N). x 3m

5. A 5m-long bar AB is supported by a ball-in-socket support at A, the cable CD and a smooth floor at B. A force F = -10 i (N) is applied at G. Here, D is at the midpoint of the bar AB, G is the midpoint of AD, and C is the midpoint of OE. Here, the line BE is parallel to x-axis. Neglect the weight of bar AB. Use the scalar method to determine the tension in cable CD and the reactions at A and B. (Hint: you can break the tension force by cable DC to its components.) (F-9.015N, FB=3.75N, 4, 5N, A, ON, A==3.75N). x 3m

International Edition---engineering Mechanics: Statics, 4th Edition
International Edition---engineering Mechanics: Statics, 4th Edition
4th Edition
ISBN:9781305501607
Author:Andrew Pytel And Jaan Kiusalaas
Publisher:Andrew Pytel And Jaan Kiusalaas
Chapter6: Beams And Cables
Section: Chapter Questions
Problem 6.18P: For the ladder in Prob. 6.17, find the internal force system acting on section 2, assuming that x <...
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5. A 5m-long bar AB is supported by a ball-in-socket support at A, the cable CD and a smooth floor at B. A force F = -10 i (N) is applied at G. Here, D is at the midpoint of the bar AB, G is the midpoint of AD, and C is the midpoint of OE. Here, the line BE is parallel to x-axis. Neglect the weight of bar AB. Use the scalar method to determine the tension in cable CD and the reactions at A and B. (Hint: you can break the tension force by cable DC to its components.) (F-9.015N, FB=3.75N, 4, 5N, A, ON, A==3.75N). x 3m
Transcribed Image Text:5. A 5m-long bar AB is supported by a ball-in-socket support at A, the cable CD and a smooth floor at B. A force F = -10 i (N) is applied at G. Here, D is at the midpoint of the bar AB, G is the midpoint of AD, and C is the midpoint of OE. Here, the line BE is parallel to x-axis. Neglect the weight of bar AB. Use the scalar method to determine the tension in cable CD and the reactions at A and B. (Hint: you can break the tension force by cable DC to its components.) (F-9.015N, FB=3.75N, 4, 5N, A, ON, A==3.75N). x 3m
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