5. Three ropes are used to support an athlete's broken leg as shown in the diagram,...

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5. Three ropes are used to support an athlete's broken leg as shown in the diagram, with forces F, F2, and F. If the leg remains stationary, i.e. the resultant force acting on it is zero, determine the magnitudes of the forces F and F using the component method. A B C D E 795.12 N and 373.52 N 897.23 N and 1017. 52 N 795.12 N and 0 N 795.12 N and 1017.75 N 897.23 N and 879.23 N 409 F = 1500 N 60 5. Three ropes are used to support an athlete's broken leg as shown in the diagram, with forces F, F2, and F. If the leg remains stationary, i.e. the resultant force acting on it is zero, determine the magnitudes of the forces F and F using the component method. A B C D E 795.12 N and 373.52 N 897.23 N and 1017. 52 N 795.12 N and 0 N 795.12 N and 1017.75 N 897.23 N and 879.23 N 409 F = 1500 N 60

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The problem involves three forces acting on an athletes broken leg which is held stationary by three ropes with forces F1 F2 and F3 To find the magnit... View the full answer