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As shown, a rope is attached to a l = 5.30m high shed that is to be relocated. A man pulls on the end of the rope at point A; the rope is attached to the shed at point B. (Figure 1) As the man pulls on the rope, it creates an angle with the horizontal. The end of the rope is located at æ - 3.30m from the shed and y = 2.00m off the ground. The man pulls on the rope with a force of magnitude F= 280N.

As shown, a rope is attached to a l = 5.30m high shed that is to be relocated. A man pulls on the end of the rope at point A; the rope is attached to the shed at point B. (Figure 1) As the man pulls on the rope, it creates an angle with the horizontal. The end of the rope is located at æ - 3.30m from the shed and y = 2.00m off the ground. The man pulls on the rope with a force of magnitude F= 280N.

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<Statics Review - Moments + Principle of Moments 3 of 5 I Review Part A Learning Goal: To apply the principle of moments and the principle of transmissibility. What is MF,, the contribution to the moment about point O made by the x component of the force F at point A? What is MF,, the contribution to the moment about point O made by the y component of the force F at point A? What is the total moment M due to the force F about point O? Assume that moments acting counterclockwise about point O are positive whereas moments acting clockwise are negative. As shown, a rope is attached to al = 5.30m high shed that is to be relocated. A man pulls on the end of the rope at point A; the rope is attached to the shed at point B. (Figure 1) As the man pulls on the rope, it creates an angle 0 with the horizontal. The end of the rope is located at x = 3.30m from the shed and y = 2.00m off the ground. The man pulls on the rope with a force of magnitude F = 280N. Express your answers, separated by commas, to three significant figures. > View Available Hint(s) Figure < 1 of 1 vec ? MF, ME, M = N.m B Submit Part B Complete previous part(s) F y Part C Complete previous part(s)
Transcribed Image Text:<Statics Review - Moments + Principle of Moments 3 of 5 I Review Part A Learning Goal: To apply the principle of moments and the principle of transmissibility. What is MF,, the contribution to the moment about point O made by the x component of the force F at point A? What is MF,, the contribution to the moment about point O made by the y component of the force F at point A? What is the total moment M due to the force F about point O? Assume that moments acting counterclockwise about point O are positive whereas moments acting clockwise are negative. As shown, a rope is attached to al = 5.30m high shed that is to be relocated. A man pulls on the end of the rope at point A; the rope is attached to the shed at point B. (Figure 1) As the man pulls on the rope, it creates an angle 0 with the horizontal. The end of the rope is located at x = 3.30m from the shed and y = 2.00m off the ground. The man pulls on the rope with a force of magnitude F = 280N. Express your answers, separated by commas, to three significant figures. > View Available Hint(s) Figure < 1 of 1 vec ? MF, ME, M = N.m B Submit Part B Complete previous part(s) F y Part C Complete previous part(s)
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