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Consider a rope 5 m long running from points A to B as in the figure below. The two walls are only 3 m apart; therefore, the rope sags. The difference in elevation of points A and B is 1 m. Along the rope, a frictionless pulley suspends a 200 N weight. When the system is at equilibrium, calculate the horizontal distance from the left wall to the weight. Consider:

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Consider a rope 5 m long running from points A to B as in the figure below. The two walls are only 3 m apart; therefore, the rope sags. The difference in elevation of points A and B is 1 m. Along the rope, a frictionless pulley suspends a 200 N weight. When the system is at equilibrium, calculate the horizontal distance from the left wall to the weight. Consider:<br><img src='https://www.fatskills.com/images2/GradExams/9CAE505A-AC28-4B29-A475-495905A2DFF0.png' height='508' width='579'/>





 
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