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A load of 10,000 N is suspended on a frictionless pulley shown in the figure. What will be the tension force in the rope
A load of 10,000 N is suspended on a frictionless pulley shown in the figure. What will be the tension force in the rope if the pulley finds its neutral position between A and B? The distance between A and B is 100 m, the rope length is 120 m, and the elevation of point A is 20 m higher than that of point B. Neglect the weight of the rope, what will be the elevation of the pulley relative to point B? 4 Moving Pully 10,000 N B L,+L=120m 0 = Q = 0 T=TZET
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The tension force in the rope is calculated using the following formula Tension force Load 2 In this ...
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Financial Theory and Corporate Policy
Authors: Thomas E. Copeland, J. Fred Weston, Kuldeep Shastri
4th edition
321127218, 978-0321179548, 321179544, 978-0321127211
