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Engineering · Civil Engineering
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A boy weighing 50 lbs swings on a seat with two supporting cords (side view shown). t the instant, e- 300, the has a downward speed of v 10 ft/s. Neglect the boys size and the masses of the seat and the cords. Assume the tensions of each of the two swing-cords are equal to T. a) Draw the normal tangential axes. Draw the free-body diagram of the boy. b) From the Equations of Motion, determine the rate of increase in his speed, at, and the tension, T, in each of the two supporting cords of the swing at this instant. 10 ft

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