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Engineering · Mechanical Engineering
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A 7.00-lb uniform rod AB is supported by two ideal cords AD an BC. The rod is at rest initially and then the cord BC is cut. a) At the instant the cord BC is cut, show using the relative acceleration formula that the components of the acceleration of the center of gravity of the rod G are related to the acceleration of A and the angular acceleration of AB by and a +-a Gr Gy AB with the coordinate system as shown below. b) Calculate the angular acceleration of the rod at the instant the cord BC is cut. c) Calculate the tension in cord AD at the instant the cord BC is cut. y +y

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