1. Determine the tension in the support rope and the forces of the hinge on the...

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1. Determine the tension in the support rope and the forces of the hinge on the uniform rectangular 100 kg mass below. 0 = 30 8 m 6 m Assume the moment of inertia relative to the center of mass for the rectangle is 7 = 250 kg m. If the rope were to break, what would be the angular momentum of the rectangular object when it has rotated through 90. 1. Determine the tension in the support rope and the forces of the hinge on the uniform rectangular 100 kg mass below. 0 = 30 8 m 6 m Assume the moment of inertia relative to the center of mass for the rectangle is 7 = 250 kg m. If the rope were to break, what would be the angular momentum of the rectangular object when it has rotated through 90.