The slender 200-kg beam is suspended by a cable at its end as shown. If a man pushes on its other end with a horizontal force of 30 N, determine the initial acceleration of its mass center G, the beam's angular accele

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17-13

The slender 200-kg beam is suspended by a cable at its end as shown. If a man pushes on its other end with a horizontal force of 30 N, determine the initial acceleration of its mass center G, the beam's angular acceleration, and the tension in the cable AB.
[A]. aG = 0, alpha (11) = 0.225 rad/s2, T = 1.962 kN
[B]. aG = 0.0750 m/s2, alpha (11) = 0.1125 rad/s2, T = 1.962 kN
[C]. aG = 0, alpha (11) = 0.1125 rad/s2, T = 1.962 kN
[D]. aG = 0.1500 m/s2, alpha (11) = 0.225 rad/s2, T = 1.962 kN

Answer: Option D

Explanation:

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