The mass of the head of the hammer shown is 10kg and its centroid mass moment...

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The mass of the head of the hammer shown is 10kg and its centroid mass moment of inertia (IG) is equal to 0.004 kg.m². Rod AB has a mass of 5kg and the disk has a mass of 3kg. if the system is initially at rest at the instant shown, find the angular acceleration of the hammer and the reactions at O immediately after the application of M. [G]Disk = mr² 0.10. 0.15 + 0.15 [G]rod = 2mL² 12 head 0.10 A 1.0m 0.1- B M=100N-m d The mass of the head of the hammer shown is 10kg and its centroid mass moment of inertia (IG) is equal to 0.004 kg.m². Rod AB has a mass of 5kg and the disk has a mass of 3kg. if the system is initially at rest at the instant shown, find the angular acceleration of the hammer and the reactions at O immediately after the application of M. [G]Disk = mr² 0.10. 0.15 + 0.15 [G]rod = 2mL² 12 head 0.10 A 1.0m 0.1- B M=100N-m d

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