to the diagram below. The mass of each sphere is 4 kg. The mass of the bar is 3 kg. The bar has a uniform density of The system is fixed and can rotate about sphere B. a) Derive an equation for the rotational inertia of the rod. b) Calculate the angular acceleration of the system. (3/5)L (2/5)L A B
to the diagram below. The mass of each sphere is 4 kg. The mass of the bar is 3 kg. The bar has a uniform density of The system is fixed and can rotate about sphere B. a) Derive an equation for the rotational inertia of the rod. b) Calculate the angular acceleration of the system. (3/5)L (2/5)L A B
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![to the diagram below. The mass of each sphere is 4 kg. The mass of the bar is 3 kg. The bar has a uniform
density of a = The system is fixed and can rotate about sphere B.
a) Derive an equation for the rotational inertia of the rod.
b) Calculate the angular acceleration of the system.
(3/5)L
(2/5)L
A
B](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fedc09510-05f7-48ea-90cd-a6061b5ebfd0%2F5d660129-8b3c-45ad-a4ba-6388fc2334b0%2Fc1s70cf_processed.jpeg&w=3840&q=75)
Transcribed Image Text:to the diagram below. The mass of each sphere is 4 kg. The mass of the bar is 3 kg. The bar has a uniform
density of a = The system is fixed and can rotate about sphere B.
a) Derive an equation for the rotational inertia of the rod.
b) Calculate the angular acceleration of the system.
(3/5)L
(2/5)L
A
B
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