A large horizontal disk is rotating on a vertical axis through its center. Its moment of inertia
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A large horizontal disk is rotating on a vertical axis through its center. Its moment of inertia is I = 4000 kg · m2. The disk is revolving freely at a rate of 0.150 rev/s when a 90.0-kg person drops straight down onto it from an overhanging tree limb. The person lands and remains at a distance of 3.00 m from the axis of rotation. What will be the rate of rotation after the person has landed?
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Usman Nasir
I did Master of Commerce in year 2009 and completed ACCA (Association of Chartered Certified Accountants) in year 2013. I have 10 years of practical experience inclusive of teaching and industry. Currently i am working in a multinational company as finance manager and serving as part time teacher in a university. I have been doing tutoring via many sites. I am very strong at solving numerical / theoretical scenario-based questions.
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