The concentric cylinders shown in the diagram has masses 10 kg and 20 kg with radii r=10 cm and R=20 cm respectively. You hang a baggage on the other end of the string such that the baggage accelerates downwards with an acceleration 0.6 m/s². Find out the mass of the baggage. (Assume pulley and string to be ideal, rolling without slipping case) M 30°

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Chapter1: Units, Trigonometry. And Vectors
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The concentric cylinders shown in the diagram has masses 10 kg and 20 kg with radii r=10 cm and R=20 cm
respectively. You hang a baggage on the other end of the string such that the baggage accelerates downwards with an
acceleration 0.6 m/s?. Find out the mass of the baggage. (Assume pulley and string to be ideal, rolling without slipping
case)
R
M
30°
Transcribed Image Text:The concentric cylinders shown in the diagram has masses 10 kg and 20 kg with radii r=10 cm and R=20 cm respectively. You hang a baggage on the other end of the string such that the baggage accelerates downwards with an acceleration 0.6 m/s?. Find out the mass of the baggage. (Assume pulley and string to be ideal, rolling without slipping case) R M 30°
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