Tension in a chain with circular motion

AI Thread Summary
Tension in a chain undergoing circular motion remains constant in magnitude at all points along the tangential direction due to system symmetry. To determine the tension, one must analyze the forces acting on a small segment of the chain that subtends a differential angle. Key factors to consider include the mass of the segment, its acceleration, and the forces acting on it. Understanding these dynamics is crucial for solving the problem. This approach will lead to a clearer understanding of the tension in the chain.
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Homework Statement



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upload_2017-7-20_20-46-32.png

Homework Equations

The Attempt at a Solution



What I know is tension is same in magnitude at all points of the chain along tangential direction due to the symmetry of the system.
But how to find it out?[/B]
 

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Consider all the forces acting on a small piece of the chain, which subtends a differential angle.
(What is the mass, acceleration, and acting forces on this piece?)
 
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