Thermal Expansion of Metal Ball Problem

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SUMMARY

The discussion centers on the thermal expansion of a metal ball and a metal ring. When the ball is heated, it expands and cannot pass through the ring due to its increased size. Conversely, if the ring is heated, it also expands, increasing the diameter of the hole. Therefore, the ball will pass through the heated ring as the hole size increases with the ring's temperature rise.

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  • Understanding of thermal expansion principles
  • Basic knowledge of metal properties
  • Familiarity with geometry of shapes
  • Ability to apply thermal expansion equations
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[SOLVED] Thermal Expansion Problem

Homework Statement



A metal ball is just able to pass through a metal ring. When the ball is heated thermal expansion will not allow it to pass through the ring. What would happen if the ring rather than the ball, were heated? Would the ball pass through the heated ring? Does the size of the hole in the ring increase, decrease, or stay the same?

Homework Equations





The Attempt at a Solution



Well at first, I thought it has to be of course the ball could pass through if heated because it would expand therefore making it larger. Would it however enlarge it in all outward directions even in the actual "hole" part making the "hole" area smaller?
 
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