Conceptual explanation for ΔS=Q/T

AI Thread Summary
The equation ΔS=Q/T relates the change in entropy (ΔS) to the heat added (Q) and the temperature (T) of a system. Its conceptual understanding is rooted in empirical observations rather than intuitive reasoning. The equation reflects how energy disperses in a system, with higher temperatures allowing for greater heat transfer without a significant increase in entropy. The discussion emphasizes the need for a deeper grasp of thermodynamic principles to appreciate the equation's implications. Understanding this relationship is crucial for solving problems in thermodynamics effectively.
Cole
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So understand how to solve a problem using the equation: ΔS=Q/T

But is there a conceptual explanation for why the equation works. And I'm not looking for a proof, but I simply want to understand why this equation should be intuitive.

Thanks for your time!
 
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Cole said:
So understand how to solve a problem using the equation: ΔS=Q/T

But is there a conceptual explanation for why the equation works. And I'm not looking for a proof, but I simply want to understand why this equation should be intuitive.

Thanks for your time!
It's not that intuitive, and it is based on empirical observation.
See my Physics Forums Insights Article: https://www.physicsforums.com/insights/understanding-entropy-2nd-law-thermodynamics/
 
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