Role of Reversibility in Carnot Cycle Efficiency

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Reversibility is crucial for achieving maximum efficiency in the Carnot cycle, as it ensures that there are no energy losses within the system. This concept implies that all processes in the cycle can be reversed without any increase in entropy, leading to optimal performance. The absence of excess heat or energy loss is a defining characteristic of an ideal Carnot engine. Any deviation from reversibility results in inefficiencies, highlighting the importance of this principle in thermodynamic cycles. Understanding the role of reversibility is essential for grasping the theoretical limits of engine efficiency.
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what role dos the reversibility play in making the carnot cycle most efficient?
 
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The reversibility means that there are no losses in the system. There is no excess heat/energy lost in the system.
 
Ignea_unda said:
The reversibility means that there are no losses in the system. There is no excess heat/energy lost in the system.

Haha, this is so wrong.
 

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