Why Balance and Reverse Transformations Are Key in Thermodynamics

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In thermodynamics, a reverse transformation typically refers to a reversible process, while a balanced transformation may imply a quasistatic process. Every reversible process is indeed a balanced transformation, but not all balanced transformations are reversible. Non-reversible processes still adhere to the conservation of energy, although they may involve energy losses that complicate the balance. Understanding the distinctions between these concepts is crucial for analyzing thermodynamic systems effectively.
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In thermodynamics every reverse transformation (transfer, conversion) is a balanced transformation but are every balance transformation is reverse and why?:rolleyes: :smile:
 
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I don't understand what is a 'balance transformation' or 'reverse transformation'?
 
I suspect that "reverse transformation" means "reversible process." Maybe "balanced transformation" means "quasistatic process"?
 
In thermodynamics every reverse transformation (transfer, conversion,reversible process) is a balanced transformation but are every balance transformation is reverse and why?
and this not a home work
 
If I am understanding your question (which I may not be)...You can have a non-reversible process but still must have a conservation of energy. The quality of the balance depends on one's ability to account for the losses in an irreversible system.
 
Thread 'Thermo Hydrodynamic Effect'

Thread 'Thermo Hydrodynamic Effect'

Vídeo: The footage was filmed in real time. The rotor takes advantage of the thermal agitation of the water. The agitation is uniform, so the resultant is zero. When the aluminum cylinders containing frozen water are immersed in the water, about 30% of their surface is in contact with the water, and the rest is thermally insulated by styrofoam. This creates an imbalance in the agitation: the cold side of the water "shrinks," so that the hot side pushes the cylinders toward the cold...
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