W max = Gibbs Free Energy
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W max = Gibbs Free Energy
I understand that Wmax = G, but I'm a little confused on how those two became related. It makes sense somewhat but I don't completely see the connection. Is someone able to explain in more detail why this is true?
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Re: W max = Gibbs Free Energy
Hi!
I think deltaG is the most work a system can do at some temperature and pressure. wmax is the maximum amount of work that a system can do under constant temperature and pressure. When we're operating under constant temperature and pressure, we can thus reasonably assume that deltaG=wmax.
I think deltaG is the most work a system can do at some temperature and pressure. wmax is the maximum amount of work that a system can do under constant temperature and pressure. When we're operating under constant temperature and pressure, we can thus reasonably assume that deltaG=wmax.
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Re: W max = Gibbs Free Energy
From what I understood, the way that we connected this was through the equation where deltaG naught = Wmax = -nFEcell naught.
Re: W max = Gibbs Free Energy
DeltaG naught is the max amount of work a system does at a given temperature and pressure, while Wmaxis the maximum amount of work a system is capable of doing. Therefore, you can set them equal to each other.
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