Non-Standard Cell Potential Equation

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UCSD1984

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Does "n" represent number of electrons transferred in the reaction? I'm going off my notes from Chad's and I can't recall if that's what the case is. I only have 1 example in my notes.

Also, how will questions be worded differently if asked to calculate cell potentials when considering Standard and Non-Standard Cell Potentials? I'm assuming that if we see concentrations of reactant and product, we can assume it's Non-Standard. But that's not a very efficient way of looking at it. Perhaps in all questions regarding Standard Cell Potentials, they would ask us to calculate STANDARD Cell Potentials?
 
Does "n" represent number of electrons transferred in the reaction? I'm going off my notes from Chad's and I can't recall if that's what the case is. I only have 1 example in my notes.

Also, how will questions be worded differently if asked to calculate cell potentials when considering Standard and Non-Standard Cell Potentials? I'm assuming that if we see concentrations of reactant and product, we can assume it's Non-Standard. But that's not a very efficient way of looking at it. Perhaps in all questions regarding Standard Cell Potentials, they would ask us to calculate STANDARD Cell Potentials?

n is indeed the total number of moles of electrons that were transferred.
 
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