n in -nFE

[Matthew Casillas 1C]

is n equal to the number of moles or the number of electrons transferred in the process?

[arif_latif_2G]

Moles of electrons transferred.

[Mariana Fuentes 1L]

n is the number of electrons transferred.

[josephperez_2C]

Number of electrons transferred, it signifies whether or not the system is gaining or losing energy.

[Chris Dis3L]

n is equal to the number of electrons transferred. A negative value of n is impossible, thus n is either equal to 0 or a positive integer.

[Rosha Mamita 2H]

n represents the number of electrons transferred in the process

[Rehan Chinoy 1K]

As mentioned above, n is the number of moles of electrons. To find n, one must balance the complete redox reaction (not just each half rxn separately).

[Mariana Fuentes 1L]

The number of electrons transferred is what the n stands for.

[805097738]

n represents the number of electrons transferred in this equation!

[nicole-2B]

Thanks for clarifying what n was. I was lost when doing the homework problems

[CameronDis2K]

So if you were given an oxidation and reduction half equation, how do you know which coefficient (in front of the 'e-') to use? Do you add the moles of e- up or just select a number?

[Kaylee Clarke 1G]

n is the number of electrons transferred

[Jamie Lee 1F]

N signifies the number of electrons are transferred.

[Veronica Lu 2H]

n=number of electrons transferred

[Michelle Song 1I]

It's the number of electrons transferred, which you can find in the half reactions (after balancing them).