Nernst equation: Difference between revisions
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The Nernt equation, named after Walther Nernst, outputs the equilibrium constant of a given ion from the ion concentration, temperature and | The Nernt equation, named after [[Walther Nernst|Walther Nernst]], outputs the [[equilibrium constant|equilibrium constant]] of a given [[ion|ion]] from the ion concentration, [[temperature|temperature]] and [[valance electron|valance electron]] number. | ||
<math>E_ion=(-R × T)/(z × F)×ln〖(([〖Ion〗_in])/([〖Ion〗_out])〗)</math> | <math>E_ion=(-R × T)/(z × F)×ln〖(([〖Ion〗_in])/([〖Ion〗_out])〗)</math> | ||
Revision as of 11:27, 5 December 2018
The Nernt equation, named after Walther Nernst, outputs the equilibrium constant of a given ion from the ion concentration, temperature and valance electron number.
<math>E_ion=(-R × T)/(z × F)×ln〖(([〖Ion〗_in])/([〖Ion〗_out])〗)</math>