]> 2026-04-07T05:08:47+02:00 FormalElectrodePotential 14 en Equilibrium electrode potential under conditions of unit concentration of species involved in the electrode reaction. FormalElectrodePotential b21de1ef-6c15-4d63-b320-c9b96fbf186f FormalElectrodePotential 2023-04-21T06:06:54Z 2460055.7547917 OSWb21de1ef6c154d63b320c9b96fbf186f 14 en OSWb21de1ef6c154d63b320c9b96fbf186f#FormalElectrodePotential;en FormalElectrodePotential 14 200 1 plainlist 2 [[HasObject::Category:OSWb21de1ef6c154d63b320c9b96fbf186f]] OSWb21de1ef6c154d63b320c9b96fbf186f# QUERYdc0588cd098eb54f8ef65d417b9b2c0b 14 [2,"smw-datavalue-wikipage-property-invalid-title","HasComment","E^{\\circ '}@en"] [2,"smw-datavalue-wikipage-property-invalid-title","HasComment","E_{eq} = E^{\\circ '} - (R*T \/ (z*F)) * \\sum_i{\\nu_i * ln(c_i\/c^{circ})}@en"] [2,"smw-datavalue-wikipage-property-invalid-title","HasComment","It is E\u00b0\u2032 which is calculated in electrochemical experiments when the concentrations of the various species are known, but their activities are not. Its value depends on the composi- tion of the electrolyte solution. The argument of ln is dimensionless, while the concentration ci is normalized through division by the standard concentration, usually c\u00b0 = 1 mol dm^{\u22123} for soluble species.@en"] OSWb21de1ef6c154d63b320c9b96fbf186f# ERR0cf8c53d7c740a4d5c6eafb6f7e19495