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Unformatted text preview: Figure 535 Table 82 Na + ClK + +60 mV63 mV90 mV Equilibrium Potentials for Key Ions For a Neuron Resting at 60 mV Nernst Equation Electrochemical Equilibrium Voltage = (RT/nF) •log e (C out /C in ) R = gas constant T = temperature F = Faraday Constant N = valence Cout = concentration of ion outside cell Cin = concentration of ion inside cell Nernst Equation of Equilibrium Potential Equilibrium Voltage = 61× log [Na outside / Na inside ] Equilibrium Voltage = 61× log [K outside / K inside ] Equilibrium Voltage = 61× log [Cl outside / Cl inside ] Electrochemical Equilibrium...
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 Fall '10
 HUDSON
 Electrochemistry, Electrochemical Equilibrium, Equilibrium Voltage

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