A platinum electrode is immersed into a solution of 10 mol m-3 KNO3 and poised at -1 V. (1) Sketch how the concentration of potassium ions, [K+], change as a function of distance, x, from the electrode surface. (Calculate the extent to which the electrical double layer protrudes from the electrode surface, assuming a water solvent (\epsi r = 78.1) at 25 deg C I
A platinum electrode is immersed into a solution of 10 mol m-3 KNO3 and poised at -1 V. (1) Sketch how the concentration of potassium ions, [K+], change as a function of distance, x, from the electrode surface. (Calculate the extent to which the electrical double layer protrudes from the electrode surface, assuming a water solvent (\epsi r = 78.1) at 25 deg C I
Chapter18: Introduction To Electrochemistry
Section: Chapter Questions
Problem 18.18QAP
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