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6. In class we went through a semi-empirical derivation of the i(t)-Eappi Curve expected in a voltammetry experiment involving a reversible redox reaction, 0.0592, -log- 0.0592, Flog mo. m (t) – i(t)) i(t) Eapol E mR Eq. 2-1 Show how to rearrange Eq. 2-1 to yield an expression to calculate the current i(t) for a particular Egppl value, i(1) = f(E appl ) -

6. In class we went through a semi-empirical derivation of the i(t)-Eappi Curve expected in a voltammetry experiment involving a reversible redox reaction, 0.0592, -log- 0.0592, Flog mo. m (t) – i(t)) i(t) Eapol E mR Eq. 2-1 Show how to rearrange Eq. 2-1 to yield an expression to calculate the current i(t) for a particular Egppl value, i(1) = f(E appl ) -

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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6. In class we went through a semi-empirical derivation of the i(t)-Eappl Curve expected in a voltammetry experiment involving a reversible redox reaction, 0.0592, mR m(t) – i(t) 0.0592 Eappl =|E+ Flog- mo -log n Eq. 2-1 n i(t) Show how to rearrange Eq. 2-1 to yield an expression to calculate the current i(t) for a particular Egppl value, i(t) = f(E appl ) -
Transcribed Image Text:6. In class we went through a semi-empirical derivation of the i(t)-Eappl Curve expected in a voltammetry experiment involving a reversible redox reaction, 0.0592, mR m(t) – i(t) 0.0592 Eappl =|E+ Flog- mo -log n Eq. 2-1 n i(t) Show how to rearrange Eq. 2-1 to yield an expression to calculate the current i(t) for a particular Egppl value, i(t) = f(E appl ) -
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