Ecell (positive or negative) %3D Keq = (> 1 or < 1) %3D Cell Potential and Concentration When an electrochemical cell operates under non-standard conditions, we must calculate Ecell (as opposed to Ecell for standard conditions) using the Nernst Equation. Nernst Equation: Ecell E° cell in Q 1F Work through Example 17.6 before attempting the following practice problem. Write a balanced equation for this cell: Zn(s) | Ag*(aq) (0.500M) || Zn2* (0.0255M) | Ag(s) Calculate Ecell for this reaction. How many electrons are transferred in this reaction? n%3= Calculate the value of Q for this reaction. Using the Nernst Equation, calculate the cell potential (Ecell) for this reaction.

Principles of Modern Chemistry
8th Edition
ISBN:9781305079113
Author:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Publisher:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Chapter17: Electrochemistry
Section: Chapter Questions
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Ecell
(positive or negative)
%3D
Keq = (> 1 or < 1)
%3D
Cell Potential and Concentration
When an electrochemical cell operates under non-standard conditions, we must calculate Ecell (as opposed to
Ecell for standard conditions) using the Nernst Equation.
Nernst Equation: Ecell
E° cell
in Q
1F
Work through Example 17.6 before attempting the following practice problem.
Write a balanced equation for this cell:
Zn(s) | Ag*(aq) (0.500M) || Zn2* (0.0255M) | Ag(s)
Calculate Ecell for this reaction.
How many electrons are transferred in this reaction? n%3=
Calculate the value of Q for this reaction.
Using the Nernst Equation, calculate the cell potential (Ecell) for this reaction.
Transcribed Image Text:Ecell (positive or negative) %3D Keq = (> 1 or < 1) %3D Cell Potential and Concentration When an electrochemical cell operates under non-standard conditions, we must calculate Ecell (as opposed to Ecell for standard conditions) using the Nernst Equation. Nernst Equation: Ecell E° cell in Q 1F Work through Example 17.6 before attempting the following practice problem. Write a balanced equation for this cell: Zn(s) | Ag*(aq) (0.500M) || Zn2* (0.0255M) | Ag(s) Calculate Ecell for this reaction. How many electrons are transferred in this reaction? n%3= Calculate the value of Q for this reaction. Using the Nernst Equation, calculate the cell potential (Ecell) for this reaction.
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