2. Sketch (as accurately as you can) steady state i vs E curves for solutions prepared from: a) 1 mM SnV and 2 mM Cel b) 1 mM Fell and 2 mM Celv c) 1 mM Fell and 2 mM Sn" Eº (Cel) = 1.41 V, reversible Eº (Fe) = 0.77 V, reversible Eº (Sn¹V) = 0.15 V, irreversible For (a) assume Eeq = 0.20 V and io/ilim = 0.001, for (c) assume io/ilim = 0.01.
2. Sketch (as accurately as you can) steady state i vs E curves for solutions prepared from: a) 1 mM SnV and 2 mM Cel b) 1 mM Fell and 2 mM Celv c) 1 mM Fell and 2 mM Sn" Eº (Cel) = 1.41 V, reversible Eº (Fe) = 0.77 V, reversible Eº (Sn¹V) = 0.15 V, irreversible For (a) assume Eeq = 0.20 V and io/ilim = 0.001, for (c) assume io/ilim = 0.01.
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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![2. Sketch (as accurately as you can) steady state i vs E curves for solutions prepared from:
a) 1 mM SnV and 2 mM Ce
b) 1 mM Fell and 2 mM Celv
c) 1 mM Fell and 2 mM Sn"
Eº (Cel) = 1.41 V, reversible
Eº (Fe) = 0.77 V, reversible
Eº (Sn¹V) = 0.15 V, irreversible
For (a) assume Eeq = 0.20 V and io/ilim = 0.001, for (c) assume io/ilim = 0.01.
3. Draw concentration profiles for Cel in solution (b) from question 2 at:
a) 1.41 V
b) the anodic limiting current
c) 1.0 V
[Cell]bulk = 1 mM](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff9fc54f3-ace0-4f4f-b359-19f16723a120%2F9f24d954-45bb-4053-8c7a-d5e4a21cfa8d%2Few6kug_processed.jpeg&w=3840&q=75)
Transcribed Image Text:2. Sketch (as accurately as you can) steady state i vs E curves for solutions prepared from:
a) 1 mM SnV and 2 mM Ce
b) 1 mM Fell and 2 mM Celv
c) 1 mM Fell and 2 mM Sn"
Eº (Cel) = 1.41 V, reversible
Eº (Fe) = 0.77 V, reversible
Eº (Sn¹V) = 0.15 V, irreversible
For (a) assume Eeq = 0.20 V and io/ilim = 0.001, for (c) assume io/ilim = 0.01.
3. Draw concentration profiles for Cel in solution (b) from question 2 at:
a) 1.41 V
b) the anodic limiting current
c) 1.0 V
[Cell]bulk = 1 mM
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