In one half-cell of a galvanic cell, a piece of platinum metal, Pt, dips into a solution containing 0.850 M Fe and 0.010M Fe , In the other half-cell a piece of cadmium metal, Cd, dips into a 0.500 M solution of Cd 2, 1. = +0.771 V for Fe + e Fe 2* e° = -0.403 V for Cd 2+ 2 e Cd i. Write the shorthand notation for the cell. ii. Calculate the standard cell potential, e°. iii. Calculate the equilibrium constant for the cell reaction. iv. Calculate the cell potential, E
In one half-cell of a galvanic cell, a piece of platinum metal, Pt, dips into a solution containing 0.850 M Fe and 0.010M Fe , In the other half-cell a piece of cadmium metal, Cd, dips into a 0.500 M solution of Cd 2, 1. = +0.771 V for Fe + e Fe 2* e° = -0.403 V for Cd 2+ 2 e Cd i. Write the shorthand notation for the cell. ii. Calculate the standard cell potential, e°. iii. Calculate the equilibrium constant for the cell reaction. iv. Calculate the cell potential, E
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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Transcribed Image Text:1. a.
In one half-cell of a galvanic cell, a piece of platinum metal, Pt, dips into a solution
containing 0.850 M Fe and 0.010M Fe 2, In the other half-cell a piece of
cadmium metal, Cd, dips into a 0.500 M solution of Cd 2.
° = +0.771 V for Fe 3 + e Fe 2+
e° =-0.403 V for Cd 2 + 2 e Cd
i.
Write the shorthand notation for the cell.
ii.
Calculate the standard cell potential, e°.
iii.
Calculate the equilibrium constant for the cell reaction.
iv.
Calculate the cell potential, E
b.
The oxidation of ethanol by the permanganate ion, Mn04, in aqueous acidic
solution produces ethanoic acid and Mn2. Use the half reaction method and
write the balanced equation for this reaction.
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