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1. Calculate the theoretical potential of the following cells. Indicate whether the reaction will proceed spontaneously in the direction considered (oxidation on the left, reduction on the right) or whether an external voltage source is needed to force this reaction to occur. (a)Pb | Pb2 (0.120 M) || Cd2*(0.0500) |Cd (b) Zn |Zn2*(0.0420M)|| TI3*(9.06x10?M), TI*(0.0400M) |Pt (c) Pb | Pbl2(sat'd), 1(0.0220 M) || Hg²+(2.60x103 M) |Hg

1. Calculate the theoretical potential of the following cells. Indicate whether the reaction will proceed spontaneously in the direction considered (oxidation on the left, reduction on the right) or whether an external voltage source is needed to force this reaction to occur. (a)Pb | Pb2 (0.120 M) || Cd2*(0.0500) |Cd (b) Zn |Zn2*(0.0420M)|| TI3*(9.06x10?M), TI*(0.0400M) |Pt (c) Pb | Pbl2(sat'd), 1(0.0220 M) || Hg²+(2.60x103 M) |Hg

Chemistry: Principles and Practice
Chemistry: Principles and Practice
3rd Edition
ISBN:9780534420123
Author:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer
Publisher:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer
Chapter18: Electrochemistry
Section: Chapter Questions
Problem 18.44QE: For each of the reactions, calculate E from the table of standard potentials, and state whether the...
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1. Calculate the theoretical potential of the following cells. Indicate whether the reaction will proceed spontaneously in the direction considered (oxidation on the left, reduction on the right) or whether an external voltage source is needed to force this reaction to occur. (a)Pb | Pb2*(0.120 M) || Cd2*(0.0500) |Cd (b) Zn |Zn2*(0.0420M)|| TI3*(9.06x10-?M), TI*(0.0400M) |Pt (c) Pb | Pbl2(sat'd), 1(0.0220 M) || Hg²+(2.60x10 M) |Hg
Transcribed Image Text:1. Calculate the theoretical potential of the following cells. Indicate whether the reaction will proceed spontaneously in the direction considered (oxidation on the left, reduction on the right) or whether an external voltage source is needed to force this reaction to occur. (a)Pb | Pb2*(0.120 M) || Cd2*(0.0500) |Cd (b) Zn |Zn2*(0.0420M)|| TI3*(9.06x10-?M), TI*(0.0400M) |Pt (c) Pb | Pbl2(sat'd), 1(0.0220 M) || Hg²+(2.60x10 M) |Hg
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