1) Using the line notation and the half-reaction information provided, answer the following questions. Zn (s) I zn" (ag) || Cu²" (ag) I Cu (s) Zn" (ag) + 2e> Zn (s) Ees0.763 V Cu" (ag) + 2e> Cu (s) Eas 0.339 V ) Write the oxidation half-reaction. b) Write the reduction half-reaction. e) Which metal is the anode? cathode? d) Write the balanced redox reaction. e) Calculate Een (show work) ) Determine the value of n e) Write the expression for the reaction quotient, Q. h) Calculate the equilibrium constant, K. (show work)

Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter18: Electrochemistry
Section: Chapter Questions
Problem 61E: Consider only the species (at standard conditions) Na+, Cl, Ag+, Ag, Zn2+, Zn, Pb in answering the...
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1) Using the line notation and the half-reaction information provided, answer the following
questions.
Zn (s) I zn" (ag) |I Cu?" (ag) I Cu (s)
Zn" (ag) + 2e> Zn (s)
E 0.763 V
Cu" (ag) + 2e> Cu (s)
Ea 0.339 V
) Write the oxidation half-reaction.
b) Write the reduction half-reaction.
c) Which metal is the anode?
cathode?
d) Write the balanced redox reaction.
e) Calculate Eses (show work)
9 Determine the value of n
8) Write the expression for the reaction quotient, Q.
h) Calculate the equilibrium constant, K. (show work)
Transcribed Image Text:1) Using the line notation and the half-reaction information provided, answer the following questions. Zn (s) I zn" (ag) |I Cu?" (ag) I Cu (s) Zn" (ag) + 2e> Zn (s) E 0.763 V Cu" (ag) + 2e> Cu (s) Ea 0.339 V ) Write the oxidation half-reaction. b) Write the reduction half-reaction. c) Which metal is the anode? cathode? d) Write the balanced redox reaction. e) Calculate Eses (show work) 9 Determine the value of n 8) Write the expression for the reaction quotient, Q. h) Calculate the equilibrium constant, K. (show work)
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