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Question 4 Consider the following cell: PtH₂(g. (6.1x10^-1) atm)H(aq, ? M)Ag (aq. 1.0 M):Ag(s) If the voltage of this cell is +(1.050x10^0) V at 25°C and the standard reduction potential of the Ag*/Ag couple is +0.80 V, calculate the hydrogen ion concentration in the anode compartment. Enter your final answer to 2 significant figures. Your Answer: 1.7x10^-63 x (4.6x10^-5)

Question 4 Consider the following cell: PtH₂(g. (6.1x10^-1) atm)H(aq, ? M)Ag (aq. 1.0 M):Ag(s) If the voltage of this cell is +(1.050x10^0) V at 25°C and the standard reduction potential of the Ag*/Ag couple is +0.80 V, calculate the hydrogen ion concentration in the anode compartment. Enter your final answer to 2 significant figures. Your Answer: 1.7x10^-63 x (4.6x10^-5)

Chemistry: Principles and Reactions
Chemistry: Principles and Reactions
8th Edition
ISBN:9781305079373
Author:William L. Masterton, Cecile N. Hurley
Publisher:William L. Masterton, Cecile N. Hurley
Chapter17: Electrochemistry
Section: Chapter Questions
Problem 105QAP: Consider a voltaic cell in which the following reaction occurs. Zn(s)+Sn2+(aq)Zn2+(aq)+Sn(s) (a)...
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Question 4 Consider the following cell: PtH₂(g. (6.1x10^-1) atmiH(aq, ? M)Ag (aq. 1.0 M)Ag(s) If the voltage of this cell is +(1.050x10^0) V at 25°C and the standard reduction potential of the Ag*/Ag couple is +0.80 V, calculate the hydrogen ion concentration in the anode compartment. Enter your final answer to 2 significant figures. Your Answer: 1.7x10^-63 x (4.6x10^-5)
Transcribed Image Text:Question 4 Consider the following cell: PtH₂(g. (6.1x10^-1) atmiH(aq, ? M)Ag (aq. 1.0 M)Ag(s) If the voltage of this cell is +(1.050x10^0) V at 25°C and the standard reduction potential of the Ag*/Ag couple is +0.80 V, calculate the hydrogen ion concentration in the anode compartment. Enter your final answer to 2 significant figures. Your Answer: 1.7x10^-63 x (4.6x10^-5)
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