Ecell = EBrz/Br-Na₂AQDS/AQDSH 6. Write the Nernst equation (equation 6C.4 in Atkins') for the cell reaction during discharging. e Where E -0.15 V (in the used NH4Br solution, 1.25 M, see Appendix, page 12, main Na₂AQDS/AQDSH™ manual for details) and E 1.1 V are the standard potentials for the reactions, F is the Faraday Br₂ /Br constant, R gas constant, T' temperature and v is the stoichiometric coefficient of the electron in the half cell

Principles of Instrumental Analysis
7th Edition
ISBN:9781305577213
Author:Douglas A. Skoog, F. James Holler, Stanley R. Crouch
Publisher:Douglas A. Skoog, F. James Holler, Stanley R. Crouch
Chapter24: Coulometry
Section: Chapter Questions
Problem 24.4QAP: Halide ions can he deposited at a silver anode, the reaction being Ag(s) + X- AgX(s) +e- Suppose...
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E... = E
cell
Br₂/Br
- E
Na₂AQDS/AQDSH
6. Write the Nernst equation (equation 6C.4 in Atkins') for the cell reaction during discharging.
Where E
-0.15 V (in the used NH4Br solution, 1.25 M, see Appendix, page 12, main
Na₂AQDS/AQDSH™
manual for details) and E 1.1 V are the standard potentials for the reactions, F is the Faraday
Br₂ /Br
constant, R gas constant, T temperature and v is the stoichiometric coefficient of the electron in the half cell
reactions.
Transcribed Image Text:E... = E cell Br₂/Br - E Na₂AQDS/AQDSH 6. Write the Nernst equation (equation 6C.4 in Atkins') for the cell reaction during discharging. Where E -0.15 V (in the used NH4Br solution, 1.25 M, see Appendix, page 12, main Na₂AQDS/AQDSH™ manual for details) and E 1.1 V are the standard potentials for the reactions, F is the Faraday Br₂ /Br constant, R gas constant, T temperature and v is the stoichiometric coefficient of the electron in the half cell reactions.
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