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(a) An alternative to the lead/acid battery currently in use in automobiles is the rechargeable Sodium/Sulfur The sodium anode is separated from the sulfur cathode by a b-alumina porous cell.   Na+ + e– ------> Na(s)                                 E°red = –2.71 V S(s) + 2e– ------> S2–                                     E°ox = + 0.48 V Using the provided electrode potentials, calculate E°cell for this battery. What is ∆G° for this process? Calculate Keq for this What is the cell voltage is [S2–] = 15 M and [Na+] = 0.0125 M?

(a) An alternative to the lead/acid battery currently in use in automobiles is the rechargeable Sodium/Sulfur The sodium anode is separated from the sulfur cathode by a b-alumina porous cell.   Na+ + e– ------> Na(s)                                 E°red = –2.71 V S(s) + 2e– ------> S2–                                     E°ox = + 0.48 V Using the provided electrode potentials, calculate E°cell for this battery. What is ∆G° for this process? Calculate Keq for this What is the cell voltage is [S2–] = 15 M and [Na+] = 0.0125 M?

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 83QAP: A lead storage battery delivers a current of 6.00 A for one hour and 22 minutes at a voltage of 12.0...
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  1. (a) An alternative to the lead/acid battery currently in use in automobiles is the rechargeable Sodium/Sulfur The sodium anode is separated from the sulfur cathode by a b-alumina porous cell.

 

Na+ + e– ------> Na(s)                                 E°red = –2.71 V

S(s) + 2e– ------> S2–                                     E°ox = + 0.48 V

Using the provided electrode potentials, calculate E°cell for this battery.

  • What is ∆G° for this process?
  • Calculate Keq for this
  • What is the cell voltage is [S2–] = 15 M and [Na+] = 0.0125 M?
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