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t= 37%22 x 63 minutes Sydney wants to set up a cell to nickel plate her new volleyball trophy. She uses an electrolyte I) ions. Predict the current required to produce 5.55 g of nickel on the trophy in two minutes. electrode is the trophy placed? [152 A]

t= 37%22 x 63 minutes Sydney wants to set up a cell to nickel plate her new volleyball trophy. She uses an electrolyte I) ions. Predict the current required to produce 5.55 g of nickel on the trophy in two minutes. electrode is the trophy placed? [152 A]

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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t- 37%.22. x s 1OMIN 63 minutes 2. Sydney wants to set up a cell to nickel plate her new volleyball trophy. She uses an electrolyte containing nickel (II) ions. Predict the current required to produce 5.55 g of nickel on the trophy in two minutes. Also, at which electrode is the trophy placed? [152 A] 3. Allen is reading a chemical journal and notices an article about the production of chlorine. In the article, a cell E described that uses a 200 A current flowing through a cell containing molten sodium chloride for 28.0 hours. A is able to calculate the mass of the chlorine that would be produced. What did he calculate? [7.41kg]
Transcribed Image Text:t- 37%.22. x s 1OMIN 63 minutes 2. Sydney wants to set up a cell to nickel plate her new volleyball trophy. She uses an electrolyte containing nickel (II) ions. Predict the current required to produce 5.55 g of nickel on the trophy in two minutes. Also, at which electrode is the trophy placed? [152 A] 3. Allen is reading a chemical journal and notices an article about the production of chlorine. In the article, a cell E described that uses a 200 A current flowing through a cell containing molten sodium chloride for 28.0 hours. A is able to calculate the mass of the chlorine that would be produced. What did he calculate? [7.41kg]
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