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2. Draw a detailed diagram of a galvanic cell that involves iron (III) metal and copper (II) metal using sulphate as your anion for each solution and potassium chloride solution for your salt bridge. a. Indicate the direction of motion of the electrons and all ions. b. Label the anode and the cathode. c. Write the oxidation and reduction half reactions. d. Write the overall (net) galvanic cell reaction e. How many electrons are exchanged for each redox process? f. Where does oxidation take place? g. Where does reduction take place? h. What is the purpose of the salt bridge? i. Which electrode gets bigger and which gets smaller? Why?

2. Draw a detailed diagram of a galvanic cell that involves iron (III) metal and copper (II) metal using sulphate as your anion for each solution and potassium chloride solution for your salt bridge. a. Indicate the direction of motion of the electrons and all ions. b. Label the anode and the cathode. c. Write the oxidation and reduction half reactions. d. Write the overall (net) galvanic cell reaction e. How many electrons are exchanged for each redox process? f. Where does oxidation take place? g. Where does reduction take place? h. What is the purpose of the salt bridge? i. Which electrode gets bigger and which gets smaller? Why?

Chemistry: Matter and Change
Chemistry: Matter and Change
1st Edition
ISBN:9780078746376
Author:Dinah Zike, Laurel Dingrando, Nicholas Hainen, Cheryl Wistrom
Publisher:Dinah Zike, Laurel Dingrando, Nicholas Hainen, Cheryl Wistrom
Chapter22: Substituted Hydrocarbons And Their Reactions
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102. Draw a detailed diagram of a galvanic cell that involves iron (III) metal and copper (II) metal using sulphate as your anion for each solution and potassium chloride solution for your salt bridge. a. Indicate the direction of motion of the electrons and all ions. b. Label the anode and the cathode. c. Write the oxidation and reduction half reactions. d. Write the overall (net) galvanic cell reaction e. How many electrons are exchanged for each redox process? f. Where does oxidation take place? g. Where does reduction take place? h. What is the purpose of the salt bridge? i. Which electrode gets bigger and which gets smaller? Why?
Transcribed Image Text:102. Draw a detailed diagram of a galvanic cell that involves iron (III) metal and copper (II) metal using sulphate as your anion for each solution and potassium chloride solution for your salt bridge. a. Indicate the direction of motion of the electrons and all ions. b. Label the anode and the cathode. c. Write the oxidation and reduction half reactions. d. Write the overall (net) galvanic cell reaction e. How many electrons are exchanged for each redox process? f. Where does oxidation take place? g. Where does reduction take place? h. What is the purpose of the salt bridge? i. Which electrode gets bigger and which gets smaller? Why?
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