• relate the sign of the electrode potential to the direction of spontaneous change
• combine half cells to produce balanced redox reactions and to calculate cell potentials
• identify the species which are being oxidzied and those being reduced in a redox reaction
• write down the cell notation for a Galvanic cell including ones involving inert electrodes
• use the Nernst equation to calculate the effect of concentration on the cell potential
• relate the electrode potential and the reaction quotient
• relate the standard electrode potential and the equilibrium constant
• use Faraday's Laws of Electrolysis to relate the amount of product to the electric current applied

• Chapter 12 (in Blackman, Bottle, Schmid, Mocerino and Wille, Chemistry, 3^rd Edition, 2015 (John Wiley))

• A/Prof Clarke's lecture notes (weeks 8-13) You need to login to eLearning to access lecture notes.
• Critical Thinking Worksheet 9
• Answers to Critical Thinking Questions 9
• Homework Problem Sheet 8
• Answers to Homework Problem Sheet 8
• Critical Thinking Worksheet 10
• Answers to Critical Thinking Questions 10
• Critical Thinking Worksheet 11
• Answers to Critical Thinking Questions 11
• Quiz 3 - Sample Quiz
• Suggested exam questions and answers

Electrolysis - Self Learning Questions Contributed by Adam Bridgeman

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Complexes and Redox Equations - Self Learning Questions Contributed by Adam Bridgeman

Electrochemistry Contributed by Adam Bridgeman

Redox Reactions and Cell Potentials (short video tutorial) Tags: redox | cell potentials | half cells Contributed by Adam Bridgeman

Electrochemical Cells (short video tutorial) Tags: Galvanic | voltaic | electrolytic Contributed by Adam Bridgeman

Cell potentials Tags: Galvanic cells | voltaic cells Contributed by Adam Bridgeman

Galvanic Cells Tags: Galvanic cells | voltaic cells Contributed by Adam Bridgeman

Electrochemical Cells Tags: Galvanic | voltaic | electrolytic Contributed by Adam Bridgeman