13:01Electrolysis Calculation Problems & Faraday's Constant - AP Chemistry Complete Course - Lesson 20.3Jeremy Krug654views
05:53Practice Problem: Cell Potential, Equilibrium Constants, and Free Energy ChangeProfessor Dave Explains291views
11:02Cell Potential & Gibbs Free Energy, Standard Reduction Potentials, Electrochemistry ProblemsThe Organic Chemistry Tutor409views
20:47Electrolysis & Electroplating Practice Problems - ElectrochemistryThe Organic Chemistry Tutor1579views
Multiple ChoiceWhat is the gibbs free energy change for the given reaction at 25ºC? Au3+ (aq) + 3 Li (s) →. Au (s) + 3 Li+ (aq)Given the following reduction potentials: Au3+(aq) + 3 e– →. Au (s) E°red = + 1.50 VoltsLi+ (aq) + e– →. Li (s) E°red = – 3.04 Volts193views1rank
Multiple ChoiceThe reduction of chlorate is given by the equation: ClO3– (aq) + 6 H3O+ (aq) → Cl – (aq) + 9 H2O (l)If the standard cell potential is given as 1.373 V, how many electrons are transferred under standard conditions?315views
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