Electrochemistry Review - Cell Potential & Notation, Redox Half Reactions, Nernst Equation

This electrochemistry review video tutorial provides a lot of notes, equations, and formulas that you need to pass your next chemistry test / exam. It’s a nice video that provides an introduction or overview of electrochemistry including the most important fundamental topics and concepts. It contains plenty of examples and practice problems.

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Here is a list of topics:
1. How To Calculate The Standard Cell Potential
2. Voltaic and Galvanic Cells vs Electrolytic Cells
3. Redox Half Reactions – Oxidation vs Reduction – Anode & Cathode Electrodes
4. Calculating Gibbs Free Energy Using The Cell Potential – delta G & Electrical Work
5. How To Find The Equilbrium Constant K Using Cell Potential and Delta G
6. Nernst Equation – Calculating Nonstandard Cell Potential Using Reaction Quotient Q
7. Calculating The Product Reactant Ratio Using The Cell Potential
8. The Purpose of Salt Bridge – Cations and Anions – Ionic Flow
9. How To Write The Standard Cell Notation For a Galvanic Cell
10. How To Balance Redox Reactions In Acidic Solution and Basic Solution
11. Electrolysis Problems – How To Find The Reactions That Occurs at The Anode and Cathode
12. How To Identify The Strongest Oxidizing Agent and Reducing Agent
13. How To Calculate The Oxidation State / Number
14. Spontaneity – Spontaneous and Nonspontaneous Redox Reactions
15. Equilibrium, Le Chatelier’s Principle and Cell Potential
16. The effect of Reactant and Product Concentration on The Cell Potential
17. Electrochemistry Stoichiometry Problems
18. How To Calculate the Current in Amps Given the mass in grams and the time in minutes
19. Q=It, Charge = Current x time – Faraday’s constant – 96485 Coulombs per mole of electrons
20. Mass in grams, Charge in Coulombs, Current in Amps, time in seconds

Видео Electrochemistry Review - Cell Potential & Notation, Redox Half Reactions, Nernst Equation канала The Organic Chemistry Tutor