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19.6 Reduction Potentials and the Relationship between Cell Potential, Delta G, and the Equilibrium
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Classroom Contents
Chad's General Chemistry Videos - Complete Course
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- 1 1.1 Matter
- 2 1.2 Units, Conversions, and Significant Figures
- 3 2.1 Atomic Structure and Introduction to the Periodic Table
- 4 2.2 Classifying Compounds
- 5 2.3 Nomenclature of Ionic Compounds
- 6 2.4 Nomenclature of Molecular Compounds
- 7 2.5 Naming Acids
- 8 3.1 Reactions and Calculations With Moles
- 9 3.2 Mass Percents and Empirical and Molecular Formulas
- 10 3.3 Limiting Reagent Calculations
- 11 4.1 Solutions and Electrolytes
- 12 4.2 Double Displacement Reactions
- 13 4.3 Molarity, Solution Stoichiometry, and Dilutions
- 14 4.4 Oxidation Reduction Reactions
- 15 5.1 The First Law of Thermodynamics, Enthalpy, and Phase Changes
- 16 5.2 Calorimetry
- 17 5.3 Hess's Law and Enthalpies of Formation
- 18 6.1 Electromagnetic Radiation and the Photoelectric Effect
- 19 6.2 Electronic Transitions Absorption and Emission
- 20 6.3 The de Broglie Relation, the Heisenberg Uncertainty Principle, and Orbitals
- 21 6.4 Quantum Numbers
- 22 6.5 Electronic Configurations
- 23 7.1 Overview of Trends and Atomic Radius
- 24 7.2 Ionization Energy
- 25 7.3 Electron Affinity, Electronegativity, and Descriptive Chemistry
- 26 8.1 Bonding and Lattice Energy
- 27 8.2 Lewis Dot Structures
- 28 8.3 Bond Enthalpies
- 29 9.1 VSEPR Theory and Molecular Geometry
- 30 9.2 Hybridization
- 31 9.3 Polarity
- 32 9.4 Sigma and Pi Bonds
- 33 9.5 Molecular Orbital Theory
- 34 10.1 Properties of Gases and the Ideal Gas Law
- 35 10.2 Gas Laws
- 36 10.3 Partial Pressures, Density, and the Volume of Ideal Gases at STP
- 37 10.4 Graham's Law of Effusion and Real Gases
- 38 11.1 Intermolecular Forces
- 39 11.2 Phase Diagrams
- 40 13.1 Introduction to Colligative Properties, the van't Hoff factor, and Molality
- 41 13.2 Calculations Involving Freezing Point Depression and Boiling Point Elevation
- 42 13.3 Vapor Pressure Depression and Raoult's Law
- 43 13.4 Osmotic Pressure
- 44 14.1 Rates and Rate Expressions
- 45 14.2 Rate Laws
- 46 14.3 Mechanisms, Catalysts, and Reaction Coordinate Diagrams
- 47 14.4 Collision Theory and the Arrhenius Equation
- 48 14.5 Integrated Rate Laws and Half Lives
- 49 15.1 Equilibrium and Equilibrium Constants
- 50 15.2 Le Chatelier's Principle
- 51 15.3 Equilibrium Calculations
- 52 16.1 Introduction to Acids and Bases
- 53 16.2 Introduction to the pH Scale and pH Calculations
- 54 16.3 pH Calculations for Strong Acids and Bases
- 55 16.4 pH Calculations for Weak Acids and Bases
- 56 16.5 Acidity and Basicity of Salts
- 57 17.1 Buffers
- 58 17.2 Titrations and Titration Curves
- 59 17.3 pH Calculations Involving Titrations
- 60 17.4 Solubility and Ksp
- 61 17.5 The Common Ion Effect and Precipitation
- 62 17.6 pH Effects on Solubility
- 63 18.1 The Laws of Thermodynamics
- 64 18.2 Entropy
- 65 18.3 Gibbs Free Energy and the Relationship between Delta G, Delta H, and Delta S
- 66 18.4 Delta G, Delta H, Delta S and Formation Reactions
- 67 18.5 Gibbs Free Energy and the Equilibrium Constant
- 68 19.1 Oxidation Reduction Reactions and Oxidation States
- 69 19.2 Balancing Oxidation Reduction Reactions
- 70 19.3 Galvanic Cells
- 71 19.4 Standard Cell Potentials aka emf or Voltage
- 72 19.5 Nonstandard Cell Potentials the Nernst Equation
- 73 19.6 Reduction Potentials and the Relationship between Cell Potential, Delta G, and the Equilibrium
- 74 19.7 Electrolytic Cells
- 75 19.8 Electrolysis Calculations
- 76 20.1 Introduction to Nuclear Chemistry and Trends in Radioactivity
- 77 20.2 Balancing Nuclear Reactions Updated
- 78 20.3 Routes of Nuclear Decay, Fission, and Fusion
- 79 20.4 Kinetics of Nuclear Decay
- 80 20.5 Energy of Nuclear Reactions and Nuclear Binding Energy
- 81 21.1 Introduction to Coordination Chemistry
- 82 21.2 Nomenclature of Complex Ions and Coordination Compounds
- 83 21.3 Isomers
- 84 21.4 Review of Electronic Configurations
- 85 21.5 Crystal Field Theory
- 86 21.6 Color
- 87 21.7 Paramagnetism vs Diamagnetism
