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- Maxwell Relations; Helmholts and Gibbs Free Energy
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Classroom Contents
Free Energies, Available Energies, and Stability Conditions - Lecture 6
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- 1 - Introduction
- 2 - Review: Definition of Heat Interaction
- 3 - Energy Exchange Entirely Distinguishable from Work
- 4 - Steady State Heat Transfer Requires Nonequilibrium
- 5 - Temperature as Escaping Tendency for Energy
- 6 - Chemical Potential as Escaping Tendency for Matter
- 7 - Measurement of Stable-Equilibrium Properties
- 8 - Review: Thermometer
- 9 - Review: Manometer
- 10 - Review: Partial Pressures and Chemical Potentials
- 11 - Review: Construction of the Fundamental Relation
- 12 - Changing Variables by Means of Legendre Transform
- 13 - Characteristic Functions from Legendre Transforms
- 14 - Maxwell Relations; Helmholts and Gibbs Free Energy
- 15 - Maxwell Relations; Partial Entropy and Volume
- 16 - Other Characteristic Functions
- 17 - Massieu, Hortsmann-Planck, and Euler Free Entropy
- 18 - Availability Functions
- 19 - Available Energy Fixed Volume and Amounts
- 20 - Stability Conditions from Available Energy
- 21 - LeChatelier-Braun Principle Part I
