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- Changing Variables by Means of Legendre Transform
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Classroom Contents
Definition of Heat Interaction and Thermodynamic Efficiencies - Lecture 5
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- 1 - Introduction
- 2 - Review: a More Precise Clausius Inequality
- 3 - Types of Interactions Between System
- 4 - Definition of Work Interaction
- 5 - Definition of Non-Work Interaction
- 6 - Definition of Heat Interaction
- 7 - Our Definition of Heat versus Heat Transfer
- 8 - Steady State Heat Transfer Requires Nonequilibrium
- 9 - Energy and Entropy Exchanges Between Reservoirs
- 10 - Interposing a System Makes Reversibility Possible
- 11 - Heat Engine Between Two Thermal Reservoirs
- 12 - Refrigerator Between Two Thermal Reservoirs
- 13 - Heat Pump Between Two Thermal Reservoirs
- 14 - Measurements of Stable-Equilibrium Properties
- 15 - Thermometer
- 16 - Manometer
- 17 - Pressure vs Force per Unit Area
- 18 - Heat Capacities
- 19 - Enthalpy and Heat Capacity at Constant Pressure
- 20 - Heat Capacity at Constant Volume
- 21 - Equation of State
- 22 - Mayer Relation, Sound Speed, Etc
- 23 - Gibbs Free Energy and Chemical Potentials
- 24 - Partial Pressures and Chemical Potentials
- 25 - Summary of Properties
- 26 - Fundamental Relation from Measurements
- 27 - Changing Variables by Means of Legendre Transform
