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Welcome to Physical Chemistry II

Module 1. Equations of State

1.1. Course Introduction
1.2. Kinetic Theory
1.3. Ideal Gases
1.4. Real Gases
Review

Module 2. Statistical Mechanics

2.1. Introduction to Statistical Mechanics
2.2. Canonical Ensemble
2.3. Ensemble Averages
2.4. Molecular Partition Functions
2.5. Particle in a Box
2.6. Harmonic Oscillator
2.7. Linear Rigid Rotor
2.8. Molecular Statistical Mechanics
Review

Module 3. First Law & Enthalpy

3.1. Conservation of Energy
3.2. Applications of the First Law
3.3. Enthalpy
Review

Module 4. Second Law & Entropy

4.1. Entropy
4.2. Carnot Cycle
4.3. Second Law

Module 5. Third Law & Free Energy

5.1. Free Energy
5.2. Third Law
5.3. Ammonia Formation

Module 6. Phase Equilibria

6.1. Phase Diagrams

Appendices

Appendix A. Differential Calculus
Appendix B. Thermal Energy

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5.3. Ammonia Formation

Contents

Overview

5.3. Ammonia Formation#

Overview#

Under construction…

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5.2. Third Law

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6.1. Phase Diagrams

Contents

Overview

By Robert B. Wexler

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