Physical chemistry microlecture on the temperature and pressure dependence of coexistence curves and the Clapeyron equation.

1. Introduction
2. Ideal Gas Equation
3. van der Waals Gas Equation
4. Gas Equation Example
5. Virial Equation of State
6. Molecular Interaction Functions
7. Critical Point
8. Reduced Properties
9. Gas Properties Review
10. Energy Quantization
11. Boltzmann Factor
12. Average Ensemble Energy
13. Partition Function Example 1
14. Partition Function Example 2
15. Partition Function Example 3
16. Molecular Partition Function 1
17. Molecular Partition Function 2
18. Translational Partition Function
19. Rotational Partition Function
20. Statistical Mechanics Review
21. First Law
22. Pressure-Volume Work
23. State and Path Functions
24. Reversible Processes
25. Isothermal Processes
26. Adiabatic Processes
27. Adiabatic / Isothermal Comparison
28. Microscopic Heat and Work
29. Enthalpy
30. Enthalpy Example
31. Heat Capacity
32. Transition Enthalpy
33. Reaction Enthalpy
34. Hess's Law
35. Formation Enthalpy
36. Hrxn from Hformation
37. Hrxn Temp Dependence
38. First Law / Enthalpy Review
39. Spontaneous Processes
40. Entropy
41. Expansion Entropy
42. Second Law
43. Entropy Example
44. Statistical Entropy
45. Gibbs Entropy
46. Reversible Entropy
47. Heat Engines
48. Second Law / Entropy Review
49. Entropy Temp Dependence 1
50. Entropy Temp Dependence 2
51. Third Law
52. Transition Entropy
53. Debye T^3 Law
54. Absolute Calorimetric Entropy
55. Absolute Statistical Entropy
56. Residual Entropy
57. Reaction Entropy
58. Third Law / Absolute Entropy Review
59. Helmholtz Energy
60. Gibbs Energy
61. Natural Variables
62. Maxwell Relations: Concept
63. Maxwell Relations: Summary
64. Maxwell Relations: Example
65. Standard Entropy Correction
66. Gibbs-Helmholtz Equation
67. Fugacity
68. Fugacity Coefficient
69. Gibbs / Helmholtz Energy Review
70. Phase Diagrams
71. Gibbs Energy of Phases
72. Chemical Potential
73. Clapeyron Equation
74. Clausius-Clapeyron Equation
75. Statistical Chemical Potential
76. Phase Diagrams Review
77. Partial Molar Quantities
78. Gibbs-Duhem Equation
79. Solution Chemical Potential
80. Raoult's Law
81. Pressure-Composition Diagram
82. Temperature-Composition Diagram
83. Energy of Mixing
84. Henry's Law
85. Activity
86. Standard Activity
87. Liquid-Liquid Solutions Review
88. Molality and Molarity
89. Non-Volatile Solutes
90. Colligative Properties
91. Freezing Point Depression
92. Osmotic Pressure
93. Electrolyte Activity
94. Debye-Huckel Law
95. Solid-Liquid Solutions Review
96. Extent of Reaction
97. Equilibrium Constant Derivation
98. Le Chatalier's Principle
99. Concentration Equilibrium Constant
100. Standard Reaction Gibbs Energy
101. Equilibrium Gibbs Energy
102. Reaction Quotient
103. Reaction Spontaneity
104. Van't Hoff Equation
105. Fugacity Equilibrium Constant
106. Activity Equilibrium Constant
107. Condensed Phase Activity
108. Equilibrium Review
109. Electrochemical Cells
110. Half Cell Reactions
111. Cell Diagrams
112. Electromotive Force
113. Nernst Equation
114. Standard Reduction Potential
115. Electrochemistry Example
116. Electrochemical Enthalpy and Entropy
117. Ionic Gibbs Energy
118. Solubility Product
119. Batteries
120. Electrochemistry Review
121. Summary of Thermodynamics Chapters
122. Introduction
123. Average Kinetic Energy
124. Average Velocity
125. Maxwell-Boltzmann Distribution
126. Mean Free Path
127. Total Collision Rate
128. Kinetic Theory of Gases Review
129. Reaction Rates
130. Rate Laws
131. First Order Reactions
132. Second Order Reactions
133. Half Life
134. Determining Rate Laws
135. Reversible Reactions
136. Activation Energy
137. Reaction Coordinate
138. Reaction Rates Review
139. Reaction Mechanisms
140. Detailed Balance
141. Rate Determining Step
142. Steady-State Approximation
143. Unimolecular Reactions
144. Catalysis
145. Michaelis-Menton Mechanism
146. Reaction Mechanisms Review
147. Summary of Kinetics Chapters

This microlecture series from TMP Chem covers the content of an undergraduate course on chemical thermodynamics and kinetics. Topics include gas equations of state, statistical mechanics, the laws of thermodynamics, enthalpy, entropy, Gibbs and Helmholtz energies, phase diagrams, solutions, equilibrium, electrochemistry, kinetic theory of gases, reaction rates, and reaction mechanisms.