General Information
Syllabus
Lecture 1
Ideal gas law
Lecture 2
First law of thermodynamics
Lecture 3
Enthalpy
Lecture 4
Entropy
Lecture 5
The third law
Lecture 6
Free energy functions
Lecture 7
Maxwell Relations
Lecture 8
Free energy applications
Lecture 9
Phase diagrams
Lecture 10
Ideal solutions. Raoult's law.
Lecture 11
Non-ideal solutions. Henry's Law. Activity.
Lecture 12
Colligative properties.
Lecture 13
Statistical Mechanics. Partition functions.
Lecture 14
Statistical Thermodynamics. The equilibrium constant.
Lecture 15
Chemistry of Surfaces.
Lecture 16
Transport properties.
Lecture 17
Colloid Chemistry.
Lecture 18
Dielectric properties of matter.
Lecture 19
Introduction to Kinetics. First order kinetics
Lecture 20
Transition State Theory
Lecture 21
Second order kinetics. Michaelis Menten model.
Lecture 22
Biological Applications: Photosynthesis
Lecture 23
Biological Applications: Heme proteins
Lecture 24
Geochemical Applications: Carbon dioxide equilibria
