• Basic Definitions and Thermodynamic Law
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• Work and Reversibilty: a Model Case of Gas Expansion/Compression
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• Boltzmann's Tombstone
  

• Features of State Functions (Monday 2/10)
• Enthalpy as the Heat Consumed at Constant Pressure (Monday 2/10)
  

• Sample Problems from Chapter 7 (Wednesday 2/12)
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• A Picture of a Supersonic Expansion (Fast Refrigerator)
• The 'Look' of a Partial Derivative (Wednesday 2/12)
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• ThermoChemistry: Enthalpy as a State Function (Wednesday 2/12)
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• The Carnot Engine as a Model of All Reversible Engines (Wednesday 2/12)
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• The Second Law Introduced (Friday 2/14)
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• Predicting Spontaneous Change and the Properties of the Derived State Functions (Monday 2/17)
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• The Relationship between Free Energy and the Equilibrium Constant (Monday 2/17)
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• Equilibrium, Free Energy and Phase Transitions (Wednesday 2/19)
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• Electrochemistry: The Conversion of Chemical Potential to Electricity (Friday 2/21/97)
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• An Electrochemical Cell
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• Table of Standard Electrode Potentials

• Entropy and Perception (Monday 2/24/97)
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• Enthalpy, Entropy, and Solvation (Monday 2/24/97)
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Class Project: Due Monday March 3 1997