Statistical Molecular Thermodynamics

This module introduces thermodynamics fundamentals and practical applications, covering quantized energy levels in atoms and molecules. Includes philosophical observations on thermodynamics importance and examples of practical applications like pressure changes and spontaneous reactions.

This module focuses on gases and equations of state, covering ideal gas law, van der Waals equations, and virial equations. Explores liquid-vapor diagrams, corresponding states, and interparticle interactions in real gases.

This module covers ensembles, statistical probabilities, and partition functions in thermodynamics. Explores Boltzmann probability, ideal gas properties, and molecular partition functions.

This module connects molecular properties to partition functions, examining atomic, diatomic, and polyatomic ideal gases. Explores how molecular properties influence partition functions and thermodynamic properties.

This extensive module covers the First Law of Thermodynamics, internal energy, heat, and work. Examines PV work, pressure at molecular level, and enthalpy in context of reaction thermochemistry.

This module introduces entropy as a state function and its relationship to disorder. Covers Second Law of Thermodynamics, statistical entropy, and Carnot cycle efficiency.

This module examines Third Law of Thermodynamics and standard entropy concepts. Explores measurement of Third Law entropies and their additivity in chemical changes.

This module covers Helmholtz and Gibbs free energies, Maxwell relations, and their applications. Includes practical applications like explaining elastomer behavior with thermodynamics.

This module consists of the final examination covering all course material.