Statistical Molecular Thermodynamics

Module 1 delves into the quantization of energy, atomic energy levels, and molecular energy levels. The course instructor introduces the grading policy, syllabus, and resources, providing a comprehensive overview of the course structure and expectations.

Module 2 explores the ideal gas equation of state, non-ideal gas equations, gas-liquid PV diagrams, and molecular interactions. This module provides a deep understanding of gas behavior and intermolecular forces.

Module 3 covers Boltzmann probability and population, ideal gas internal energy, and the ensemble partition function. This module delves into the statistical aspects of molecular thermodynamics.

Module 4 examines the properties of ideal monatomic, diatomic, and polyatomic gases, providing a detailed understanding of their behavior and energy levels.

Module 5 focuses on the first law of thermodynamics, adiabatic processes, and thermochemistry. This module provides insights into energy transfer and thermodynamic processes.

Module 6 delves into entropy, spontaneity, and statistical entropy, providing a comprehensive understanding of the role of entropy in chemical systems.

Module 7 explores entropy and other thermodynamic functions, emphasizing the third law of thermodynamics and the additivity of entropies.

Module 8 covers Helmholtz and Gibbs free energy, Maxwell relations, and the dependence of free energy on pressure and temperature. This module provides insights into the thermodynamic potentials and their applications.

The final exam module marks the culmination of the course, allowing you to demonstrate your understanding of statistical molecular thermodynamics through comprehensive assessments.