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    Physical Chemistry - 2.3 (2026-2027)

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    Yingbin Ge, Central Washington University

    Copyright Year:

    Publisher: Central Washington University

    Language: English

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    Attribution-NonCommercial-ShareAlike Attribution-NonCommercial-ShareAlike
    CC BY-NC-SA

    Table of Contents

    • Chapter 1. Fundamentals of Thermodynamics
    • Chapter 2. Internal Energy, Work, Heat, and Enthalpy
    • Chapter 3. Internal Energy and Enthalpy
    • Chapter 4. Entropy
    • Chapter 5. Helmholtz Energy and Gibbs Energy
    • Chapter 6. Chemical Equilibrium
    • Chapter 7. Physical Equilibrium
    • Chapter 8. Nonelectrolyte Solutions
    • Chapter 9. Electrolyte Solutions
    • Chapter 10. Electrochemistry
    • Chapter 11. Kinetic Theory of Gases
    • Chapter 12. Elementary Chemical Kinetics
    • Chapter 13. Complex Reaction Mechanisms
    • Chapter 14. Quantum Mechanical Postulates
    • Chapter 15. Quantum Translation
    • Chapter 16. Quantum Rotation
    • Chapter 17. Quantum Vibration
    • Chapter 18. Rotational and Vibrational Transitions
    • Chapter 19. The Hydrogen Atom and Hydrogenic Ions
    • Chapter 20. Many-Electron Atoms
    • Chapter 21. Molecular Orbital Theory
    • Chapter 22. Electronic and NMR Spectra of Molecules
    • Chapter 23. Computational Chemistry
    • Chapter 24. Probability and Statistics
    • Chapter 25. Statistical Thermodynamics

    About the Book

    This Physical Chemistry textbook by Yingbin Ge is an open-access resource meticulously crafted for undergraduate students in chemistry, biochemistry, and related STEM fields. The text strikes a precise balance between conceptual clarity and mathematical rigor, ensuring students build a deep understanding of thermodynamics, kinetics, quantum chemistry, and statistical mechanics. What sets this text apart is its student-centered pedagogy. Rather than focusing on formalism alone, Ge guides learners through step-by-step derivations that prioritize physical meaning. By explicitly addressing common misconceptions and integrating worked examples, the book transforms complex theory into manageable insights. Its modular structure offers instructors the flexibility to adapt the material to various course sequences, while the accompanying suite of lecture and tutorial videos makes it a comprehensive, accessible solution for the modern classroom.

    About the Contributors

    Author

    Dr. Yingbin Ge earned his Ph.D. from the University of Hawaii. He has taught at Central Washington University (CWU) since 2008. He was honored as Distinguished Professor for Teaching in 2020. Dr. Ge has taught 20+ courses such as general, physical, inorganic chemistry, and graduate courses. He has authored over ten peer‑reviewed publications in chemical education, appearing in journals such as the Journal of Chemical Education, ACS Omega, The Chemical Educator, and ChemTexts.

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