(Schaum's Outline Series) The text written for the UG level tries to provide a wholesome treatment to the subject, where concept-building of all major topics, has been facilitated through sections on Theory, Derivation of Numerical Equations, Examples & Problems for Practice. Key features Spans over 24 Chapters Covers all major topics of Physical Chemistry : Chemical thermodynamics, Atomic structure, Chemical Kinetics, Statistical thermodynamics, Electrochemistry [Comprises around 40% of any Standard syllabi] Three sections on each important topic to facilitate concept building : Summary in word and equation form, followed by an example problem Series of completely solved problems Set of supplementary problems Rich Pedagogy : Illustrations: 232 Solved problems: 364 Supplementary problems: 582 Relevant Numerical Derivations & Graphs Four Appendices for reference: Base & Derived Units Periodic Table [Important] Fundamental Concepts. Key Features Spans over 24 Chapters Covers all major topics of Physical Chemistry : Chemical thermodynamics, Atomic structure, Chemical Kinetics, Statistical thermodynamics, Electrochemistry [Comprises around 40% of any Standard syllabi] Three sections on each important topic to facilitate concept building : Summary in word and equation form, followed by an example problem Series of completely solved problems Set of supplementary problems Rich Pedagogy : Illustrations: 232 Solved problems: 364 Supplementary problems: 582 Relevant Numerical Derivations & Graphs Four Appendices for reference: Base & Derived Units Periodic Table [Important] Fundamental Concepts Table of contents Chapter 1. Gases and the Kinetic-molecular Theory Chapter 2. Translation and Transport Phenomena Chapter 3. First Law of Thermodynamics Chapter 4. Thermochemistry Chapter 5. Entropy Chapter 6. Free Energy Chapter 7. Chemical Equilibrium Chapter 8. Statistical Thermodynamics Chapter 9. Electrochemistry Chapter 10. Heterogeneous Equilibria Chapter 11. Solutions Chapter 12. Rates of Chemical Reactions Chapter 13. Reaction Kinetics Chapter 14. Introduction To Quantum Mechanics Chapter 15. Atomic Structure and Spectroscopy Chapter 16. Electronic Structure of Diatomic Molecules Chapter 17. Spectroscopy of Diatomic Molecules Chapter 18. Electronic Structure of Polyatomic Molecules Chapter 19. Spectroscopy of Polyatomic Molecules Chapter 20. Symmetry and Group Theory Chapter 21. Intermolecular Bonding Chapter 22. Crystals Chapter 23. Phenomena At Interfaces Chapter 24. Macromolecules