" (2008) is a focused review of the mathematical methods essential for undergraduate and graduate chemistry students. It is effectively a compilation of the "MathChapters" found in his renowned textbooks, Physical Chemistry: A Molecular Approach and Quantum Chemistry . Key Features of the Book

Whether you are an undergraduate student struggling through your first semester of P-Chem, a graduate student reviewing fundamentals, or a working chemist needing a quick reference, this book serves as an excellent self-contained refresher. Key Mathematical Topics Covered

Quantum mechanics relies heavily on wave functions and probabilities. To understand the Schrödinger equation or the behavior of electrons in an atom, you must understand partial differential equations and operator algebra. Thermodynamics

Useful for making approximations in statistical thermodynamics (such as high-temperature limits).

To get the most out of Mathematics for Physical Chemistry , students should adopt a proactive study strategy.

And McQuarrie has a dry wit. In the preface: “This book is not intended to replace a course in mathematics. It is intended to make sure you survive your course in physical chemistry.”