Introductory Physical Chemistry
by David Ronis
Publisher: McGill University 2011
Number of pages: 163
Topics: Probability and Statistics; The Maxwell-Boltzmann Distribution; Collision Rates, Diffusion and Viscosity; Collision Theory of the Rate Constant; First Law of Thermodynamics; Thermochemistry; Ideal Gas Carnot Engines and Efficiency; The Second Law of Thermodynamics; The Clausius Inequality and the Mathematical Statement of the Second Law; Entropy and the Third Law; The Chemical Potential; Maxwell Relations; The Free Energy; Eigenvalues and Thermodynamic Stability; Entropy of Mixing; Thermodynamics of Electrochemical Cells.
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by Walter John Moore
An account of physical chemistry for students of science and engineering. The treatment is more precise than is customary in elementary books, and most of the relationships have been given at least a heuristic derivation from fundamental principles.
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This textbook is intended primarily for students beginning the subject of Physical Chemistry. The experimental data are first presented with the statement of the laws, then the explanation of the facts by the formulation of the theory.
This is a book on computer simulation of matter. The book is built on the framework of statistical thermodynamics. It is intended to serve as the textbook for an advanced undergraduate / graduate physical chemistry course in molecular simulation.
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The author has endeavored to collect the most important results of physical chemistry in such a manner that this important branch of modern chemistry may be accessible to those who have not made an exhaustive study of physics and mathematics.