Introductory Physical Chemistry
by David Ronis
Publisher: McGill University 2002
Number of pages: 131
Description:
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.
Download or read it online for free here:
Read online
(online reading)
Similar books
Applied Electrochemistryby Maurice de Kay Thompson - The MacMillan Company
This is an account of the most important electrochemical industries, as well as the principal applications of electrochemistry in the laboratory. The plan has been to discuss each subject from the theoretical and from the technical point of view.
(19745 views)
Physical Chemistry in Briefby J.P. Novak, S. Labik, I. Malijevska - Institute of Chemical Technology, Prague
The book covers the fundamental concepts of physical chemistry: state behaviour of gases, liquids, and solids, chemical thermodynamics, phase equilibrium, chemical equilibrium, electrochemistry, chemical kinetics and transport processes, etc.
(13225 views)
Advanced Chemical Kineticsby Muhammad Akhyar Farrukh (ed.) - InTech
The book on Advanced Chemical Kinetics gives insight into different aspects of chemical reactions both at the bulk and nanoscale level. Sections: Kinetics Modeling and Mechanism, Kinetics of Nanomaterials, Kinetics Techniques.
(7532 views)
Thermodynamic Extension of Density-functional Theoryby Robert Balawender, Andrzej Holas - arXiv
Topics: Basic Massieu function, its Legendre and Massieu-Planck transforms for equilibrium state in terms of density matrix; Finite-temperature ensemble spin-density functional theory; Zero-temperature limit of the ensemble spin-density theory.
(10269 views)