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Physical Chemistry II Lecture notes M. Kuno
The units covered in this notes are as follows : Preface, Revision history, Introduction, Relevant Reading in McQuarrie, Summary of common equations, Summary of common symbols, Units, Math interlude, First law of thermodynamics, Heat capacities, internal energy and enthalpy, Thermochemistry, Free energy (Helmholtz and Gibbs), The fundamental equations of thermodynamics, Application of Free Energy to Phase Transitions, Mixtures, Equilibrium, Recap, Kinetics.
Author(s): M. Kuno
313 Pages 
Physical Chemistry Alberto Otero de la Roza
This text follows the mainstream core principles of physical chemistry in a way that highlights statistical thermodynamics with its applications. Starting with the thermodynamics of ideal gases, it leads to the kinetic theory of gases and detailed molecular behavior descriptions. The text also enters the domain of chemical kinetics, describing reaction rates as they relate to many variables. The book explores surface adsorption and transport phenomena, aiding in the illustration of the comprehension of molecules in the behavior at the interface and in motion. The book on physical chemistry was created for higher class students. The book is a very rigorous approach to physical chemistry with clear explanations and practical insights into molecular dynamics and thermodynamic principles.
Author(s): Alberto Otero de la Roza, University of Oviedo
165 Pages
Physical Chemistry Lecture notes by M. Kuno
This lecture note will introduce the major concepts of physical chemistry based on thermodynamics, chemical equilibrium, and kinetics. The topics include the first law of thermodynamics, heat capacities, enthalpy, thermochemistry, free energy, Helmholtz and Gibbs free energy; and an application of free energy to phase transitions, mixtures, and equilibrium. Common equations and symbols are summarized in detail, such that assimilation of knowledge is enhanced. For students, this is a great source material for those taking courses in physical chemistry-this book sets out clearly the structure of fundamental ideas and solving techniques.
Author(s): M. Kuno
313 Pages