One reason why the study of thermodynamics is so valuable to students of chemistry and chemical engineering is that it is a theory which can be developed in its entirety, without gaps in the argument, on the basis of only a moderate knowledge of mathematics. It is therefore a self-contained logical structure, and much benefit and incidentally much pleasure-may be obtained from its study. Another reason is that it is one of the few branches of physics or chemistry which is largely independent of ...

This book is intended for university juniors in chemical or environmental engineering. It explains the fundamentals of physical and chemical equilibrium and how these relate to practical problems in chemical and environmental engineering. The student will find that our understanding of equilibrium is based on thermodynamics. Nature attempts to minimize Gibbs energy; this book shows some of the details of that minimization.

Movement is a fundamental feature of the world we live in; it is also inextricably linked with time. The measurement of time relies on change - monitoring the swing of a pendulum, perhaps - but conversely, any discussion of the motion of the pendulum must involve the concept of time. Taken together, time and change lead to the idea of rate, the quantity which tells us how much change occurs in a given time. Thus, for example, for our pendulum we might describe rate in terms of the number of swin ...

Chemical kinetics is the area of science devoted to the study of the rates as well as the mechanisms of reactions. Its applications range from the understanding of the interplay between metabolic processes, where the intricate control of the rates of enzymatic processes is fundamental for the overall wellbeing of biological systems, through industrial synthesis of both fine and heavy chemicals to the long-term geological and atmospheric changes occurring on our planet since the evolution of the ...

THIS book is based on lectures delivered at Cornell University under the George Fisher Baker Non-Resident Lectureship in Chemistry from February to June 1935. So rapidly is our understanding of Chemical Kinetics changing that it has been necessary to include additional material up to the time of the completion of the manuscript in 1937.

The present work is designed to provide a practical introduction to aqueous equilibrium phenomena for both students and research workers in chemistry, biochemistry, geochemistry, and interdisciplinary environmental fields. The pedagogical strategy I have adopted makes heavy use of detailed examples of problem solving from real cases arising both in laboratory research and in the study of systems occurring in nature. The procedure starts with mathematically complete equations that will provide v ...

Advances in Kinetics and Mechanism of Chemical Reactions describes the chemical physics and/or chemistry of 10 novel material or chemical systems. These 10 novel material or chemical systems are examined in the context of issues of structure and bonding, and/or reactivity, and/or transport properties, and/or polymer properties, and/or biological characteristics. This eclectic survey thus encompasses a special focus on the associated kinetics, reaction mechanisms and/or other chemical physics pro ...

Acid-base reactions, in which protons are exchanged between donor molecules (acids) and acceptors (bases), form the basis of the most common kinds of equilibrium problems which you will encounter in almost any application of chemistry. This document provides a reasonably thorough treatment of aquatic-solution acid-base equilibria. Although it has been used as the principal text for part of a university-level General Chemistry course, it can also serve as a reference for teachers and advanced st ...