Thermodynamics and Chemistry
Howard DeVoe, University of Maryland
Copyright Year: 2019
Publisher: Howard DeVoe
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This book is intended to serve for one semester graduate or undergraduate students who have background in physical chemistry. There are 14 chapters in the book which I believe would be very hard to cover in one semester. First five chapters seem... read more
This book is intended to serve for one semester graduate or undergraduate students who have background in physical chemistry. There are 14 chapters in the book which I believe would be very hard to cover in one semester. First five chapters seem like review of physical chemistry. However, covering the rest nine chapters in one semester sounds not realistic to me. Book covers all the areas in thermodynamics. The concepts are clearly explained. However, there are not many examples in the text. Almost all the text is theory. It would be better to have some examples, practice problems for students. Otherwise, it is not clear how to apply which theory to what problem. There are biographies of significant people of thermodynamics. This is really good idea, because students can relate to those people and learn more.
Based on my review, I could not find any typos or errors. It appears to be unbiased.
The material in this book is essential to any thermodynamics course. Thus, content is not expected to become obsolete anytime soon. The book was edited in 2019, most of the materials was updated. Quick examples is; SI units changed in May 2019 was covered in the book. However, book does not include any up-to-date examples and real world applications. Without those examples, students will have difficulty to understand the materials deeply. The content can be enhanced by adding more examples and exercises.
The text flows well and most of the technical terms are explained clearly in the first three chapters. Thus, students can understand the terms easily. The content is missing colored graphics. Many concepts are explained only in the text but not enhanced by graphics. There are many symbols and mathematics used in the context. However, they are explained well and review sections are included in the appendix. There are short intro paragraphs for each chapter. They can be improved by including learning objectives of the chapters.
The text in the book is pretty consistent.
The book is organized to the clear sections and subsections that are typical for a textbook of this type. Most of the sections are related to previous sections. Thus, it would be hard to divide some sections and reorganize without confusion. There are not case studies or examples in the book which would be easily realigned.
The content is well organized and flows well. Many technical terms and symbols are explained at the beginning of the chapters. Review of Calculus is included in the Appendix. More examples needs to be included to help students understand the material better.
I did not recognize any interface issues. All the figures and tables are very clear and consistent. Images are high quality. Equations are in consistent format and very easy to read. Font size of tables/figures/equations is perfect for the reader. Figures can be enhanced by adding colors. Almost all the figures are black/white.
I did not find any grammatical errors.
The content is very technical and I did not find any material that is culturally insensitive.
This books is a great addition to the open textbook library. Content is presented clearly, covers many topics in thermodynamics and has chapters that can be adopted to thermodynamics courses. However, the main issue is the lack of exercises, everyday related problems in each chapter. I teach in engineering and, practice problems, real case scenarios are essential to engineering students. Thus, I see myself using some content from the book but not adopt it as primary textbook for my course. That being said, this book is not written for engineering fields. So, it might be great resource for chemistry professors.
Table of Contents
- 1 Introduction
- 2 Systems and Their Properties
- 3 The First Law
- 4 The Second Law
- 5 Thermodynamic Potentials
- 6 The Third Law and Cryogenics
- 7 Pure Substances in Single Phases
- 8 Phase Transitions and Equilibria of Pure Substances
- 9 Mixtures
- 10 Electrolyte Solutions
- 11 Reactions and Other Chemical Processes
- 12 Equilibrium Conditions in Multicomponent Systems
- 13 The Phase Rule and Phase Diagrams
- 14 Galvanic Cells
About the Book
Thermodynamics and Chemistry is designed primarily as a textbook for a one-semester course in classical chemical thermodynamics at the graduate or undergraduate level. It can also serve as a supplementary text and thermodynamics reference source.
About the Contributors
Howard DeVoe, Associate Professor Emeritus, University of Maryland