About the Book
Some textbooks survive one semester and then collect dust. Miessler's Inorganic Chemistry is not one of them. Now in its fifth edition, this book has earned a reputation as the quiet workhorse of inorganic chemistry courses across the world, and for good reason. Gary L. Miessler and Donald A. Tarr of St. Olaf College, together with Paul J. Fischer of Macalester College, wrote it for students who need theory explained patiently before it is applied ruthlessly.
The strength of this edition lies in its sequencing. Atomic structure arrives first, followed by bonding theories that grow steadily more sophisticated — Lewis and VSEPR, then molecular orbitals, then the full machinery of group theory. By the time you reach coordination chemistry, the groundwork is already done. Nothing feels bolted on.
Tone matters too. Plenty of advanced texts read like reference manuals written for people who already know the subject; this one reads like a teacher who remembers what confusion felt like. Derivations are set out step by step, assumptions are stated openly, and the periodic trends that examiners love to probe — electronegativity, ionization energy, shielding — get patient, repeated attention rather than a rushed table. Small editorial touches, like flagging which topics commonly trip students up, make solo study far less lonely.
| Book Details | |
|---|---|
| Book Name | Inorganic Chemistry (5th Edition) |
| Authors | Gary L. Miessler, Paul J. Fischer, Donald A. Tarr |
| Publisher | Pearson |
| Edition | 5th Edition |
| Chapters | 15 chapters + 3 appendices (A: Answers to Exercises, B: Useful Data, C: Character Tables) |
| Level | Postgraduate (M.Sc) and Competitive Exams |
| Language | English |
Key Features
What keeps this book on recommended reading lists year after year? A few things stand out.
- Logical chapter progression — from atomic structure to molecular orbitals to coordination and organometallic chemistry, each topic builds on the last without sudden jumps in difficulty.
- Worked problems and exercises at the end of every chapter, with Appendix A providing answers so you can check your reasoning as you go.
- Modern, exam-relevant coverage — Tanabe–Sugano diagrams, the 18-electron rule, HSAB theory, catalysis, cluster compounds, and superconductivity all get proper treatment.
- Character tables and useful data compiled in the appendices, which doubles as a handy reference during revision.
- Clear figures and molecular orbital diagrams that make abstract symmetry arguments visible instead of purely theoretical.
What's Inside: Book Index
The book runs across fifteen chapters, moving from foundations to advanced organometallic chemistry. Here is the complete index.
| Chapter | Title | Page |
|---|---|---|
| 1 | Introduction to Inorganic Chemistry | 1 |
| 2 | Atomic Structure | 9 |
| 3 | Simple Bonding Theory | 45 |
| 4 | Symmetry and Group Theory | 75 |
| 5 | Molecular Orbitals | 117 |
| 6 | Acid–Base and Donor–Acceptor Chemistry | 169 |
| 7 | The Crystalline Solid State | 215 |
| 8 | Chemistry of the Main Group Elements | 249 |
| 9 | Coordination Chemistry I: Structures and Isomers | 313 |
| 10 | Coordination Chemistry II: Bonding | 357 |
| 11 | Coordination Chemistry III: Electronic Spectra | 403 |
| 12 | Coordination Chemistry IV: Reactions and Mechanisms | 437 |
| 13 | Organometallic Chemistry | 475 |
| 14 | Organometallic Reactions and Catalysis | 541 |
| 15 | Parallels between Main Group and Organometallic Chemistry | 579 |
| A | Appendix: Answers to Exercises | 619 |
| B | Appendix: Useful Data (available online) | — |
| C | Appendix: Character Tables | 658 |
Who Should Read This Book
This is a postgraduate-level text, and it does not pretend otherwise. First-year M.Sc students will live inside the early chapters on atomic structure, bonding, and group theory, while second-year students move into the coordination and organometallic sections that define advanced papers. For competitive exam aspirants, the payoff is different: CSIR-NET and GATE questions on coordination chemistry, electronic spectra, and organometallic reactions map almost directly onto chapters 9 through 14.
Undergraduate students in their final year can also use it as a bridge reference before stepping into a master's programme.
One honest caveat: the early chapters move briskly if your physical chemistry fundamentals are shaky, so pair chapters 4 and 5 with regular problem practice rather than passive reading. Treat the book as a two-year companion instead of a one-week cram, and it repays the patience many times over. Grab your copy below and start with the chapter that matches your syllabus — the structure of the book makes dipping in and out painless.