Concise Inorganic Chemistry (5th Edition) — J.D. Lee
Book Title: Concise Inorganic Chemistry
Edition: Fifth Edition
Author: J.D. Lee, Senior Lecturer in Inorganic Chemistry, Loughborough University
Publisher: Blackwell Science
Chapters: 32 | Parts: 6 | Appendices: 15 (A–O)
B.Sc M.Sc CSIR-NET GATE BITSAT
Few textbooks earn the kind of loyalty that J.D. Lee's Concise Inorganic Chemistry has gathered over decades of classroom use. Now in its fifth edition, this book remains one of the most trusted references for inorganic chemistry across Indian universities — and for good reason. It pairs rigorous theory with enough descriptive chemistry to make every concept feel grounded, not abstract.
Book Features
What sets this edition apart is its balance. The opening chapters build the theoretical foundation carefully — atomic structure, the periodic table, bonding (ionic, covalent, metallic, and coordinate), and the general properties of elements. Lee never rushes through these fundamentals, and that patience pays off when you reach the heavier group-wise discussions later.
The treatment of coordination chemistry deserves special mention. Crystal field theory, molecular orbital theory, Jahn-Teller distortions, isomerism, and chelates are all handled with clarity, supported by diagrams that actually help rather than decorate. You also get a dedicated chapter on spectra, including Tanabe–Sugano diagrams — material that CSIR-NET and GATE aspirants will recognize instantly from question papers.
Beyond the main text, fifteen appendices (A through O) serve as ready-reckoners. Element abundances, melting and boiling points, densities, electronic structures, bond energies, solubilities, atomic weights, Mohs' hardness scale, and lists of top industrial chemicals and minerals make this a reference you keep returning to long after an exam is over.
Each chapter closes with Further Reading suggestions and a set of Problems, so the book doubles as a self-study tool rather than something you read passively.
Chapter Index (Summary)
The book is organized into six logical parts, moving from theory to s-block, p-block, d-block, f-block, and finally a set of applied topics.
| Part | Theme | Key Chapters |
|---|---|---|
| One | Theoretical Concepts & Hydrogen | Atomic structure, bonding (ionic/covalent/metallic/coordinate), general properties of elements, coordination compounds, hydrogen & hydrides |
| Two | The s-Block Elements | Group 1 (alkali metals), chlor-alkali industry, Group 2 (alkaline earth elements) |
| Three | The p-Block Elements | Groups 13–18: boron, carbon, nitrogen, chalcogens, halogens, noble gases |
| Four | The d-Block Elements | Transition metals — Groups 3 to 12 (Sc to Zn), including iron, cobalt, nickel, copper, zinc groups |
| Five | The f-Block Elements | Lanthanide series and actinides, including nuclear chemistry of uranium and the later actinides |
| Six | Other Topics | The atomic nucleus (radioactivity, fission, fusion, nuclear power), and Spectra (term symbols, selection rules, electronic spectra of transition metal complexes) |
That last part is easy to overlook but genuinely valuable. Chapter 31 walks through nuclear stability, decay series, chain reactions, and reactor types — content that shows up in competitive exams more often than students expect. Chapter 32 on spectra, with its treatment of microstates and Tanabe–Sugano diagrams, is where many postgraduate students first truly grasp spectrochemical theory.
Who Should Read This
If you are a B.Sc student building your first serious understanding of inorganic chemistry, this book will carry you through all three years with very little need for a second reference. M.Sc students turn to it for revision and for topics like coordination chemistry and spectra that recur in greater depth at the postgraduate level.
For CSIR-NET and GATE aspirants, Lee is almost a default choice — the problem sets, the coverage of periodic trends, and the appendix data align well with what these exams test. BITSAT candidates benefit from the concise descriptive sections on individual groups. Because the syllabus structure mirrors what almost every Indian university follows, the book fits existing coursework with only minor adaptations needed.
One small caveat: the fifth edition leans British in some spellings and conventions, and a few industrial-process details reflect older figures. None of this affects conceptual learning, but it is worth knowing if you are cross-referencing with an Indian-author textbook for exam-specific data.
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