Shriver & Atkins' Inorganic Chemistry (5th Edition)
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About the Book
Few textbooks manage to hold their ground for decades while staying genuinely useful in a fast-moving field. Shriver & Atkins' Inorganic Chemistry, now in its fifth edition, is one of those rare titles. Written by Peter Atkins, Tina Overton, Jonathan Rourke, Mark Weller, and Fraser Armstrong, it was first published by W. H. Freeman in 2009 (© 2010) and carries ISBN 978-1-42-921820-7. What sets it apart is the way it threads together theory, descriptive chemistry, and the frontiers of modern research without ever losing the reader in abstraction.
The fifth edition brings a noticeable shift in tone and visual design. Diagrams have been redrawn for clarity, the layout feels less crowded, and worked examples sit closer to the concepts they illustrate. For Indian students especially, the chapter sequence aligns comfortably with most university syllabi — atomic structure, bonding, periodicity, and coordination chemistry appear in the order they're typically taught, so the book reads as a natural companion to classroom lectures rather than a parallel text you have to reconcile.
Key Features
Three structural pillars hold the book together. Part 1: Foundations builds the conceptual toolkit — quantum mechanics, molecular symmetry, acid–base behaviour, and redox chemistry. Part 2: The Elements and their Compounds walks through the periodic table group by group, from hydrogen and the s-block all the way to the f-block elements. Part 3: Frontiers is where things get genuinely exciting, covering solid-state and materials chemistry, nanotechnology, catalysis, and biological inorganic chemistry — topics that show up in GATE and CSIR-NET questions with increasing regularity.
Every chapter ends with Further Reading, Exercises, and Problems. The exercises test recall and basic application; the problems demand deeper reasoning. A full Resource Section at the back collects ionic radii, electronic properties, standard potentials, character tables, symmetry-adapted orbitals, and Tanabe–Sugano diagrams — reference material you'll reach for repeatedly during exam preparation.
Book Index
| Part | Chapters Covered |
|---|---|
| Part 1 — Foundations | 1. Atomic Structure · 2. Molecular Structure & Bonding · 3. Structures of Simple Solids · 4. Acids & Bases · 5. Oxidation & Reduction · 6. Molecular Symmetry · 7. Coordination Compounds · 8. Physical Techniques |
| Part 2 — Elements & Compounds | 9. Periodic Trends · 10. Hydrogen · 11–12. Group 1 & 2 · 13. Group 13 · 14. Group 14 · 15. Group 15 · 16. Group 16 · 17. Group 17 · 18. Group 18 · 19. d-Block · 20. d-Metal Complexes · 21. Coordination Reactions · 22. d-Metal Organometallics · 23. f-Block |
| Part 3 — Frontiers | 24. Solid-State & Materials · 25. Nanomaterials · 26. Catalysis · 27. Biological Inorganic Chemistry |
| Resource Section | 1. Ionic Radii · 2. Electronic Properties · 3. Standard Potentials · 4. Character Tables · 5. Symmetry-Adapted Orbitals · 6. Tanabe–Sugano Diagrams |
Who Should Read This
If you're pursuing a B.Sc M.Sc CSIR-NET GATE BITSAT qualification, this book fits squarely into your preparation path. B.Sc students will find Parts 1 and 2 map directly onto their core inorganic chemistry paper. M.Sc learners and CSIR-NET aspirants gain the most from Part 3, where frontier topics like catalysis and bioinorganic chemistry often differentiate a good score from a great one. GATE candidates benefit from the worked numerical style and the comprehensive resource appendices. BITSAT aspirants can use earlier chapters for sharpening fundamentals. The content suits nearly all Indian universities with only minor syllabus variations, which is why the book turns up on so many recommended-reading lists.
One honest caveat: the writing is dense in places. A first read of certain chapters — molecular symmetry, for instance — may feel slow if you're encountering group theory for the first time. That's not a flaw of the book so much as the nature of the subject. The payoff comes when you revisit those chapters after a semester of coursework, and suddenly the diagrams and derivations click into place.
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