If you have just stepped into a B.Sc. first-year classroom anywhere in India, chances are that inorganic chemistry is already on your timetable — and finding a textbook that genuinely matches the CBCS syllabus can feel harder than the subject itself. That gap is exactly what Inorganic Chemistry (For First Year B.Sc.), published by Himalaya Publishing House, attempts to fill. Written by a team of five experienced Mumbai college teachers — S.P. Turakhia, Chhaya Dixit, Rajeshwari A. Mirji, Beena Arora and V. Lakshmi Prasuna — the book is now in its twenty-fifth revised edition, updated for the 2016-17 CBCS framework.
What makes this edition worth talking about is not just its longevity (the first edition appeared in 1978) but the way the authors have continually reshaped it around what students actually struggle with. The preface is candid about the difficult spots — atomic structure, chemical bonding, oxidation-reduction chemistry — and the text responds with extra illustrations, diagrams and a question bank at the close of every chapter.
What the Book Covers — Chapter-wise Index
The content is split across two semesters and four papers, which is the structure most Indian universities follow with only minor variations. Here is the full index so you can see exactly what lands inside:
| Semester & Paper | Chapter | Topics | Pages |
|---|---|---|---|
| Sem I — Paper I | 1. Atomic Structure | Rutherford & Bohr models, quantum mechanics basics, orbitals, Aufbau principle | 1–38 |
| Sem I — Paper I | 2. Periodic Table and Periodicity | Periodic trends, ionization enthalpy, electronegativity, Slater's rule | 39–70 |
| Sem I — Paper II | 3. Comparative Chemistry of Main Group Elements | Metallic/non-metallic nature, allotropy, catenation, diagonal relationship | 71–101 |
| Sem I — Paper II | 4. Carbides, Nitrides, Oxides & Hydroxides (Group 1 & 2) | Comparative chemistry and important compounds like NaCl, NaOH, CaO, CaCO₃ | 102–127 |
| Sem I — Paper II | 5. Environmental Chemistry | Oxides of carbon, sulphur & nitrogen; oxyacids of sulphur and nitrogen | 128–148 |
| Sem II — Paper I | 6. Concepts of Qualitative Analysis | Gaseous evolutes, reagent papers, precipitation equilibria, common-ion effect | 149–171 |
| Sem II — Paper I | 7. Acid-base Theories | Arrhenius, Brønsted-Lowry, Lewis, HSAB, volumetric analysis | 172–195 |
| Sem II — Paper II | 8. Chemical Bond and Reactivity | Ionic vs covalent bonds, Fajan's rule, VSEPR theory, Lewis structures | 196–245 |
| Sem II — Paper II | 9. Oxidation-Reduction Chemistry | Redox potentials, Latimer & Frost diagrams, titration curves | 246–284 |
| Bonus — University Question Papers | 285–296 | ||
Features That Stand Out
A few choices in the book deserve a closer look. The chapter on atomic structure introduces a qualitative quantum-mechanical treatment — students learn the physical meaning of the equations without being burdened by full derivations, which is a sensible compromise for first-year learners. Molecular geometry is taught through VSEPR theory without hybridisation, a deliberate pedagogical shift in this edition, supported by plenty of diagrams so the shapes actually make sense on paper.
The comparative chemistry section on main group elements and Group 1 & 2 compounds is genuinely vast. The authors have done the hard work of arranging it in a logical, readable sequence rather than leaving it as a wall of reactions. Environmental chemistry is woven in through oxides and oxyacids of sulphur and nitrogen, connecting classroom theory to real pollution and atmospheric concerns.
Every chapter ends with a question bank, and the book closes with a set of previous university question papers (pages 285–296). For exam preparation, that combination is hard to beat — you get topic-wise practice and a feel for the actual paper pattern in one place.
Who Should Read It
The book is written for F.Y. B.Sc. students following the CBCS syllabus, with the University of Mumbai's 2016-17 framework as its backbone. Because the core inorganic chemistry syllabus is nearly identical across Indian universities — differing only in small reordering or omission of units — students from universities outside Mumbai will find the content fits their own two-semester structure with little adjustment. Chemistry lecturers looking for a classroom-ready reference with solved illustrations and ready question banks will also find it useful.