Inorganic chemistry can be intimidating due to symmetry, point groups, and organometallics. Madan uses a step-by-step pedagogical style. He introduces the Molecular Orbital Theory for diatomics before moving to complexes, ensuring the student doesn't get lost.
| Q | A | |---|---| | | The most recent (5th) edition was released in 2018. Some Indian universities now use “Inorganic Chemistry” by J. E. Huheey as a complementary text, but Madan remains popular for its Indian‑exam focus. | | Can I use the PDF on my phone or tablet? | Yes – most e‑book platforms (Kindle, Google Play) support DRM‑free PDFs. If you download from NDLI, the file is already mobile‑friendly. | | What if I need solutions to the end‑chapter problems? | The back of the book contains a Solutions Manual (often sold separately). Many institutions provide a solution key via the course instructor or the library’s e‑resource. | | Do I need a strong math background for this book? | Only basic algebra, logarithms, and some familiarity with vectors for crystal field calculations. No calculus is required for the core chapters. | | Is there a companion workbook? | Yes – “ Advanced Inorganic Chemistry – Practice Problems ” (also by R. D. Madan) is available as a separate title, often bundled with the main textbook in university libraries. |
Some readers find the presentation or paper quality "old-fashioned" in physical copies.