NEET 2025 Chemistry — 37 Years Chapterwise, Topicwise & Sub-topicwise Solved Papers
If you have been hunting for a Chemistry resource that doesn't just dump questions but actually teaches you how NEET thinks, this book is built for exactly that. Compiled by the YCT Expert Team under Chief Editor A.K. Mahajan and published by YCT Publications, it collects thirty-seven years of NEET (AIPMT) solved papers, arranged chapter by chapter, topic by topic, right down to the sub-topic level. The structure is aligned with the NMC syllabus, so nothing you revise here sits outside what the exam expects.
What makes this book different
Most solved-paper books sort questions by the year the exam was held. Useful, sure, but it leaves you flipping between unrelated chapters. This one flips the approach entirely. Every question from the last thirty-seven years has been reorganised under the chapter it belongs to, then under the specific topic, then under the precise sub-topic.
That last layer matters more than it sounds. When you finish, say, Mole Concept, you are not just guessing whether you're prepared — you can trace exactly which sub-questions NEET has historically favoured and which ones have appeared once in a decade. The pattern reveals itself.
Solutions sit right beside the questions rather than buried at the end. Each is worked out step by step, which is the part aspirants training alone genuinely need. The reasoning behind the elimination, the quick shortcut, the trap option — all of it is visible on the page.
Who should use it
This is squarely a NEET resource. The intended audience is the medical aspirant preparing for the National Eligibility cum Entrance Test — whether you're a Class 11 student starting early, a Class 12 student in the thick of revision, or a dropper sharpening your edge. The syllabus mapping follows the NMC framework, and the question set reflects the real exam's MCQ format, so your practice stays aligned with what actually shows up on paper.
Teachers and coaching mentors who build their own practice sheets can mine it for curated, exam-proven questions instead of inventing problems from scratch.
What's inside — chapter index
The book runs across thirty chapters spanning Physical, Inorganic, and Organic Chemistry. Here is the complete index with page references:
| Chapter | Page Range |
|---|---|
| 1. Some Basic Concepts of Chemistry | 13–26 |
| 2. Structure of Atom | 27–42 |
| 3. Classification of Elements & Periodicity | 43–54 |
| 4. Chemical Bonding & Molecular Structure | 55–85 |
| 5. States of Matter | 86–101 |
| 6. Thermodynamics | 102–121 |
| 7. Equilibrium | 122–151 |
| 8. Redox Reactions | 152–160 |
| 9. Hydrogen | 161–165 |
| 10. The s-Block Elements | 166–176 |
| 11. The p-Block Elements | 177–185 |
| 12. Organic Chemistry — Basic Principles & Techniques | 186–221 |
| 13. Hydrocarbons | 222–245 |
| 14. Environmental Chemistry | 246–250 |
| 15. The Solid State | 251–265 |
| 16. Solutions | 266–282 |
| 17. Electrochemistry | 283–303 |
| 18. Chemical Kinetics | 304–323 |
| 19. Surface Chemistry | 324–330 |
| 20. General Principles & Processes of Isolation of Elements | 331–338 |
| 21. The p-Block Elements (Group 15–18) | 339–360 |
| 22. The d- and f-Block Elements | 361–380 |
| 23. Coordination Compounds | 381–403 |
| 24. Haloalkanes and Haloarenes | 404–418 |
| 25. Alcohols, Phenols and Ethers | 419–441 |
| 26. Aldehydes, Ketones and Carboxylic Acids | 442–472 |
| 27. Amines | 473–490 |
| 28. Biomolecules | 491–512 |
| 29. Polymers | 513–523 |
| 30. Chemistry in Everyday Life | 524–528 |
Each chapter opens with its own sub-topic breakdown. Thermodynamics, for instance, splits into calorimetry, reaction enthalpy, Hess's law, entropy, and Gibbs energy. Equilibrium branches into ionic equilibrium, buffer solutions, and solubility equilibria. Organic chapters carry the deepest granularity — nomenclature, isomerism, reaction mechanisms, and qualitative analysis each get their own solved question sets.
How to get the most out of it
Work it chapter by chapter after you finish a topic in your main textbook. Don't jump straight to the solution. Sit with the question for a minute, commit to an answer, and only then check the worked-out reasoning. That thirty-second struggle is where the real learning locks in.
Use the sub-topic grouping as a diagnostic. If you keep missing questions under, say, Molecular Orbital Theory, the book has quietly told you where to go back and study. Treat it as a feedback loop, not a question bank to race through.
The thirty-seven-year span also doubles as a pattern detector. Some chapters — Chemical Bonding, Equilibrium, Organic basics — show up almost every single year. Others, like the later p-Block groups, surface in cycles. Spotting that rhythm is half the battle won.
Free download · NMC syllabus aligned · 37 years solved