Solving NEET previous year questions topic-wise is one of the most targeted strategies for cracking the exam, because NTA consistently repeats concepts - especially from high-weightage chapters like Molecular Basis of Inheritance, Human Reproduction, Electrochemistry, and Laws of Motion. This collection on EduRev covers Biology, Physics, and Chemistry PYQs spanning from 2014 to 2025, organized chapter by chapter so you never waste time hunting through full-paper PDFs. Each chapter set allows you to spot recurring question patterns, identify which NCERT lines are most frequently tested, and measure your actual readiness per topic. For example, students who practice Photosynthesis PYQs separately often realize that cyclic vs. non-cyclic photophosphorylation is tested almost every alternate year - a pattern invisible when solving full papers. Use this resource on EduRev to build chapter-level confidence before moving to full mock tests.
| S.No. | Study Materials |
|---|---|
| 1 | Topic-wise NEET PYQs for Biology Class 11 |
| 2 | Topic-wise NEET PYQs for Biology Class 12 |
| 3 | Topic-wise NEET PYQs for Physics Class 11 |
| 4 | Topic-wise NEET PYQs for Physics Class 12 |
| 5 | Topic-wise NEET PYQs for Chemistry Class 11 |
| 6 | Topic-wise NEET PYQs for Chemistry Class 12 |
| 7 | Why NEET Topic-wise PYQs Are the Most Efficient Study Tool |
| 8 | High-Weightage NEET Chapters You Must Prioritize |
Biology Class 11 contributes a significant share of NEET's 90 Biology questions, drawing heavily from chapters like Cell Biology, Anatomy of Flowering Plants, and Breathing & Exchange of Gases. Students often underestimate Plant Kingdom and Structural Organisation in Animals, yet these chapters consistently produce 2-3 questions in the exam. Practicing previous year questions chapter-by-chapter for Class 11 Biology helps you identify which NCERT diagrams - such as the ultrastructure of a mitochondrion or the TS of a dicot root - appear repeatedly in paper. On EduRev, each chapter's PYQ set is curated from papers spanning 2016 to 2025, making it easy to track how question difficulty and topic emphasis have shifted over the years.
Class 12 Biology is the highest-scoring section for most NEET toppers, largely because chapters like Molecular Basis of Inheritance and Genetics (Principles of Inheritance & Variation) are extremely concept-dense and yield 8-10 questions combined. The PYQs here - covering 2014 to 2025 - are especially valuable for Biotechnology, where application-based questions on recombinant DNA technology and PCR require understanding of processes, not just definitions. Ecosystem questions frequently test the exact numerical values of ecological pyramids and energy flow percentages, making previous year practice essential. EduRev's topic-wise arrangement for Class 12 Biology lets you benchmark your accuracy topic by topic before the final exam.
Physics Class 11 chapters tested in NEET span from fundamental mechanics - where students most commonly drop marks on rotational motion and Work-Energy theorem applications - to thermodynamics and oscillations. The 45 Physics questions in NEET draw roughly 50% from Class 11 topics, making chapters like Laws of Motion, Gravitation, and Waves critical for score improvement. A common mistake is skipping Kinetic Theory and Thermal Properties of Matter as "theory chapters," when they actually feature numerical MCQs on RMS speed and Newton's Law of Cooling almost every year. The PYQs on EduRev for Physics Class 11 span 2014-2025 and are sorted topic-wise, helping you target weak areas without re-solving entire past papers.
Class 12 Physics in NEET is dominated by Electrostatics, Current Electricity, Optics, and Modern Physics - together accounting for the bulk of Physics marks. Semiconductor Electronics, though often treated lightly, has produced direct one-liner questions from NCERT almost every year, making it a high-ROI chapter for last-minute revision. Ray Optics questions frequently involve mirror and lens formula numericals where sign convention errors cause avoidable mistakes. Electromagnetic Induction and Alternating Current together form another cluster that rewards students who practice PYQ numericals. All 14 chapters from Class 12 Physics are covered in this EduRev collection with questions sourced from NEET papers between 2014 and 2025.
Class 11 Chemistry for NEET covers both theoretical and conceptual chapters where one misunderstood definition can cost marks. Chemical Bonding & Molecular Structure is among the most frequently tested chapters, with questions on hybridization, VSEPR theory, and molecular geometry appearing in virtually every NEET paper. Equilibrium is another chapter where students confuse Le Chatelier's principle applications with ionic equilibrium calculations - two distinct question types that both appear regularly. Organic Chemistry basics (nomenclature, isomerism, reaction mechanisms) from Class 11 also form the foundation for the more complex Class 12 organic chapters. Practicing these PYQs from 2014-2025 on EduRev ensures you encounter every question type NTA has historically used for each chapter.
Class 12 Chemistry contributes 45 questions to NEET, with Organic Chemistry typically dominating - Aldehydes, Ketones & Carboxylic Acids alone can contribute 3-4 questions involving both reaction mechanisms and name reactions. Coordination Compounds is another chapter where students lose marks by confusing EAN rule applications with crystal field theory questions. Electrochemistry numericals on EMF, Nernst equation, and conductance appear almost every year and require formula-level accuracy. The d- and f-Block Elements chapter tests specific factual recall about oxidation states and coloured compounds, where even a one-mark question can shift a candidate's rank by thousands. This EduRev collection covers all Class 12 Chemistry chapters with PYQs from 2014 to 2025.
The NEET exam tests a fixed syllabus, which means previous year questions are not just practice material - they are a direct map of what NTA considers examinable. When you solve topic-wise PYQs, you quickly notice that certain sub-topics recur with high frequency: for instance, the sliding filament theory in Locomotion & Movement has appeared in multiple papers with almost identical framing, while questions on cardiac output in Body Fluids & Circulation tend to test the same formula year after year. This pattern recognition is impossible when studying chapter theory alone. Working through 10 years of questions per chapter also exposes the exact depth of understanding required - you realize, for example, that NEET never asks you to derive the Henderson-Hasselbalch equation, but it does expect you to apply buffer concepts in context. EduRev's topic-wise PYQ collections for Biology, Physics, and Chemistry make this analysis structured and time-efficient.
Not all NEET chapters carry equal marks, and topic-wise PYQ data makes this gap starkly visible. In Biology, Molecular Basis of Inheritance, Human Reproduction, and Principles of Inheritance & Variation collectively account for 10-12 questions in most years. In Chemistry, the organic chapters - Aldehydes/Ketones, Haloalkanes, and Amines - alongside Coordination Compounds and Electrochemistry form the core of the 45-question Chemistry section. In Physics, Electrostatics, Ray Optics, and Modern Physics (Atoms + Nuclei + Dual Nature) are consistently the highest-yield chapters. Targeting these chapters first through dedicated PYQ practice on EduRev - rather than following a strictly sequential NCERT approach - is the fastest way to move your score above the 600-mark threshold.
| 1. How many questions from each chapter appear in NEET every year? | ![]() |
| 2. What's the best way to use previous year NEET questions for last-minute revision? | ![]() |
| 3. Do NEET previous year questions repeat, or do they ask the same concept differently? | ![]() |
| 4. How should I organise NEET PYQs to cover all topics before my exam? | ![]() |
| 5. Are NEET previous year questions enough to score well, or do I need additional practice? | ![]() |