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NEET 2026 chapter-wise weightage with important topics is one of the most searched preparation resources among medical aspirants. Since NEET UG has a vast syllabus across Physics, Chemistry, and Biology, preparing all chapters with equal priority is neither practical nor strategic. Analysing NEET previous year question paper trends helps identify high-weightage chapters, frequently asked concepts, and scoring areas that can significantly boost overall marks.
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Based on the analysis of the last five years’ NEET papers, this article provides a detailed subject-wise and chapter-wise weightage breakdown for NEET 2026 exam. Aspirants can use this data to prioritise important topics, plan revision cycles, and create a focused preparation strategy aligned with NCERT trends.
Yes. The NEET 2026 chapter-wise weightage analysis is based on question distribution patterns observed in the last five years of NEET UG examinations. While the exact number of questions may slightly vary each year, certain chapters consistently carry higher weightage.
For example, chapters like Current Electricity in Physics, Coordination Compounds in Chemistry, and Molecular Basis of Inheritance in Biology have repeatedly contributed a significant number of questions. Understanding these patterns helps aspirants prepare strategically without ignoring conceptual clarity.
Understanding NEET 2026 chapter-wise weightage helps aspirants plan their preparation in a smart and result-oriented way instead of studying all chapters with equal effort.
Identifies high-scoring and frequently asked chapters in NEET exam.
Helps in prioritising important topics from Physics, Chemistry, and Biology
Saves time by reducing focus on low-weightage chapters during initial preparation
Improves revision efficiency, especially in the last months before the exam
Supports better time management and subject-wise balance
Increases accuracy by focusing on NCERT-based and repeated concepts
Helps aspirants build a target-oriented study plan for NEET 2026
Using NEET chapter-wise weightage effectively helps students to maximise their score with focused preparation and systematic revision.
Also read: How to prepare for NEET in 2 months
Students can also check the detailed NEET 2026 exam pattern and NEET 2026 syllabus before planning subject-wise preparation.
Before analysing individual chapters, it is important to understand the subject-wise distribution of marks in NEET 2026:
Biology – 360 marks (50% weightage)
Chemistry – 180 marks (25% weightage)
Physics – 180 marks (25% weightage)
Since Biology carries half of the total marks, aspirants must prioritise NCERT-based preparation while balancing conceptual clarity in Physics and Chemistry.
Physics is often considered the most challenging section of NEET, and understanding the chapter-wise weightage for NEET 2026 Physics helps aspirants focus on high-scoring and frequently asked chapters. Analysing previous year trends shows that certain chapters contribute more questions every year, making them essential for scoring well.
Students can also practise chapter-wise previous year questions to understand the pattern and difficulty level of NEET Physics.
The table below presents the NEET Physics chapter-wise weightage along with the most important topics, helping students prioritise revision and practice numericals from high-weightage topics.
Chapter Name | Total Weightage (%) (based on last 5 years) | Important Topics to Focus |
7.95% | Ohm’s law, resistivity, drift velocity, Kirchhoff’s laws, Wheatstone bridge, meter bridge | |
6.28% | Electric potential, capacitors, energy stored in capacitor, dielectrics, series–parallel combination | |
5.86% | Reflection and refraction, mirror and lens formula, magnification, optical instruments | |
5.86% | Newton’s law, gravitational potential, escape velocity, satellites, Kepler’s laws | |
Semiconductor Electronics: materials, devices and simple circuits | 5.86% | Diodes, Zener diode, transistor, logic gates, PN junction |
5.44% | Lorentz force, motion in magnetic field, Biot–Savart law, Ampere’s law | |
5.44% | Simple harmonic motion, time period, energy in SHM, spring–mass system | |
Alternating Current | 5.02% | AC circuits, RMS value, impedance, resonance, power factor |
5.02% | Dimensional analysis, significant figures, error analysis | |
Electric Charges and Fields | 5.02% | Coulomb’s law, electric field, flux, Gauss’s law |
3.77% | Work–energy theorem, potential energy, power, collisions | |
3.77% | EM spectrum, displacement current, properties of EM waves | |
3.35% | Laws of thermodynamics, heat engines, Carnot cycle | |
3.35% | Kinematics, equations of motion, graphs | |
3.35% | Newton’s laws, friction, free body diagrams | |
Nuclei | 3.35% | Radioactivity, nuclear reactions, mass defect, binding energy |
2.93% | Centre of mass, torque, angular momentum, moment of inertia | |
2.93% | Faraday’s laws, Lenz’s law, induced emf | |
2.51% | Photoelectric effect, de Broglie wavelength | |
Mechanical Properties of Fluids | 2.51% | Pascal’s law, Bernoulli’s principle, viscosity |
Wave Optics | 2.51% | Interference, diffraction, Young’s double slit experiment |
Magnetism and Matter | 2.09% | Magnetic properties, earth’s magnetism |
Atoms | 2.09% | Bohr model, atomic spectra |
1.67% | Ideal gas equation, RMS speed, degrees of freedom | |
1.67% | Vector addition, projectile motion | |
Mechanical Properties of Solids | 1.26% | Stress–strain, Young’s modulus |
0.84% | Wave equation, sound waves | |
0.84% | Calorimetry, thermal expansion |
Chemistry is one of the most scoring sections in NEET when prepared strategically, as many questions are directly based on NCERT concepts, reactions, and formulas. Understanding the chapter-wise weightage for NEET 2026 Chemistry helps aspirants identify high-return chapters from Physical, Organic, and Inorganic Chemistry.
The table below presents the NEET Chemistry chapter-wise weightage along with high-yield topics, enabling students to prioritise revision, strengthen weak areas, and maximise their score in NEET 2026.
Chapter Name | Total Weightage (%) (based on last 5 year data) | Important Topics to Focus |
3.91% | Mole concept, stoichiometry, limiting reagent, concentration terms | |
5.12% | Bohr model, quantum numbers, electronic configuration, spectra | |
5.57% | Periodic trends, atomic size, ionisation energy, electron affinity | |
6.12% | VSEPR theory, hybridisation, molecular orbital theory, hydrogen bonding | |
States of Matter | 3.34% | Note: Removed from NEET 2026 syllabus |
5.15% | Laws of thermodynamics, enthalpy changes, Hess’s law, Gibbs free energy | |
2.97% | Chemical equilibrium, ionic equilibrium, buffer solutions, pH | |
2.82% | Oxidation number, balancing redox equations, redox titrations | |
0.84% | Note: Removed from NEET 2026 syllabus | |
The s-Block Element | 1.25% | Note: Removed from NEET 2026 syllabus |
3.58% | Group 13–17 properties, oxides, halogens | |
3.43% | Electronic configuration, oxidation states, magnetic properties | |
6.94% | Werner theory, IUPAC naming, isomerism, CFT | |
Solid State | 2.34% | Note: Removed from NEET 2026 syllabus |
6.33% | Colligative properties, Raoult’s law, abnormal molar mass | |
2.32% | Electrochemical cells, Nernst equation, conductance | |
4.73% | Rate law, order of reaction, Arrhenius equation | |
Surface Chemistry | 0.87% | Note: Removed from NEET 2026 syllabus |
5.44% | Reaction mechanisms, acidity–basicity, purification methods | |
6.63% | Alkanes, alkenes, alkynes, aromatic compounds, reactions | |
4.28% | SN1 & SN2 reactions, elimination reactions | |
4.28% | Preparation, reactions, acidic nature of phenols | |
4.70% | Nucleophilic addition, oxidation–reduction, name reactions | |
3.66% | Basic strength, diazotisation, Hoffmann bromamide reaction | |
2.60% | Carbohydrates, proteins, enzymes, vitamins | |
Polymers | 1.25% | Note: Removed from NEET 2026 syllabus |
Environmental Chemistry | 0.87% | Note: Removed from NEET 2026 syllabus |
General Principles and Processes of Isolation of Elements | 1.28% | Note: Removed from NEET 2026 syllabus |
The data is from past five years. As per the latest NEET 2026 syllabus updates, certain chapters have reduced or no direct weightage. Aspirants should always refer to the latest official NEET 2026 syllabus notification released by NTA before finalising their preparation strategy.
Biology carries the highest weightage in NEET, contributing 360 marks out of 720, making it the most scoring subject for NEET 2026 aspirants. Analysing the chapter-wise weightage for NEET Biology helps students identify frequently asked chapters and focus on NCERT-based, high-yield topics.
Since most Biology questions are directly NCERT-based, aspirants must revise NCERT line-by-line before attempting advanced-level MCQs. Therefore, following an NCERT-based biology preparation strategy is crucial for scoring high in NEET 2026.
The table below presents the NEET Biology chapter-wise weightage along with important topics, based on previous year trends, to support smart revision and effective exam preparation.
Chapter Name | Total Weightage (%) | Important Topics to Focus |
1.54% | Five-kingdom system, viruses, viroids, lichens | |
2.86% | Algae, bryophytes, pteridophytes, gymnosperms, angiosperms | |
3.52% | Root, stem, leaf modifications, inflorescence, flower, fruit | |
3.30% | Tissue systems, secondary growth, dicot vs monocot anatomy | |
3.30% | Cell organelles, membrane structure, cell theory | |
4.84% | Mitosis, meiosis, Prophase-I stages | |
4.40% | Proteins, carbohydrates, lipids, enzymes | |
5.49% | Non-chordates, chordates, diagnostic features | |
4.18% | Animal tissues, Morphology, anatomy and functions of different systems of an insect (Frog) | |
1.10% | Blood components, cardiac cycle, ECG | |
1.10% | Nephron structure, urine formation | |
2.64% | Light reaction, Calvin cycle, photorespiration | |
1.32% | Glycolysis, Krebs cycle, ETS | |
1.76% | Plant hormones, photoperiodism, vernalisation | |
2.86% | Endocrine glands, hormones, hormonal disorders | |
Transport in Plants | 1.10% | Note: Removed from NEET 2026 syllabus |
Digestion and Absorption | 1.54% | Note: Removed from NEET 2026 syllabus |
Mineral Nutrition | 0.44% | Note: Removed from NEET 2026 syllabus |
4.84% | Microsporogenesis, megasporogenesis, double fertilisation | |
4.62% | Gametogenesis, menstrual cycle, fertilisation | |
2.20% | Contraceptive methods, STDs, infertility | |
4.84% | Mendelian crosses, linkage, gene interaction | |
8.79% | DNA replication, transcription, translation, genetic code | |
2.64% | Evidences of evolution, Hardy–Weinberg principle | |
5.06% | Immunity, AIDS, cancer, drugs and alcoholism | |
2.20% | Antibiotics, sewage treatment, biogas | |
6.60% | rDNA technology, vectors, PCR, bioreactors | |
3.08% | GM crops, insulin production, gene therapy | |
3.30% | Population growth, interactions, adaptations | |
3.30% | Energy flow, nutrient cycles, ecological pyramids | |
Strategies for Enhancement in Food Production | 1.10% | Note: Removed from NEET 2026 syllabus |
Reproduction in Organisms | 0.22% | Note: Removed from NEET 2026 syllabus |
The data is from the last five years, and the chapters on plant transport, food production improvement strategies, digestion and absorption, reproduction in organisms, and mineral nutrition are no longer part of the syllabus.
With limited time before NEET 2026, aspirants should focus on chapters contributing nearly 60–70% of the paper. Prioritising high-weightage topics first, followed by medium-weightage chapters, ensures better score optimisation.
A structured revision plan including daily MCQ practice, weekly mock tests, and error analysis can significantly improve performance in the final months.
Focus first on chapters contributing the highest weightage in Biology, followed by high-return topics in Chemistry and scoring chapters in Physics. Avoid starting new low-weightage chapters during the final 30 days unless fundamentals are already strong.
Using NEET 2026 chapter-wise weightage correctly helps aspirants focus on high-scoring areas and avoid wasting time on low-return chapters.
Start preparation with NEET 2026 high-weightage chapters from Physics, Chemistry, and Biology
Give more revision cycles (3-4 times) to chapters that appear frequently in NEET
Use NEET previous year questions to understand how important topics are asked
Allocate study time based on weightage, difficulty level, and personal strengths
Practise NEET 2026 MCQs and numericals daily from high-impact chapters
Keep low-weightage chapters for final revision, not initial preparation
Revise NCERT diagrams, tables, and definitions for Biology and Inorganic Chemistry
Use mock tests to evaluate chapter-wise performance and adjust your study plan
Following a weightage-based strategy allows aspirants to study efficiently, improve accuracy, and maximise their NEET 2026 score.
Frequently Asked Questions (FAQs)
Biology has the highest weightage in NEET 2026, contributing 360 marks out of 720. Due to its NCERT-based questions and repeated topics, Biology is considered the most scoring subject for NEET aspirants.
While high-weightage chapters should be prioritised, low-weightage chapters should not be ignored completely. Once important chapters are well prepared, low-weightage topics can be revised to avoid losing easy marks.
High-weightage chapters should be revised at least 3-4 times before the NEET exam. Regular revision, along with PYQ practice and mock tests, helps improve accuracy and long-term retention.
NTA does not release official chapter-wise weightage. The analysis is based on previous year question trends and subject-wise question distribution.
High-weightage chapters from Biology such as Molecular Basis of Inheritance, Biotechnology, and Human Health & Disease, along with key chapters from Physics and Chemistry, together contribute nearly 60–70% of the total questions.
On Question asked by student community
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