Access Personalised Learning With Embibe Simple!
Download the Learning Outcomes App Today
NEET Important Dates 2025: Notification,Registration, Exam Date, Admit Card, Result
November 28, 2024
NEET Chapter-wise Solutions for Chemistry, Physics, and Biology
November 26, 2024
NEET Selection Process 2025: Revised Counselling Schedule
November 26, 2024
NEET Sample Paper 2025: Download PDFs With Solutions
November 26, 2024
NEET Candidate Login 2025: Admit Card, Application Form
November 26, 2024
NEET Exam Date 2025 (Soon): Schedule, Registration, Last Date
November 26, 2024
NEET Dress Code 2025: Revised Dress Code (Male & Female)
November 26, 2024
NEET Merit List 2025: All India Rank & State-wise List
November 26, 2024
NEET Answer Key 2025 PDF by NTA: Download Provisional and Final Answer Key
November 26, 2024
NEET Exam Analysis 2025: Check Section-wise Difficulty Level
November 25, 2024
NEET Exam 2025 Topics with Solutions: Is the NEET syllabus vast and time for preparation less? Well, many fail to complete the syllabus on time, and the reasons can be manifold. In such cases, one can resort to covering the high-weightage chapters, i.e., NEET important topics and then move on to the low-weightage chapters. These topics have a higher chance of appearing in the exam, helping you fetch good marks.
You can also create a study plan based on the weightage of chapters in NEET. A well-articulated study plan will help you cover the NEET syllabus based on what is more important, and you will also be able to manage time effectively. Dive into the article to know the subject-wise Important Chapters for NEET, the Weightage of Chapters in NEET, and more.
NEET Latest Updates:
— NTA will conduct the NEET UG 2025 exam date on May 04, 2025 (Tentatively).
— NEET UG 2025 exam will likely to be held in online mode (CBT). So, keep on practicing online NEET 202t topics and chapters.
The following table provides subject-wise NEET topics for the ease of students preparing for medical exam.
| Physics | Chemistry | Biology |
|---|---|---|
| 1.1.1Physics | 1.1.1Matter and its Nature | 1.1.1Diversity in the Living World |
| 1.1.2Nature of Physical Laws | 1.1.2Measurement of Matter and Uncertainty in Measurement | 1.1.2Biodiversity |
| 1.1.3Need for Measurement and Systems of Units | 1.1.3Laws of Chemical Combination | 1.1.3Characteristics of Living Organisms |
| 1.2.1Motion in a Straight Line | 1.2.1Atomic Models | 1.2.1History of Classification and Taxonomy |
| 1.2.2Differentiation and Integration for Describing Motion | 1.2.2Discovery of Sub-Atomic Particles | 1.2.2Kingdom Systems of Classification |
| 1.2.3Graphical Representation of Motion | 1.2.3Some Important Atomic Terms | 1.2.3Kingdom Monera |
| 1.3.1Intuitive Concepts of Force and Inertia | 1.3.1Classification of States of Matter | 1.3.1Classification of Plants |
| 1.3.2Momentum | 1.3.2Measurable Properties of Gases | 1.3.2Division Thallophyta |
| 1.3.3Newton’s Laws of Motion | 1.3.3Intermolecular Forces | 1.3.3Division Bryophyta |
| 1.4.1Work Done by a Force | 1.4.1Terminology in Thermodynamic | 1.4.1Classification of Animals |
| 1.4.2Conservative and Non-Conservative Forces | 1.4.2Fundamentals of Thermodynamics | 1.4.2Non-Chordates |
| 1.4.3Kinetic Energy | 1.4.3First Law of Thermodynamics | 1.4.3Chordates |
| .5.1Centre of Mass of a Two-Particle System | 1.5.1Introduction to Equilibrium | 2.1.1Functional Parts of a Flowering Plant |
| 1.5.2Centre of Mass of a Rigid Body | 1.5.2Equilibrium in Physical Processes | 2.1.2Root |
| 1.5.3Momentum Conservation and Centre of Mass Motion | 1.5.3Chemical Equilibrium and its Characteristics | 2.1.3Stem |
| .5.1Centre of Mass of a Two-Particle System | 1.6.1Redox Reactions | 2.2.1Plant Tissue System |
| 1.5.2Centre of Mass of a Rigid Body | 1.6.2Oxidation and Reduction | 2.2.2Anatomy of Root |
| 1.5.3Momentum Conservation and Centre of Mass Motion | 1.6.3Oxidation Number | 2.2.3Anatomy of Stem |
| 2.1.1Elasticity | 1.7.1Classification and Properties of Solids | 2.3.1Anatomy and Morphology of Animal Tissue |
| 2.1.2Hydrostatics | 1.7.2Classification of Crystalline Solids and their Properties | 2.3.2Morphology and Anatomy of Earthworm |
| 2.1.3Viscosity | 1.7.3Crystal Lattice and Unit cells | 2.3.3Morphology and Anatomy of Cockroach |
| 3.1.1Thermodynamics | 1.8.1Types of Solutions | 3.1.1An Overview of a Cell |
| 3.1.2Zeroth Law of Thermodynamics | 1.8.2Methods of Expressing Concentration of Solutions | 3.1.2Ultrastructure of Prokaryotic Cell |
| 3.1.3Heat, Work and Internal Energy | 1.8.3Solubility | 3.1.3Ultrastructure of Eukaryotic Cell |
| 3.2.1Equation of State of a Perfect Gas | 1.9.1Electrochemical Cells | 3.2.1Biomolecules |
| 3.2.2Kinetic Theory of Gases | 1.9.2Electrodes | 3.2.2Structure and Functions of Carbohydrates |
| 3.2.3Concept of Mean Path | 1.9.3Electrode Potential and Standard Electrode Potential | 3.2.3Structure and Functions of Proteins |
| 4.1.1Periodic Motion | 1.10.1Kinetics of Chemical Reactions | 3.3.1Cell Cycle |
| 4.1.2Simple Harmonic Motion | 1.10.2Rate of a Chemical Reaction | 3.3.2Mitosis |
| 4.1.3Free, Forced and Damped Oscillations | 1.10.3Factors Influencing Rate of Reaction | 3.3.3Meiosis |
| 4.2.1Wave Motion | 1.11.1Importance of Surface Chemistry | 4.1.1Movement of Water, Gases and Nutrients |
| 4.2.2Longitudinal and Transverse Waves | 1.11.2Adsorption | 4.1.2Cell to Cell Transport |
| 4.2.3Displacement Relation for a Progressive Wave | 1.11.3Catalysis | 4.1.3Plant Water Relations |
| 5.1.1Electric Charge and Its Properties | 2.1.1Brief History of The Development of Periodic Table | 4.2.1Methods to Study the Mineral Requirements of Plants |
| 5.1.2Conductors | 2.1.2Modern Periodic Law and the Present Form of the Periodic Table | 4.2.2Essential Mineral Nutrients |
| 5.1.3Semiconductor | 2.1.3Electronic Configurations and Types of Elements | 4.2.3Role and Deficiency Symptoms of Macro and Micro Nutrients |
| 5.2.1Conductors and Insulators | 2.2.1Kossel-Lewis Approach to Chemical Bonding | 4.3.1Photosynthesis as a Means of Autotrophic nutrition |
| 5.2.2Semiconductors | 2.2.2Ionic or Electrovalent Bond | 4.3.2Early Experiments in Photosynthesis |
| 5.2.3Superconductors | 2.2.3VBT for Bonding in Coordination Compounds | 4.3.3Sites of Photosynthesis |
| 5.3.1Concept of Magnetic Field | 2.3.1General Introduction of Hydrogen | 4.4.1Exchange of Gases in Plants |
| 5.3.2Magnetic Field Lines | 2.3.2Preparation of Dihydrogen | 4.4.2Cellular Respiration in Plants |
| 5.3.3Oersted’s Experiment | 2.3.3Properties of Hydrogen | 4.4.3Sites of Respiration in Plants |
| 5.4.1Faraday’s Law | 2.4.1General Introduction of Group 1 Elements | 4.5.1Plant Growth |
| 5.4.2Induced EMF and Current | 2.4.2Physical Properties of Group 1 Elements | 4.5.2Plant Development |
| 5.4.3Lenz’s Law | 2.4.3Chemical Properties of Group 1 Elements | 4.5.3Plant Growth Regulators |
| 5.5.1Displacement Current | 2.5.1Environmental Pollution | 5.1.1Alimentary Canal and Digestive Glands |
| 5.5.2Electromagnetic Wave and their Characteristics | 2.5.2Atmospheric Pollution | 5.1.2Process of Digestion |
| 5.5.3Maxwell’s Equations | 2.5.3Water Pollution | 5.1.3Absorption and Assimilation of Food |
| 6.1.1Basic Terms of Geometrical Optics | 2.6.1Occurrence of Elements in Nature | 5.2.1Respiratory Organs in Animals |
| 6.1.2Reflection of Light | 2.6.2Concentration of Ores | 5.2.2Respiratory System in Humans |
| 6.1.3Mirror Formula | 2.6.3Conversion of Ores into Oxide | 5.2.3Mechanism of Breathing in Humans |
| 6.2.1Wave Front and Huygens Principle | 2.7.1p-Block Elements | 5.3.1Composition of Blood |
| 6.2.2Interference of Light | 2.7.2General Introduction of Group 13 Elements | 5.3.2Blood Groups |
| 6.2.3Diffraction of Light | 2.7.3Physical Properties of Group 13 Elements | 5.3.3Coagulation of Blood |
| 7.1.1Photoelectric Effect | 2.8.1General Introduction of d- and f-Block Elements | 5.4.1Excretion in Animals |
| 7.1.2Einstein’s Photoelectric Equation | 2.8.2General Properties of d-Block Elements | 5.4.2Excretory Organs in Different Animals |
| 7.1.3Matter Waves | 2.8.3Some Important Compounds of Transition Metals | 5.4.3Modes of Excretion |
| 7.2.1Rutherford’s Model of Atom | 2.9.1Introduction to Coordination Compounds | 5.5.1Types of Movement in Animals |
| 7.2.2Bohr Model | 2.9.2Ligands and their Classification | 5.5.2Muscular System of Humans |
| 7.2.3Hydrogen Spectrum | 2.9.3Chelation | 5.5.3Human Skeletal System |
| 7.3.1Conductors, Insulators and Semiconductors | 3.1.1General Introduction of Organic Chemistry | 5.6.1Human Neural System |
| 7.3.2Energy Bands in Solids | 3.1.2Classification of Organic Compounds | 5.6.2Generation and Conduction of Nerve Impulse |
| 7.3.3Semiconductor Diode | 3.1.3IUPAC Nomenclature of Organic Compounds | 5.6.3Reflex Action |
| – | 3.2.1General Introduction of Hydrocarbons | 5.7.1Endocrine Glands and Hormones |
| – | 3.2.2Isomerism in Alkanes | 5.7.2Mechanism of Hormone Action |
| – | 3.2.3Physical Properties of Alkanes | 5.7.3Hormones Related Disorders |
| – | 3.3.1Introduction to Haloalkanes and Haloarenes | 6.1.1Reproduction |
| – | 3.3.2Classification of Haloalkanes and Haloarenes | 6.1.2Asexual Reproduction |
| – | 3.3.3Nomenclature of Haloalkanes and Haloarenes | 6.1.3Sexual Reproduction |
| – | 3.4.1General Introduction of Alcohols, Phenols, and Ethers | 6.2.1Sexual Reproduction in Flowering Plants |
| – | 3.4.2Physical Properties of Alcohols | 6.2.2Pre-Fertilization Events in Plants |
| – | 3.4.3Physical Properties of Phenols | 6.2.3Fertilization in Plants |
| – | 3.5.1Introduction to Aldehydes, Ketones and Carboxylic Acids | 6.3.1Human Reproduction |
| – | 3.5.2Preparation of Aldehydes and Ketones | 6.3.2Male Reproductive System |
| – | 3.5.3Physical Properties of Aldehydes and Ketones | 6.3.3Female Reproductive System |
| – | 3.6.1General Introduction of Amines | 6.4.1Strategies of Reproductive Health in Humans |
| – | 3.6.2Preparation of Amines | 6.4.2Amniocentesis |
| – | 3.6.3Physical Properties of Amines | 6.4.3Birth Control |
| – | 3.7.1Carbohydrates | 7.1.1Heredity and Variation |
| – | 3.7.2Glucose and Its Properties | 7.1.2Terminologies Used in Genetics |
| – | 3.7.3Proteins and Amino Acids | 7.1.3Mendelian Genetics |
| – | 3.8.1Polymers and Polymerisation | 7.2.1DNA as Genetic Material |
| – | 3.8.2Classification of Polymers | 7.2.2Structure of DNA and DNA Packaging |
| – | 3.8.3General Method of Polymerisation | 7.2.3Experiments in Search of Genetic material |
| – | 3.9.1Applications of Chemistry | 7.3.1Origin of Life |
| – | 3.9.2Drugs and their Classifications | 7.3.2Theories of Evolution of Life |
| – | 3.9.3Drug-Target Interaction | 7.3.3Evidences of Evolution |
| – | – | 8.1.1Disease |
| – | – | 8.1.2Pathogen Causing Human Diseases |
| – | – | 8.1.3Transmission of Disease |
| – | – | 8.2.1Animal Husbandry |
| – | – | 8.2.2Animal Breeding |
| – | – | 8.2.3Apiculture |
| – | – | 8.3.1Microbes in Human Welfare |
| – | – | 8.3.2Microbes in Household Products |
| – | – | 8.3.3Microbes in Industrial Products |
| – | – | 9.1.1Biotechnology |
| – | – | 9.1.2Principles of Biotechnology |
| – | – | 9.1.3Process of Recombinant DNA Technology |
| – | – | 9.2.1Biotechnology in Agriculture |
| – | – | 9.2.2Genetically Modified Organisms |
| – | – | 9.2.3Biotechnology in Healthcare and Medicine |
| – | – | 10.1.1Organism and its Environment |
| – | – | 10.1.2Population and Ecological Adaptations |
| – | – | 10.1.3Population Attributes |
| – | – | 10.2.1Ecosystem -Structure and Function |
| – | – | 10.2.2Productivity of an Ecosystem |
| – | – | 10.2.3Decomposition in an Ecosystem |
| – | – | 10.3.1Concepts of Biodiversity |
| – | – | 10.3.2Patterns of Biodiversity |
| – | – | 10.3.3Loss of Biodiversity |
| – | – | 10.4.1Air Pollution and its Control |
| – | – | 10.4.2Water Pollution and its Control |
| – | – | 10.4.3Solid Waste and its Management |
Chapter weightage helps you create a study plan and get an idea of important chapters to help you fetch good marks. The following tables provide NEET subject-wise chapter weightage:
The table below provides the NEET Physics chapter-wise weightage:
| Chapters | Weightage |
|---|---|
| Physical World | 2% |
| Units and Measurements | 2% |
| Gravitation | 2% |
| Motion in a Straight Line | 3% |
| Motion in a Plane | 3% |
| Laws of Motion | 3% |
| Mechanical Properties of Solids | 3% |
| Mechanical Properties of Fluids | 3% |
| Thermal Properties of Matter | 3% |
| Nuclei | 3% |
| Kinetic Theory | 3% |
| Oscillations | 3% |
| Waves | 3% |
| Kinetic Theory | 3% |
| Oscillations | 3% |
| Waves | 3% |
| Atoms | 3% |
| Work, Energy and Power | 4% |
| Electromagnetic Waves | 5% |
| System of Particles and Rotational Motion | 5% |
| Moving Charges and Magnetism | 5% |
| Magnetism and Matter | 5% |
| Dual Nature of Radiation and Matter | 6% |
| Electromagnetic Induction | 8% |
| Alternating Current | 8% |
| Electromagnetic Induction | 8% |
| Alternating Current | 8% |
| Current Electricity | 8% |
| Thermodynamics | 9% |
| Electric Charges and Fields | 9% |
| Electrostatic Potential and Capacitance | 9% |
| Semiconductor Electronics | 9% |
| Ray Optics and Optical Instruments | 10% |
| Wave Optics | 10% |
The table below provides the NEET Chemistry chapter-wise weightage:
| Chapters | Weightage |
|---|---|
| Basic concepts of chemistry | 2% |
| Structure of Atom | 3% |
| Classification of Elements and Periodicity in Properties | 3% |
| Chemical Bonding and Molecular Structure | 5% |
| Chemical Kinetics | 3% |
| Electrochemistry | 4% |
| Equilibrium | 6% |
| Redox Reactions | 1% |
| Solid-state | 2% |
| Solutions | 5% |
| States of Matter: gasses and liquids | 2% |
| Surface Chemistry | 1% |
| Thermodynamics | 9% |
| Hydrocarbons | 3% |
| Haloalkanes and Haloarenes | 1% |
| Hydrogen | 3% |
| General Principles and Processes of Isolation Elements | 1% |
| s- Block Elements (Alkali and Alkaline earth metals) | 1% |
| Some p-Block elements | 1% |
| d and f Block Elements | 4% |
| Coordination compounds | 4% |
| Organic Chemistry – some Basic principles and techniques | 2% |
| Alcohols, Phenols and Ethers | 8% |
| Aldehydes, Ketones and Carboxylic Acids | 3% |
| Organic Compounds Containing Nitrogen | 1% |
| Biomolecules | 3% |
| Polymers | 3% |
| Chemistry in Everyday Life | 4% |
| Environmental Chemistry | 1% |
The table below provides the NEET Biology chapter-wise weightage:
| Chapter | Weightage |
|---|---|
| Diversity in Living World | 1% |
| Cell Structure and Function | 1% |
| Structural Organisation in Animals and Plants | 1% |
| Plant Physiology | 1% |
| Human Physiology | 2% |
| Reproduction | 1% |
| Genetics and Evolution | 2% |
| Biotechnology and Its Applications | 3% |
| Biology and Human Welfare | 0% |
| Ecology and environment | 1% |
Important links:
The following are some of the most frequently asked questions on NEET important topics:
Ans: Candidates can attempt NEET mock tests for at Embibe.
Ans: No, as the chemistry subject will make up to 25% of your marks in NEET 2025.
Ans: The NEET 2025 exam will be conducted on May 04, 2025.
Ans: Motion of System Of Particles and Rigid Body, Properties of bulk matter, Oscillations and Waves, Electrostatics, Current Electricity, Electromagnetic Induction and Alternating Currents, Optics, and Electronic devices are the important chapters for NEET 2025.
Ans: Candidates can access Biology chapter-wise explanations on Embibe.
Stay tuned to Embibe for the latest updates on NEET Important Topics 2025.
Scan to Download the App 
JEE Main