NEET Physics Syllabus - Chapter Wise Weightage | NEET Study Material for PDF Download

National Eligibility Cum Entrance (UG) Test (NEET) is an entrance exam that will be conducted for admissions into the MBBS, BDS Courses and other undergraduate medical courses in the recognised and approved Medical, Pharma and Dental Institutes or universities or Colleges in India. Admissions to prestigious and renowned medical institutes or colleges like AIIMS, JIPMER, and others etc are done through this exam scores. The exam is conducted by the National Testing Agency (NTA) as per the syllabus and time schedule specified by the Medical Council of India (MCI). The NEET exam is conducted every year in the month of September, which is followed by counselling for qualified candidates as per the All India Rank Merit List released after the exam. In this article you will come across the details for the subject of Physics. The details and related help regarding physics like NEET Syllabus Physics and necessary guidance for the same has been provided here by the ClearExam team.

The NEET Syllabus Physics is similar to that of the previous year’s syllabus. The NEET Syllabus Physics comprises of all the topics and concepts from the Class 11 and Class 12 Physics, along with Chemistry and Biology subject’s syllabus. The syllabus is very well reviewed and can be found to be present in the NCERT, CBSE and COBSE, in addition to the different state board syllabi as well. The entire syllabus is available in this article, and the students can find it for their preparation. Students need to have good knowledge and idea of what all concepts the syllabus comprises and hence NEET Syllabus Physics should be understood well and made aware for good preparation. Those students who analyse the syllabus well will be able to prepare wisely and come out successful in the NEET Exam.

NEET Syllabus Physics is very vast and includes several topics and thus brings heavy weightage to the level of preparation of an aspirant or candidate taking the NEET exam. The intense competition makes it necessary for a NEET candidate or aspirant to know and understand the syllabus completely. Understanding and comprehending the complete syllabus will make the aspirants or candidates taking the competitive exam, to prepare according to a strategy and channelize the preparation. If understanding and comprehending of the syllabus part is not done by the aspirants or candidates, their preparation, even if it is with lot of efforts cannot be helpful in realizing the maximum score and merit rank in the final ALL India Rank Merit List. NEET syllabus for Physics, Chemistry and Biology subjects can be found in our website and candidates or aspirants can access them easily.

The following article has the thorough Physics syllabus for NEET with the break-up of class 11 and class 12. In addition to the NEET physics syllabus, the weightage for each of the topics can be found below. All the topics and the concepts of NEET physics syllabus are given here with unit wise break up. Students can find them and refer whenever required, along with other services from this website like Mock Tests and practise papers etc. This preparation strategy will help the students to ace the exam.                 

All the competitive exams have one thing in common - A vast amount of Syllabus. That's why ClearExam is giving you only what's important so that you don't drown in the pool of syllabus! To help you boost your NEET Preparation, we have compiled the NEET Physics Syllabus for you with important topics, topic wise weightage and unit wise weightage so that you can prepare a foolproof preparation strategy

NEET Syllabus Physics pattern:

There will be an almost equal weightage from the class 11 and class 12 physics subjects of the CBSE, and different state government boards. So, each candidate needs to focus carefully on the entire Physics syllabus for NEET during the preparation for the NEET exam. The total number of questions in the NEET Physics section is 45, which together carry total marks of 180 in the NEET Examination.

Understanding and applying the concepts of theory in the numerical problems is a key factor for scoring well in the NEET Physics section. The NEET Syllabus Physics has almost 19 topics from both the years, with almost similar weightage from both of these years’ topics. The NEET Syllabus Physics needs different approaches than that of the other subjects and needs special attention and focus or at least equal attention as the other two subjects get. The emphasis needed on the topics with numerical questions is very much required and necessary to rank among the top in the country.

The 3 hours pattern of the NEET paper, with 180 questions, and 45 each in physics and chemistry make it a very challenging competitive exam for NEET aspirants. The +4 mark for each correct answer and -1 for wrong answer makes it necessary for every candidate to attempt carefully to be ahead in the competition.

The important topics from NEET Syllabus Physics are Mechanics, Modern Physics, Heat, Thermodynamics, Optics, Electrodynamics, Kinematics, Simple Harmonic Motion (SHM), Wave theory, and etc.      

Physics Syllabus Class 11 : 

the following section, the entire Physics syllabus for NEET has been given in a listed format, with each and every unit separation. Also, the Class 11 and Class 12 topics are separately given in an orderly manner.

Class 11 Physics syllabus for NEET has the topics of The Physical World and Measurement, Kinematics, The Laws of Motion, Work & energy & Power, Motion of systems of particles and rigid body, Gravitation, Properties of Bulk Matter, Thermodynamics, Behaviour of Perfect gas and kinetic Theory, Oscillations and Waves. All these topics have several sub topics as part of NEET physics syllabus and they need to be prepared well for scoring well in NEET Exam. You can find the topic wise weightage approximately for each of these topics at the end of each of the units from NEET Syllabus Physics.

UNIT 1 – The Physical World, Units and Measurements
S. No.	Topics / Concepts / Chapters
1	The Scope of Physics, and Excitement of Physics
2	The Nature of the Laws of Physics
3	The concepts of Physics, the Technology, and the Society
4	The need for Measurements, and the units of Measurement
5	The systems of units, Fundamental Units, Derived Units, SI Units, and CGS Units of Measurement
6	Measurements of Length, Measurements of Mass, Measurements of Time
7	Accuracy of Measuring Instruments, Precision of Measuring Instruments
8	Errors of Measurement, Common errors in Measurement
9	Significant Figures
10	Physical Quantities and Dimensions of Physical Quantities
11	Dimensional Analysis
12	The Applications of Dimensional Analysis
Weightage – 0 to 1 question, 2 % weightage (approximate)

UNIT 2 – Kinematics
S. No.	Topics / Concepts / Chapters
1	Frames of Reference
2	Straight line motion
3	Speed and Velocity, Position and Time Graph
4	Uniform Motion and Non - Uniform Motion, Average Speed, Average velocity, Instantaneous Velocity
5	Uniformly Accelerated Motion
6	Velocity & Time Graphs, and Position & Time Graphs for a uniformly accelerated motion, Graphical Treatment
7	Elementary level concepts of Differentiation and Elementary Concepts of Integration for describing Motion
8	Introduction to the Scalar quantities and the Vector Quantities
9	Position and Displacement Vectors, General Vectors, General Vector Notation, Vectors and Equality of Vector quantities, Multiplication of Vector quantities by a real Number, Addition of Vector Quantities and Subtraction of vector Quantities
10	Relative Velocity
11	Unit Vectors
12	Resolution of a Vector Quantity in a single Plane, finding rectangular quantities of a vector quantity
13	Product of Scalar quantities and vector quantities
14	Motion in a Plane
15	Projectile Motion
16	Uniform Circular Motion
Weightage – 1 question, 3 %weightage (approximate)

UNIT 3 – Laws of Motion
S. No.	Topics / Concepts / Chapters
1	Force, Intuitive concept of Force
2	Concept of Inertia
3	Newton’s 1st Law of Motion
4	Concept of Momentum, Newton’s 2nd Law of Motion
5	Concept of Impulse, Newton’s 3rd Law of Motion
6	Law of Conservation of Linear Momentum, Applications of the Law of Conservation of Momentum
7	Concept of Concurrent Forces, Equilibrium of Concurrent forces
8	Concept of Friction, Types of Friction – Static Friction Concept, Kinetic Friction Concept, Laws of Friction, Rolling Friction Concept, Lubrication Concept
9	Dynamics of the Uniform Circular Motion
10	Centripetal Forces Concept, Circular Motion, Examples of Circular Motion, Vehicle behaviour on a Level circular Road, and Vehicle behaviour on a banked Road
Weightage – 1 question, 3 % weightage (approximate)

UNIT 4 – Work Energy and Power
S. No.	Topics / Concepts / Chapters
1	Constant Force Concept, Variable Force Concept, and Work done by a Constant Force
2	Theorem of Work Energy, Power Concept, and Kinetic Energy Concept
3	Potential Energy concept, Potential Energy in a spring (Unloaded Spring and loaded Spring), Conservative Force Concept
4	Mechanical Energy (Kinetic Energy and Potential Energy), The Priciple of Conservation of Mechanical Energy
5	Non - Conservation Forces Concept
6	Motion in the form of a Vertical Circle
7	Collisions Concepts, Collisions in 1 Dimension, and 2 dimensions
Weightage – 1 question, 4 %weightage (approximate)

UNIT 5 – Motion of System of Particles and Rigid Bodies
S. No.	Topics / Concepts / Chapters
1	Centre of Mass Concepts, Introduction
2	Centre of Mass of a Two - particle System
3	Centre of Mass of a rigid body
4	Centre of mass of a Uniform rod - Shaped body
5	Torque Concept, and Angular Momentum Concept
6	Moment of a Force, Torque and Angular Momentum Concept
7	The principle of Conservation of Angular Momentum, and Some examples of the principle of conservation of Angular Momentum
8	Rigid Body, Equilibrium of a rigid Body
9	Rotational Motion, and Equation concept of Rotational Motion
10	Linear Motion and Rotational Motion concepts, Comparison of the Linear motion and rotational motion
11	Inertia Concept, and Moment of Inertia Concept
12	The concept of Radius of Gyration (K)
13	Values of the Moment of Inertia (M.I) for a simple shaped geometrical object
14	The Statement of Parallel Axis Theorem and Perpendicular Axis Theorem, Applications of the Statement of Parallel Axis Theorem and Perpendicular Axis Theorem
Weightage – 1 to 2 question, 5 % weightage (approximate)

 

 

UNIT 6 – Gravitation
S. No.	Topics / Concepts / Chapters
1	The Kepler’s Laws of Planetary Motion, and the Introduction of Gravitational concepts
2	The universal Law of Gravitation
3	Gravity Concepts, Acceleration due to Gravity (g), Variation of Acceleration due to gravity (g) with Altitude, Variation of Acceleration due to gravity (g) with Depth
4	Gravitational Energy Concept, Gravitational Potential Energy Concept, and the concept of Gravitational Potential
5	The concept of Escape velocity of a satellite, The concept of Orbital Velocity of a satellite
6	Geostationary Satellite and their principle of Working and operation concepts
Weightage – 0 to 1 question, 2 % weightage (approximate)

 

 

UNIT 7 – Properties of Bulk Matter
S. No.	Topics / Concepts / Chapters
1	Solids and the elastic behaviour of Solids
2	Stress Concept and Strain Concept, the relationship between the Stress and Strain functions
3	The Hooke’s Law
4	Young’s Modulus (E), and Bulk Modulus (K), and the Shear Modulus
5	Poisson’s Ratio
6	Elasticity Concept, Elastic Energy
7	Viscosity Concept, and the Stokes’ Law
8	Terminal Velocity Concept, Reynold’s Number, and the significance of Reynold’s number
9	Flow Concept, Streamline Flow Concept, and Turbulent Flow Concept
10	Critical Velocity concept, and the significance of Critical Velocity
11	Bernoulli’s Theorem, and Applications of the Bernoulli’s Theorem
12	The Concept of Surface Energy, and the concept of Surface Tension, Angle of Contact (AOA) Concept, Excess of Pressure, Application of Surface tension concept to Drops, Application of Surface tension concept to bubbles, Application of Surface tension concept to Capillary rise (in a Capillary tube)
13	The concept of Temperature, and the concept of heat
14	Introduction to the concept of Thermal Expansion, Principle of thermal expansion of solids, Principle of thermal expansion of liquids, Principle of thermal expansion of gases
15	Anomalous Expansion Concept
16	Specific Heat Capacity, definition and principle of specific heat, different kinds of specific heats, Specific heat at constant pressure (CP), and specific heat at constant volume (CV)
17	Calorimetry and its related Concepts,
18	Change of State concept, and the concept of latent heat (LH)
19	Introduction to Heat Transfer concepts, Conduction of heat energy, convection of heat energy, radiation of heat energy, Thermal Conductivity (K)
20	Black Bodies, Black Body radiation and its qualitative ideas,
21	The law of Wein’s Displacement, and the Green House Effect
22	Newton’s law of cooling, and Stefan’s Law
Weightage – 1 question, 3 % weightage (approximate)

UNIT 8 – Thermodynamics
S. No.	Topics / Concepts / Chapters
1	The Concept of Thermal Equilibrium
2	Introduction to the idea of temperature, and the Zeroth Law of Thermodynamics
3	Heat Energy, and Work Energy, and Internal Energy
4	The First law of Thermodynamics
5	Isothermal Process, Adiabatic Process
6	The Second Law of Thermodynamics
7	Reversible Process, and Irreversible Process
8	Heat Engines and their principle of working, Refrigerators and their principle of working, Work done and efficiency concepts in a Heat Engine, Work done and Coefficient of Performance (COP) concepts in a Refrigerator
Weightage – 2 questions, 9 % weightage (approximate)

 

 

UNIT 9 – Behaviour of a Perfect Gas and the Kinetic theory of gases
S. No.	Topics / Concepts / Chapters
1	Perfect gases, Equation of State with respect to a perfect gas
2	Work Done in compression of a gas
3	Kinetic Theory of Gases, Assumptions of Kinetic Theory of Gases, the concept of pressure
4	Kinetic Energy of gases, and temperature of gases
5	Degrees of freedom concept introduction, and the degrees of freedom of gases
6	The Law of Equipartition of energy
7	Specific Heat capacity of a gas, Applications of the specific heat capacity of gases
8	Concept of Mean free Path (MFP)
Weightage – 1 question, 3 % weightage (approximate)

 

 

UNIT 10 – Oscillations theory and Waves theory
S. No.	Topics / Concepts / Chapters
1	Periodic Motion, Period of a Periodic motion, Frequency of a Periodic motion, and Displacement as a function of Time
2	Periodic Function
3	Simple Harmonic Motion (SHM), and the Equation of a Simple Harmonic Motion (SHM)
4	Oscillations in a spring, restoring force of a spring, and the concept of Force Constant with respect to springs
5	Energy in a Simple Harmonic Motion (SHM), Kinetic Energy in a Simple Harmonic Motion (SHM), Potential Energy in a Simple Harmonic Motion (SHM)
6	Simple Pendulum, Oscillations and motion of a Simple Pendulum, Derivation of the expression for the time period of a Simple Pendulum motion
7	Free Oscillations, Forced Oscillations, and Damped oscillations
8	Resonance theory
9	Wave Motion theory
10	Longitudinal waves, and Transverse Waves
11	Wave motion, Speed of a Wave Motion
12	Progressive Wave, Displacement relation for a progressive wave
13	The principle of Superposition of waves
14	Waves, and the Reflection of Waves
15	Waves in a String, standing waves in strings, and Standing waves in organ pipes
16	Modes, Fundamental Mode, Harmonics
17	Beats
18	The Doppler Effect
Weightage – 1 question, 3 % weightage (approximate)

 

 

Physics Syllabus Class 12:

In the following section, the entire NEET Syllabus Physics has been given in a listed format, with each and every unit separation. Also, the Class 12 topics are separately given in an orderly manner.  

Class 12 NEET Syllabus Physics comprises of the topics of Electro Statics, Current Electricity, Magnetic Effects of Current and magnetism, Electromagnetic Induction and Alternating Currents, Electromagnetic waves, Optics, Dual Nature of the Matter and radiation, Concepts of Atoms and Nuclei, and Electronic Devices. All these topics have several sub topics as part of NEET physics syllabus and they need to be prepared well for scoring well in NEET Exam. You can find the topic wise weightage approximately for each of these topics at the end of each of the units from NEET Syllabus Physics.

UNIT 1 – Electro-Statics
S. No.	Topics / Concepts / Chapters
1	Introduction to the concept of Electric Charge, Electric Charge conservation
2	Coulomb’s Law of Electric charges, Force between two different point charges at a distance, forces between many or multiple charges
3	The principle of Superposition, Continuous charge distribution.
4	Electric Field, Electric Field due to a single point charge, and Electric Field Lines
5	Electric Dipole, and Electric Field due to a Dipole
6	Uniform Electric Field, Torque on a Dipole in a Uniform Electric Field
7	Electric Flux Concept
8	Guass’s Theorem, Applications of Guass’s Theorem in finding field due to an infinitely long straight-lined wire, Applications of Guass’s Theorem in finding field due to a Uniformly charged infinite plane sheet body, Applications of Guass’ Theorem in finding field due to a uniformly charged thin spherical shell (Field Inside and Field Outside)
9	Electric Potential Concept, and Potential Difference between two points
10	Electric potential due to a point charge, Electric potential due to a dipole, Electric potential due to a system of charges
11	Equipotential Surface Concept
12	Electric potential energy of a system of two-point charges, Electric potential energy of electric dipoles in an Electrostatic field
13	Conductors, and Insulators concepts
14	Free charges inside a conductor, Bound charges inside a conductor
15	Dielectric Media, and Polarization concepts
16	Capacitors, and Capacitance concepts
17	Capacitors combination in a series connection, Capacitors combination in a parallel connection
18	Capacitance of a parallel plate capacitor with a dielectric medium between the plates, Capacitance of a parallel plate capacitor without a dielectric medium between the plates
19	Energy stored in a capacitor
20	Van De Graaff Generator
Weightage – 2 questions, 9 % weightage (approximate)

 

 

UNIT 2 – Current Electricity
S. No.	Topics / Concepts / Chapters
1	Electric Current, Definition and Concepts of Electric Current, Flow of charges and behaviour in a metallic conductor, Drift Velocity and its relation with electric current, Mobility concept and its relation with electric current
2	Ohm’s Law, Electric Resistance, Electric potential and Electric Current (V-I) linear and Non-linear Characteristics, Electrical Energy, Electrical Power, Electrical Resistivity, Electrical Conductivity
3	Carbon Resistors, Colour coding for carbon resistors, Series Combinations of resistors, and Parallel Combinations of resistors, The temperature dependency of resistance
4	Internal Resistance in a cell, Potential Difference of a cell, Electro Motive Force (EMF) of a cell, Combinations of cells, Series combination of cells, and parallel combination of cells
5	Kirchhoff’s Laws, and the Applications of Kirchhoff’s laws
6	Wheatstone Bridge Connection and circuit, Meter Bridge connection and circuit
7	Potentiometer, Principle of a potentiometer, Applications of a potentiometer to measure potential difference, and for comparing Electro Motive Force (EMF) of two cells, Measurement of the internal resistance of a cell
Weightage – 2 questions, 8 % weightage (approximate)

 

 

UNIT 3 – Magnetic Effects of Current, Magnetism
S. No.	Topics / Concepts / Chapters
1	Oersted’s Experiment and its significance, Concepts of Magnetic Field
2	Biot – Savart law, and the Application of Biot – Savart law to a current carrying loop
3	Ampere’s Law, the application of Ampere’s law to an infinitely long straight wire, the application of Ampere’s law to a straight solenoid, and the application of Ampere’s law to a toroidal solenoid
4	Force on a Moving charge in uniform Electric Field, Force on a Moving charge in uniform Magnetic field
5	Cyclotron
6	Force on a current carrying conductor in a uniform magnetic field
7	Force between 2 parallel current carrying conductors, and the definition of an Ampere
8	The torque experienced by a current loop in a magnetic field
9	Moving coil galvanometer, Sensitivity of current, and conversion to Ammeter, and conversion to a voltmeter
10	A current loop as a magnetic dipole, magnetic dipole moment of a current loop
11	Magnetic dipole moment of a revolving electron
12	Magnetic Field Intensity due to a magnetic dipole (a bar magnet) along its Axis, Magnetic Field Intensity due to a magnetic dipole (a bar magnet) perpendicular to its axis
13	Torque on a magnetic dipole (a bar magnet) in a uniform magnetic field, a Bar Magnet as an equivalent solenoid, Magnetic lines of field, Magnetic field of earth, Magnetic Elements of Earth
14	Para Magnetic Substances, Dia Magnetic substances, Ferro Magnetic Substances, Examples of Para Magnetic Substances, Examples of Dia Magnetic substances, Examples of Ferro Magnetic Substances
15	Electro Magnetic properties, and the factors that affect their strengths
16	Permanent Magnetism, Permanent magnets in the nature
Weightage – 1 question, 5 % weightage (approximate)

 

 

UNIT 4 –Electromagnetic Induction, and Alternating Current (A.C. Current)
S. No.	Topics / Concepts / Chapters
1	Electromagnetic Induction
2	Faraday’s laws, Induced EMF and Induced current flow
3	Lenz’s Law, Eddy Current
4	Self-Inductance, Mutual Inductance
5	Alternating Currents, Peak Value of alternating Current, Peak Value of Alternating Voltage
6	Reactance, and Impedance
7	LC Oscillations, LCR Series Circuit, Resonance
8	Power in an AC Circuit, Watt-less Currents
9	AC Generator or an Alternator, AC Transformer
Weightage – 2 questions, 8 % weightage (approximate)

 

 

UNIT 5 – Electromagnetic Waves
S. No.	Topics / Concepts / Chapters
1	The need for Displacement Current
2	Electromagnetic waves, Characteristics of Electromagnetic waves
3	The transverse nature of Electromagnetic waves
4	Electromagnetic Spectrum, elementary facts about Electromagnetic Spectrum, Uses of Electromagnetic Spectrum (Micro waves, X – Rays, Radio waves, Infrared Rays, Visible Radiation, Ultraviolet Rays, X-rays, Gamma rays)
Weightage – 1 question, 5 % weightage (approximate)

 

 

UNIT 6 – Optics
S. No.	Topics / Concepts / Chapters
1	Introduction to Optics theory, Reflection of Light, Mirrors, Different shapes and types of Mirrors, Spherical Mirrors, Mirror Formula
2	Refraction theory of light, Total Internal Reflection of Light (TIR), Applications of the Total Internal reflection of light, Optical Fibres, Refraction at spherical surfaces, Lenses, Types of Lenses, thin lens formula, lens maker’s formula
3	Magnification concept, Power of a lens, Combination of thin lenses in contact, Combination of a lens and a mirror
4	Refraction of light through a prism, dispersion of light through a prism
5	Scattering concept of light, Reasons and science behind the Blue colour of sky, Reasons and science behind the reddish appearance of the Sun at sunrise and sunset
6	Human Eye, Optical instruments, Image formation and accommodation in a human eye, Image formation and accommodation in Optical instruments, Defects of a Human Eye, Correction of Eye Defects (Myopia and Hypermetropia) using lenses
7	Microscopes and astronomical telescopes, Reflection and refraction applications in Microscopes and astronomical Telescopes, Magnifying powers of microscopes and astronomical telescopes
8	Wave Optics theory, Wavefront Concepts, Huygen’s Principle
9	Reflection of a plane wave at a plane surface using wavefronts, Refraction of a plane wave at a plane surface using wavefronts
10	Proofs of Laws of Reflection using Huygen’s Principle, Proofs of Laws of Refraction using Huygen’s Principle
11	Interference Concepts, Young’s Double slit experiment, Expression for Fringe width, Coherent Sources of light, Sustained Interferences of Light
12	Diffraction due to a single slit, Width of a central maximum
13	Resolving power of Microscopes, Resolving power of astronomical telescopes
14	Polarization, Plane Polarized light
15	Brewster’s law, Uses of Plane polarized light, uses of Polaroids
Weightage – 2 questions, 10 % weightage

 

 

UNIT 7 – Dual Nature of Matter and Radiation
S. No.	Topics / Concepts / Chapters
1	The concept of Photo Electric Effect, Hertz observations, Lenard’s Observations
2	Einstein’s Photo Electric Equation and theory, introduction to the particle nature of light
3	Matter Waves, Wave nature of particles, and the De Broglie Equation
4	Davisson and Germer Experiment (Experimental theory and conclusion)
Weightage – 2 questions, 6 % weightage (approximate)

 

 

UNIT 8 – Atoms and Nuclei
S. No.	Topics / Concepts / Chapters
1	The Alpha particle scattering experiment
2	Rutherford’s Model of an atom
3	Bohr’s Model, Energy Levels in an Atom, Hydrogen Spectrum
4	Composition of a Nucleus, Size of a Nucleus, Atomic Mass Concept, Isotopes, Isobars, and Isotones
5	Radioactivity concept, Alpha particles and rays, Beta Particles and rays, and gamma Particles and rays, and the properties of Alpha particles and rays, the properties of Beta Particles and rays, and the properties of gamma Particles and rays
6	The Mass and Energy Relation or the Equation, Mass Defect
7	Nuclear Binding Energy per nucleon, and the Variation of Nuclear binding energy per nucleon with mass number
8	Nuclear Fission Theory, Nuclear Fusion Concept
Weightage – 1 question, 3 % weightage (approximate)

 

 

UNIT 9 – Electronic Devices
S. No.	Topics / Concepts / Chapters
1	Energy Bands in Solids, Conductors, Insulators, and Semi-Conductors
2	Diodes, Semiconductor Diodes, I-V Characteristics in a forward bias condition, I-V Characteristics in a reverse bias condition, Usage of diode as a Rectifier, I-V Characteristics of an LED, Photodiode, Solar Cells, Zener Diodes, Usage of Zener Diode as a Voltage regulator
3	Junction Transistor, Action of a Transistor, Characteristics of a transistor, Transistor as an amplifier in Common emitter configuration, Transistor as an Oscillator, Transistor as a switch
4	Logic Gates, Uses or applications, OR Gate, AND Gate, NOT Gate, NAND Gate, and NOR Gate
Weightage – 2 questions, 9 % weightage (approximate)

 

 

TIPS to prepare NEET Syllabus Physics:

After knowing the NEET Syllabus Physics, it is necessary for every candidate or aspirate of NEET to start preparing with a clear plan in the mind. Clear Exam can help any NEET aspirant in the same and guide the student. The following are some of the tips that any NEET aspirant can follow to ace in the physics section of NEET, by following the Physics syllabus for NEET section. Almost 80 % – 85 % of the total questions in NEET physics have an easy to moderate level of difficulty. Mechanics and Electricity form the major and key parts in the NEET Syllabus Physics. And a large part of questions is numerical type of questions. Making a table while preparing and several other strategies help a lot for the preparation of Physics syllabus for NEET. 

• Understand and comprehend the Physics syllabus for NEET thoroughly
• Understand and comprehend the Exam pattern for NEET thoroughly with a proper understanding of the physics section.
• Understanding the marking scheme for the NEET exam. Awareness about the negative marking scheme of the NEET exam
• Following and referring the suitable Text Books according to the NEET physics syllabus.
• Preparation of Notes and summary sheets for each and every topic in Physics syllabus for NEET.
• Practice previous question papers of NEET
• Give MOCK tests for NEET available on Clear Exam for better results and preparation strategies.
• Prepare Master formulae. Formulae should be remembered for certain topics for the numerical concepts’ applications. A small notepad with all the formulae keeps the aspirant updated and serves as a quick reference in case of future need in the preparation for NEET Syllabus Physics.
• Practicing the numerical problems regularly and during preparation of each topic from the NEET Syllabus Physics. This will drive the solving skills of the candidate.
• Time analysis for the exam.
• Revising necessary concepts regularly during the preparation phase.
• Giving those chapters from NEET physics syllabus more time, which are difficult and weak points for a student’s scoring.

Reference Books for NEET physics syllabus:

Following proper and suitable books for NEET Syllabus Physics is a key parameter in succeeding the NEET exam. To find a place in the final All India Rank Merit List of NEET, one has to properly strategize his/her preparation. Reference books play major pivotal role in the knowledge and understanding of NEET Syllabus Physics. The following are some of the best and recommended reference books or Text books for NEET Syllabus Physics preparation.

• NCERT Physics Text Book for Class 11 by Anil Aggarwal
• NCERT Physics Text Book for Class 12 by Anil Aggarwal
• Concepts of Physics by H.C. Verma (Both volumes, Volume - 1 and Volume - 2)
• Previous Year Question paper collection
• Concepts of Competition Physics for CBSE by G.C. Agarwal, GRB
• Objective Physics by Prof. Satya Prakash Arya, MTG Publishers
• Objective physics by DC Pandey
• Fundamental Physics by Halliday, Resnick, and Walker
• Fundamental Physics by Pradeep
• Problems in General Physics by IE Irodov
• Objective NCERT at your fingertips (physics) by MTG
• NCERT Exemplar

The above given books are very important for the NEET Syllabus Physics, as most of them build the foundations in the subject and then proceed about application of concepts in an advanced level. This progress of preparation standard makes it easy and perfect for a student to prepare well for the NEET Syllabus Physics.

NEET Syllabus Physics Preparation:

Besides, the Mock tests by Clear Exam team also proved to be the best in the market with the best kind of questions based on the NEET physics for NEET. These MOCK tests are prepared by the best team of experts with a thorough understanding of the NEET Syllabus Physics and requirement of the student appearing in the NEET Exam. The high level of competitiveness of the NEET entrance exam makes it a challenging ride for every aspirant. But with a clear and focussed strategy and preparation, there will be no looking back.

Physics being one of the challenging subjects among the three in NEET exam, the preparation for the same requires different kind of effort. The NEET Syllabus Physics comprises a different kind of theoretical concepts and topics, and a wide array of numerical problems from the concepts in NEET Syllabus Physics. The NEET Syllabus Physics has been prepared and designed according to the needs of the medical field by the Medical Council of India (MCI).

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