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Updated By Prateek Lakhera on 01 Sep, 2025 14:43
The student must prepare from the SRMJEEE Physics syllabus to know what topics to prepare from.
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The SRMJEEE 2026 Physics syllabus will be released on the official website. To score good marks in the SRMJEEE exam 2026, you are encouraged to thoroughly study all the topics and chapters included in the syllabus. The SRMJEEE 2026 will be an online exam, with a duration of 2 hours and 30 minutes, and a total of 125 marks, out of which the Physics section will hold 35 marks.
The questions will cover topics that will be provided in the SRMJEE Physics Syllabus. As per the SRMJEEE 2026 exam pattern, each question will have four possible options, and you are required to choose the correct one. According to the marking scheme, 1 mark will be awarded for each correct answer, and there will be no negative marking for wrong answers. To start the preparation, it is essential to know the syllabus properly. Here in the section below, find everything that is included in the SRMJEEE 2026 Physics Syllabus.
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The SRMJEEE 2026 Physics section comprises 35 questions of 1 mark each. The difficulty level of the questions asked in this section will be of 10+2 level. . It is essential to thoroughly understand the topics and sub-topics in the Physics syllabus to excel in the subject. Below, we have highlighted the syllabus in detail.
Unit | Topic | Subtopics |
|---|---|---|
Unit 1 | Units and Measurement | - System of units (S.I., fundamental, derived units) - Errors in measurement - Significant figures - Dimensional analysis and applications |
Laws of Motion | - Concept of force - Newton’s laws of motion - Projectile motion - Uniform circular motion - Friction and its laws - Centripetal force and applications | |
Work, Energy and Power | - Work and energy - Potential and kinetic energy - Power - Collisions: Elastic and inelastic | |
Unit 2 | Gravitation | - Universal law of gravitation - Acceleration due to gravity - Variation of 'g' (altitude, latitude, depth) - Gravitational potential - Escape velocity - Orbital velocity - Geostationary satellites |
Mechanics of Solids and Fluids | - Hooke’s law - Moduli of elasticity - Surface tension - Capillarity - Viscosity (Poiseuille’s formula, Stokes' law) - Streamline and turbulent flow - Reynolds number - Bernoulli’s theorem and applications | |
Unit 3 | Electrostatics | - Electric charge and conservation laws - Coulomb’s law - Principle of superposition - Continuous charge distribution - Electric field and field lines - Electric dipole - Torque on a dipole - Electric flux and Gauss’s theorem - Electric field due to an infinite wire - Equipotential surfaces - Electrical potential energy |
Capacitors | - Dielectrics and electric polarization - Capacitors in series and parallel - Capacitance of parallel plate capacitor (with/without dielectric) - Energy stored in a capacitor | |
Unit 4 | Current Electricity | - Electric current, drift velocity, mobility - Ohm's law - V-I characteristics - Electrical energy and power - Electrical resistivity and conductivity - Temperature dependence - Internal resistance of a cell - Potential difference and EMF of a cell |
Kirchhoff’s Laws and Applications | - Wheatstone bridge - Meter bridge - Potentiometer: Comparison of EMF, internal resistance measurement - Thermoelectric current | |
Unit 5 | Magnetism and Magnetic Effects of Current | - Earth’s magnetic field and elements - Tangent law - Tangent galvanometer - Deflection magnetometer - Biot-Savart law - Moving coil galvanometer - Galvanometer to voltmeter/ammeter conversion - Ampere’s law |
Unit 6 | Electromagnetic Induction | - Faraday’s laws - Lenz’s law - Eddy currents - Self and mutual induction |
Alternating Currents | - Peak and RMS values - Reactance and impedance - LC oscillations - LCR series circuit - Resonance - AC generator - Transformer | |
Electromagnetic Waves | - Characteristics and spectrum | |
Unit 7 | Optics | - Reflection and refraction of light - Total internal reflection - Optical fibers - Spherical surfaces and lenses - Thin lens and lens maker’s formula - Magnification and power of a lens - Combination of lenses - Refraction through a prism - Huygen’s principle - Young's double slit experiment - Diffraction (single slit) - Polarization |
Unit 8 | Dual Nature of Radiation and Matter | - Photoelectric effect - Einstein’s photoelectric equation - Particle nature of light - de-Broglie relation |
Atomic Physics | - Alpha particle scattering experiment - Rutherford’s model - Bohr model - Hydrogen spectrum | |
Unit 9 | Nuclear Physics | - Nuclear radius, mass, binding energy - Isotopes, mass defect - Bainbridge mass spectrometer - Nuclear forces and neutron discovery - Artificial radioisotopes, radiocarbon dating - Radiation hazards - Nuclear fission and fusion - Nuclear reactors - Hydrogen bomb - Cosmic rays - Elementary particles |
Unit 10 | Electronic Devices | - Semiconductors (doping, intrinsic, extrinsic) - PN junction diode (biasing, rectifier) - Special diodes (LED, photodiode, solar cell) - Transistors and their characteristics - Logic gates (NOT, OR, AND, NOR, NAND) - De Morgan’s theorem |
The SRMJEEE Physics Syllabus 2026 PDF outlines the key topics that you need to study for the Physics section of the SRM Joint Engineering Entrance Examination. Downloading the PDF is a good way to access the syllabus whenever needed. SRM University will release the SRMJEEE 2026 syllabus soon; once released, we will provide the latest syllabus here. However, you can refer to the SRMJEEE 2025 Physics syllabus to start your exam preparation from the link provided below.
| SRMJEEE Physics Syllabus 2026 PDF |
|---|
Although all chapters are equally important and you must read all chapters thoroughly to do well in the SRMJEEE 2026 Physics syllabus section, You should pay extra attention to certain key chapters. These chapters are important because they often come up in the exam. Here is a list of chapters to focus on.
The topic-wise marks distribution can help prioritize your study plan to target high-weighting areas. Electrostatics, Optics, Current Electricity, and Electromagnetic Induction and AC tend to carry the highest weightage, making them essential for preparation. Topics like Laws of Motion, Work, Energy, Power, and Magnetism also carry significant weightage and are commonly featured in the exam. The weightage of topics in SRMJEE Physics varies slightly each year, but based on previous exam trends, here is an approximate weightage of the important topics.
Topic | Approximate Weightage (%) |
|---|---|
Units and Measurement | 3% |
Laws of Motion | 5-7% |
Gravitation | 3-5% |
Work, Energy, and Power | 5-7% |
Electrostatics | 8-10% |
Current Electricity | 7-9% |
Magnetism and Magnetic Effects of Current | 6-8% |
Electromagnetic Induction and AC | 6-8% |
Optics | 8-10% |
Dual Nature of Radiation and Matter | 4-6% |
Nuclear Physics | 4-6% |
Semiconductors and Electronic Devices | 6-8% |
By following these tips, you can be well-prepared for the SRMJEEE 2026 exam. Here are some simple and useful preparation tips for the SRMJEE 2026 exam:
You can refer to the NCERT books for SRMJEEE preparation. Since the SRMJEEE Physics syllabus consists of topics from the 11th and 12th standard Physics syllabus, the NCERT books will cover all of the units. While preparing for SRMJEEE, you are advised to check the best books to have a higher chance of performing well. Some of the Best Books for SRMJEEE 2026 Exam Preparation for SRMJEEE 2026 preparation are:
Book Name | Author |
|---|---|
Concepts of Physics (Vol 1 & 2) | H.C. Verma |
Fundamentals of Physics | Halliday, Resnick, and Walker |
NCERT Physics (Class 11 & 12) | NCERT |
Problems in General Physics | I.E. Irodov |
Objective Physics | D.C. Pandey |
Understanding Physics (Set of 5 Books) | D.C. Pandey |
Physics for SRMJEEE | Cengage Learning |
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