NSEP Syllabus 2025: The NSEP examination is a part of the NSE (National Standard Examination) which organizes national science competitions to promote students and allows them to compete in international competitions.
Read: How to Prepare for NSEP?
The NSEP Syllabus is prescribed by the Indian Association of Physics Teachers (IAPT) based on the NCERT syllabus up to Class 12th.
NSEP exams are conducted yearly to assess students' knowledge and allow them to compete in international Olympiads. Students who clear this NSEP exam will qualify for the INPhO (Indian National Physics Olympiad) competition. In this article, you will find all the information about NSEP Syllabus 2025.NSEP Exam 2025 Overview | |
Organization | IAPT (Indian Association of Physics Teachers) in collaboration with HBCSE (Homi Bhabha Centre for Science Education), |
Exam Name | National Standard Examination in Physics (NSEP 2025) |
NSEP 2025 Exam Date | November 2025 |
Mode of Exam | Pen and Paper Mode |
Duration of NSEP Exam | 2 Hours |
Type of Questions | Multiple Choice Questions |
Official Website | https://www.iapt.org.in/ |
NSEP Syllabus 2025 | ||
Chapters |
Important Topics |
Total Marks as per the Previous Year Exam |
Geometrical Optics |
Lens, Refraction by spherical surface, Refraction by Prism, Spherical mirror, Refraction in general, Refraction at the plane surface and TIR |
39 |
Alternating current |
Power consumed in an AC circuit, Resonance |
12 |
Capacitor |
A capacitor with a dielectric, Combination of Capacitors |
6 |
Centre of mass, momentum & collision |
Head-on collision, Motion of com |
12 |
Circular Motion |
Kinematics of circular motion, Circular motion in a vertical plane |
9 |
Current Electricity |
Instruments, Power, energy, battery, EMF, terminal voltage & Kirchhoff's law |
21 |
Electromagnetic Field |
magnetic field due to a magnet and earth, magnetic field due to a straight wire, Magnetic field due to ring, Magnetic Force and torque on a current-carrying loop, dipole moment, Magnetic force on a charge |
21 |
Electro-Magnetic Induction |
Self-inductance EMF & magnetic energy density |
3 |
Electrostatics |
Coulomb's law, Electric potential and potential difference, Flux calculation and gauss's law, Conductor and its properties, Electric pressure |
12 |
Semiconductor |
Diode, Logic Gates, Transistors |
12 |
Work, power, Energy |
Work done by a variable force, work-energy theorem |
12 |
Simple harmonic Motion |
Equation of SHM, Spring mass system |
9 |
Thermodynamics |
First law of thermodynamics, Root mean square velocity, kinetic energy |
9 |
Heat Transfer |
Thermal conduction in linear conductors |
9 |
Modern physics-1 |
Electronic transition in the h/h-like atom/species, Photoelectric effect, X-ray |
9 |
Miscellaneous |
Miscellaneous |
9 |
Newton's law of Motion |
Calculation of force and acceleration |
6 |
Fluid |
Archimedes principle and force of buoyancy |
6 |
Rectilinear Motion |
Equation of motion and motion under gravity |
6 |
Sound Wave |
Doppler effect, Organ pipes and resonance |
6 |
Gravitation |
Universal law of gravitation |
3 |
Rotation |
Moment of inertia |
3 |
Surface Tension |
Excess pressure in drops and bubble |
3 |
Wave optics |
YDSE with monochromatic light |
3 |
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