NEET Physics PYQ analysis: what keeps coming back

Physics decides a lot of NEET ranks. Previous year papers show which concepts and question types return most often, and how to turn that into a revision plan.

Paper Predict Notes · 07 Apr 2026

Physics is the section many NEET aspirants fear most. It has 45 of the 180 questions, the same as Chemistry, but it often takes the longest to solve and produces the most negative marks. Because so many students struggle with it, a good Physics score can move your rank a long way.

The encouraging part is that NEET Physics is more predictable than it feels. When you go through previous year questions chapter by chapter, the same concepts and question types appear again and again. This article walks through those patterns, unit by unit, and shows how to use them to plan revision.

This analysis describes patterns in the type of questions asked. It does not claim exact chapter-wise question counts, which vary from year to year. Always check the latest NTA syllabus for your exam.

How NEET Physics questions are framed

Before going chapter by chapter, it helps to know the main question types you will see.

• Direct formula application. A short calculation using one formula. These are the fastest marks in the section if your formulas are reliable.
• Two-step numericals. A calculation that needs one result to feed into another, for example finding acceleration first and then distance.
• Conceptual statements. Questions that ask which statement is correct, often testing a condition or an exception.
• Graph-based questions. Interpreting or choosing a graph, such as velocity-time, stopping potential against frequency, or binding energy per nucleon.
• Ratio questions. Comparing two situations, for example the ratio of fields, energies or time periods.
• Assertion and reason. A statement and its explanation, testing whether you understand why a result holds.

Most Physics questions in NEET are moderate in difficulty. They are designed to be solved in one to two minutes by a student who knows the concept well. Lengthy, JEE-style problems are less common.

Mechanics

Mechanics spans much of Class 11 and supplies a steady share of questions every year.

Kinematics and laws of motion

Recurring themes include:

• Equations of motion and graphs of motion.
• Projectile motion, especially range, maximum height and time of flight.
• Relative velocity.
• Friction on horizontal and inclined surfaces.
• Connected bodies and pulley systems.
• Circular motion and banking of roads.

Questions here are usually direct applications. The main traps are sign errors and forgetting to resolve forces correctly on an incline.

Work, energy and power

• Work-energy theorem.
• Conservation of mechanical energy.
• Collisions, especially the difference between elastic and inelastic collisions.
• Power as a rate of doing work.

Rotational motion

• Moment of inertia of standard bodies and the parallel and perpendicular axis theorems.
• Torque and angular momentum, including conservation of angular momentum.
• Rolling motion and the kinetic energy of a rolling body.

Rotational motion is one of the topics students most often skip, and that is exactly why it is worth securing. A short list of standard results covers many of its questions.

Gravitation

• Variation of g with height and depth.
• Orbital velocity and escape velocity.
• Kepler's laws and time periods of satellites.
• Gravitational potential energy.

Properties of matter and fluids

• Elasticity, Young's modulus and stress-strain graphs.
• Surface tension and capillary rise.
• Viscosity and terminal velocity.
• Bernoulli's principle and its applications.

Thermodynamics and kinetic theory

This unit tends to produce scoring questions because many of them are conceptual.

• First law of thermodynamics and the sign conventions for heat and work.
• Isothermal and adiabatic processes, including work done and PV diagrams.
• Efficiency of heat engines and the Carnot engine.
• Kinetic theory: RMS speed, degrees of freedom and specific heats.
• Heat transfer: conduction, and Stefan's and Wien's laws for radiation.

PV diagrams are a common source of graph-based questions. Practise reading work done as the area under the curve or inside a cycle.

Oscillations and waves

• Simple harmonic motion: displacement, velocity, acceleration and energy.
• Time period of a simple pendulum and a spring-mass system.
• Speed of waves on a string and in a gas.
• Standing waves in strings and organ pipes.
• Beats and the Doppler effect.

These questions often use ratios. For example, how the time period changes when length or mass changes.

Electrostatics

Electrostatics is one of the most consistently tested areas in Class 12.

• Coulomb's law and superposition.
• Electric field and potential due to point charges, dipoles and spheres.
• Gauss's law applications.
• Capacitors: parallel plate capacitance, dielectrics, combinations and energy stored.

Capacitor combinations and the effect of inserting a dielectric are among the most repeated question types.

Current electricity

• Ohm's law, resistivity and its variation with temperature.
• Series and parallel combinations of resistors.
• Kirchhoff's laws.
• Wheatstone bridge and the meter bridge.
• EMF, internal resistance and combinations of cells.
• Electrical power and heating.

Circuit questions reward a clear method. Redraw the circuit if necessary, mark currents, and apply Kirchhoff's laws step by step.

Magnetism and electromagnetic induction

Moving charges and magnetism

• Magnetic field due to a straight wire, a circular loop and a solenoid.
• Force on a moving charge and the radius of its circular path.
• Force between parallel currents.
• Moving coil galvanometer and its conversion to an ammeter or voltmeter.

Magnetism and matter

• Properties of dia-, para- and ferromagnetic materials.
• Bar magnet as an equivalent solenoid.

Electromagnetic induction and alternating current

• Faraday's and Lenz's laws, and motional EMF.
• Self and mutual inductance.
• LCR circuits: impedance, resonance and power factor.
• Transformers.

The galvanometer conversion and LCR resonance are frequent question types.

Optics

Ray optics

• Mirror and lens formulas, magnification and power.
• Refraction, total internal reflection and critical angle.
• Prism: deviation and minimum deviation.
• Optical instruments: microscope and telescope magnification.

Wave optics

• Young's double slit experiment: fringe width and its dependence on wavelength, slit separation and the medium.
• Single slit diffraction.
• Polarisation and Brewster's angle.

Young's double slit experiment is one of the most repeated topics in the entire section.

Modern Physics

This is often the most scoring unit, because questions are short and formula-based.

• Photoelectric effect: Einstein's equation, stopping potential and graphs.
• De Broglie wavelength of particles.
• Bohr model: radius, energy and the hydrogen spectrum.
• Nuclei: mass defect, binding energy and radioactive decay, including half-life.
• Semiconductors: p-n junction, rectifiers, and logic gates.

Logic gates and the photoelectric effect are among the quickest marks in the paper.

Patterns that repeat across units

Looking across years, a few patterns stand out.

• Standard results return. Moment of inertia of common bodies, fields of standard charge distributions and the YDSE fringe width formula appear repeatedly.
• Graphs are common. Motion graphs, PV diagrams, photoelectric graphs and binding energy curves.
• Ratio questions save time. Many questions can be solved by writing the formula and comparing two cases, without full calculation.
• NCERT examples matter. Some questions closely resemble NCERT solved examples and exercise questions.

How to use PYQs for Physics revision

1. Revise the chapter's formulas first. Keep a one-page formula sheet for each chapter, with conditions and units.
2. Solve the chapter's PYQs in one sitting. This shows you the range of question types.
3. Classify your mistakes. Was it a concept gap, a formula error or a calculation slip?
4. Re-solve wrong questions after three days. Without looking at the solution.
5. Move to mixed sets. Once chapters are revised, solve mixed sets of PYQs so you learn to identify concepts quickly.

Pairing PYQs with predicted questions

PYQs show how concepts have been tested. Predicted questions help you decide what to practise next. Paper Predict gives predicted questions with a probability score for each, reviewed by subject experts, and reported 80% accuracy for NEET in both 2025 and 2026.

See Paper Predict's accuracy reports ↗

Paper Predict Notes is the notes vertical of Paper Predict. In the Physics notes, PYQs are placed next to the topics they test, and the most repeated formulas and concepts are flagged in Points often asked boxes.

Frequently asked questions

Which Physics chapters are most important for NEET?

Mechanics, Electrostatics, Current Electricity, Optics and Modern Physics supply a large share of questions. Do not skip Rotational Motion or Thermodynamics, which are often neglected but regularly tested.

How many years of PYQs should I solve?

At least ten years, chapter by chapter, followed by recent full papers under timed conditions.

Is NCERT enough for NEET Physics?

NCERT covers the concepts. Add PYQs and practice questions to build speed and accuracy.

How can I reduce negative marks in Physics?

Attempt questions where you can identify the concept and formula with confidence. Practise in mocks to learn when to skip.

The short version

NEET Physics repeats concepts and question types more than it seems. Mechanics, Electrostatics, Current Electricity, Optics and Modern Physics recur every year, and standard results, graphs and ratio questions appear often. Revise formulas first, solve PYQs chapter by chapter, classify mistakes, and then move to mixed sets and predicted questions.

About Paper Predict. Paper Predict is an AI-powered exam preparation platform; Paper Predict Notes is its notes vertical. See the accuracy reports.