
Preparing for CUET Physics requires a clear understanding of concepts and regular question practice. Many students focus only on theory, but exams often test application. That is why previous year questions play an important role. They show the pattern, difficulty level, and important topics.
Here, we’ll present the most expected questions for CUET 2026 Physics based on recent trends. The focus is on important concepts, common question types, and exam-oriented preparation.
Based on recent question trends, the following questions and concepts are expected in CUET 2026. These are framed in a simple exam-oriented manner.
Electrostatics is one of the most important units. Both numerical and theoretical questions are asked.
Find the net charge on a body having x electrons and y protons.
Calculate work done in bringing a charge from infinity to a point near another charge.
Find the work required to separate two opposite charges placed at a given distance.
Determine the electric potential due to a dipole at a point.
Identify factors affecting electric potential in a dipole system.
This unit contains direct formula-based questions. Many students score well here with practice.
State the factors on which resistivity depends.
Calculate resistance when heat produced, voltage, and time are given.
Find the voltage across the external resistance using EMF and internal resistance.
Identify the condition under which electric current flows in a conductor.
Describe the path of electrons with and without an electric field.
Conceptual clarity is important in this topic.
Explain charge distribution in capacitors connected in series.
Calculate the dielectric constant using charge, voltage, and dimensions.
Find equivalent capacitance in simple circuits.
Identify the energy stored in a capacitor.
This topic includes both conceptual and numerical questions.
Find the force direction on a current-carrying conductor in a magnetic field.
Calculate the magnetic field using the Biot-Savart law.
Determine pole strength using magnetic moment and distance.
Match units of magnetic quantities with the correct physical quantities.
Calculate the magnetic field inside a solenoid.
This unit is often asked in statement-based questions.
State the relation between induced EMF and the rate of change of flux.
Identify conditions for an induced current in a coil.
Explain the galvanometer deflection when a magnet is moved near a coil.
Calculate the induced EMF in a circuit when the current changes.
Define self-inductance and its dependence on circuit parameters.
Questions from AC are usually conceptual with some calculations.
State the meaning of the RMS value in AC circuits.
Identify peak and average values of AC voltage.
Calculate the capacitance required for resonance in an LC circuit.
Explain the condition for resonance in AC circuits.
This topic is simple but important for scoring.
Arrange electromagnetic waves in order of wavelength.
Identify the relation between electric and magnetic fields.
State properties of electromagnetic waves.
Optics includes both ray optics and wave optics. Questions are direct and formula-based.
State laws of reflection and their application.
Calculate the focal length of the lens using the given data.
Find fringe width in Young’s double slit experiment.
Define critical angle and conditions for total internal reflection.
Identify correct statements related to the power of a lens.
This unit is highly scoring and has repeated concepts.
State relation for de Broglie wavelength.
Calculate the wavelength for a particle with given mass and velocity.
Identify factors affecting photoelectric current.
Explain energy levels in a hydrogen atom.
Calculate the change in angular momentum during the transition.
This section has theory-based questions.
Identify the function of a PN junction diode.
Explain rectification using a diode.
State properties of semiconductors.
Identify correct statements about electronic devices.
This unit includes conceptual and numerical questions.
State the relation between nuclear radius and mass number.
Identify properties of nuclear density.
Balance nuclear reactions.
Find the missing mass number and atomic number in reactions.
CUET Previous year question papers help students understand how topics are asked in the exam. They highlight repeated concepts and important formulas. Many questions in CUET follow similar patterns every year.
Regular practice of PYQs helps in:
Identifying important chapters
Improving speed and accuracy
Reducing exam stress
Avoiding mistakes in easy questions
Students should not ignore CUET Physics PYQs. They should solve them regularly along with revision.
A clear strategy helps in improving performance in the exam. Students should focus on both concepts and practice.
Prioritize Accuracy: Avoid guessing. Competitive exams often have negative marking. It is better to leave a difficult question than to mark a wrong answer.
Solve Easy Questions First: Secure your passing marks by solving simple, direct questions in the first 20 minutes.
Use NCERT as a Base: Most CUET questions are rooted in the NCERT syllabus. Ensure you read the summary and "Points to Ponder" at the end of each chapter.
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