CUET Physics Question Paper 2026 Analysis, Memory-Based Questions, Difficulty Level

CUET UG 2026 Physics Analysis - Day-wise Shift 1 vs Shift 2 Comparison

Overall Trend Summary

Section-wise Pattern Across All Shifts

Most Repeated Physics Topics in CUET 2026

Electrostatics & Current Electricity

• Coulomb’s Law
• Electric Field
• Electric Flux
• Potential Difference
• Capacitors
• Resistors
• Ohm’s Law
• Wheatstone Bridge
• Current and Power

Magnetism & Electromagnetic Induction

• Biot-Savart Law
• Magnetic Force
• Magnetic Dipole Moment
• Lenz’s Law
• Faraday’s Law
• Mutual Inductance
• Galvanometer

Optics & Waves

• Ray Optics
• Lens Formula
• Prism
• YDSE
• Electromagnetic Waves
• Wavelength order
• Uses of EM Waves

Modern Physics & Semiconductors

• Dual Nature of Radiation
• Photoelectric Effect
• Atoms & Nuclei
• PN Junction Diode
• Doping
• P-type and N-type Semiconductors

CUET Physics Question Paper 2026 Analysis

Below is the detailed analysis of the CUET Physics 2026 Question Paper.

CUET 2026 Physics Analysis - 29 May

• The paper was easy to moderate

• Questions were asked from Electric Charges and Fields (ECF)

• Questions from Electrostatic Potential and Capacitors (EPC) were asked

• From Current Electricity, questions on Resistors were asked

• Question on Mutual Inductance was asked

• Question on Galvanometer was asked

• Match the Following questions on Units and Physical Quantities were asked

• From Alternating Current (AC), numerical questions were asked

• Questions from Electromagnetic Waves (EMW) were asked

• Questions from Optics were asked

• Increasing Order question from Electromagnetic Waves was asked

• Numerical question on Power was asked

• Question from Dual Nature of Radiation and Matter was asked

• Theory-based questions had higher weightage in the paper

CUET UG 2026 Physics Analysis - 27 May Shift 1

• Paper difficulty was moderate overall.

• Questions were mostly NCERT-based.

• Paper had a mix of:

  • Conceptual questions

  • Formula-based numericals

Major Topics Asked

Electrostatics & Current Electricity

• Highest weightage in the paper

• Questions from:

  • Coulomb’s law

  • Conservation of charge

  • Potential difference

  • Electric flux

  • Electric field due to long wire

  • Ohm’s law

  • Mobility

  • Capacitors

  • Cells in parallel

  • Current and power arrangement numericals

Magnetism & EMI

• Good number of questions asked

• Topics included:

  • Biot-Savart law

  • Force between current-carrying wires

  • Lenz’s law

  • Magnetic dipole moment

  • Magnetic susceptibility

  • LCR circuit

Optics

• Moderate coverage

• Questions from:

  • Lens

  • Astronomical telescope

  • YDSE

Electromagnetic Waves

• Matching wavelengths

• Uses of EM waves

Semiconductors

• PN junction diode

• Semiconductor doping applications

Overall Pattern

• Most numericals were direct formula-based.

• Circuit-solving questions were important.

• Theory questions were straightforward.

• Students with good formula practice could solve easily.

Overall Difficulty

• Electrostatics & Current Electricity → Moderate

• Magnetism & EMI → Moderate

• Optics → Easy to Moderate

• Semiconductors → Easy

CUET UG 2026 Physics Analysis - 26 May

• Physics was rated moderate to difficult overall.

• It was considered one of the toughest sections by many students.

• The paper included a large number of numerical-based questions.

• Around 25 - 28 questions were theory-based, largely from NCERT concepts.

• Important topics included Alternating Current, Photoelectric Effect, and Mutual Inductance.

• Numerical questions based on electron drift velocity and p-n junction diode resistance were reported as tricky.

• The section was calculation-heavy and time-consuming.

• Students with strong conceptual clarity and formula revision found it manageable.

CUET UG 2026 Physics Analysis - May 25 Shift 1

• Overall Physics paper was moderate in difficulty.

• The paper had a strong mix of theory-based, statement-based, and direct formula questions.

• Questions were asked from Current Electricity, including current flow and drift-related concepts.

• Semiconductors had good weightage with topics like p-n junction diode, forward bias, n-type and p-type semiconductors, and doping of germanium/silicon.

• Multiple questions came from Electromagnetic Waves including wavelength and electromagnetic radiation.

• Moving Charges & Magnetism had questions on magnetic field, direction of magnetic field, torque on dipole, and magnetic properties.

• One question was based on electrostatics of conductors.

• Capacitance was important - energy stored in capacitor, capacitor combinations, and charging of capacitor were asked.

• A question on displacement current was also reported.

• Ray Optics had questions from focal length and lens.

• Atoms & Nuclei had questions on transition of electron in hydrogen atom, emitted photon energy, and binding energy per nucleon/alpha particle.

• Dual Nature included a question on number of photons emitted.

• Match the following questions were asked from:

  • physical quantity and dimensions

  • electromagnetic wave and production/device

  • instrument and characteristics

  • Faraday/Maxwell-based concepts

• One numerical-type question involved electron density / number of electrons.

• Most questions were NCERT-based and formula-driven, with several direct conceptual applications.

CUET Physics Analysis - 24 May

• Around 85% of the questions were from the second part of the Modern Physics book

• From Electric Charges and Fields, one question on units and Match the Following was asked

• From Electrostatic Potential and Capacitors, around 2 questions were asked

• From Current Electricity, around 2-3 questions were asked

• From Moving Charges and Magnetism, only 1 question was asked

• From Magnetism and Matter, one theory-based question was asked

• No question from Electromagnetic Waves was asked in this shift

• From Ray Optics, questions on Prism and Lens Formula were asked

• Question on Dual Nature of Radiation and Matter was asked

• Questions from the Atoms chapter were asked

• Questions on P-type and N-type semiconductors were asked

• Only one formula-based question from Alternating Current (AC) was asked

CUET UG 2026 Physics Analysis - 22 May Shift 2

• The overall difficulty level of the Physics paper was easy to moderate.

• Around 2-3 questions were reported from Modern Physics.

• The paper had a balanced mix of theory-based and conceptual questions.

• Semiconductor chapter carried noticeable weightage with nearly 2-3 questions asked.

• Questions from Electrostatics and Current Electricity were included in the shift.

• One question based on Torque and rotational concepts was reported.

• Capacitors and capacitor combinations were asked in the examination.

• A question related to Magnetic Moment was also seen in the paper.

• Some questions were formula-based, but lengthy calculations were comparatively less.

• Students found the paper manageable if NCERT theory and standard formulas were revised properly.

• The paper pattern suggested higher focus on conceptual clarity rather than difficult numericals.

• Most students attempting regular mock tests and NCERT-based preparation considered the shift scoring.

CUET UG 2026 Physics Paper Analysis - 21 May Shift 2

• Paper was easy to moderate

• More theory-based questions were asked

• Most theory questions were from:

  • Electromagnetic Induction

  • Current Electricity

• Two numerical questions came from Semiconductors

• One question was asked from Capacitors

• One question was asked from Alternating Current (AC)

CUET Physics Analysis - 20 May Shift 2

• Physics paper was reported to be easy to moderate in overall difficulty level.

• The majority of the questions were theory-based rather than calculation-intensive.

• Numerical questions were comparatively fewer, unlike some previous shifts.

• Direct conceptual questions from standard NCERT topics were asked.

• Most questions tested understanding of fundamental concepts instead of lengthy derivations.

• Formula application questions were present but involved simple substitutions and basic calculations.

• Students found the paper manageable due to the absence of lengthy numericals.

• Modern Physics and basic mechanics concepts were considered important in the paper pattern.

• Assertion-reason and statement-based conceptual questions may have appeared in moderate numbers.

• Time management was comparatively easier because complex calculations were limited.

• Students with strong NCERT preparation and conceptual clarity could attempt the paper comfortably.

• Overall paper pattern suggested a balanced focus on theoretical understanding and basic application.

CUET Physics Analysis - 20 May Shift 1

• Physics paper was reported to be moderate in overall difficulty level.

• Majority of the questions were theory-based with limited lengthy calculations.

• Current Electricity had a strong weightage in the paper.

• Electrostatics questions were asked, including concepts related to dielectric materials.

• Magnetism section also carried a decent number of questions.

• A few numericals were asked from magnetic force formulas like BILsin⁡θ and BIAcos⁡θ type concepts.

• One question involved matching formulas, while another was based on chronological order related to particle motion in circular paths.

• Electromagnetic Waves (EMW) had a Match the Following question involving Microwave, Radio Waves, X-rays, and other wave categories.

• Electromagnetic Induction (EMI) contributed a good number of questions.

• Alternating Current (AC) had very limited representation with around one question.

• Ray Optics and Wave Optics included numerical-based questions along with a few theoretical concepts.

• Modern Physics included graph-based Match the Following questions from Dual Nature of Radiation and Matter.

• The paper mainly focused on conceptual clarity and direct NCERT-level understanding.

• Students with basic preparation and strong theoretical understanding could attempt a large portion of the paper comfortably.

• Overall paper pattern remained balanced with moderate conceptual depth and manageable numericals.

CUET 2026 Physics Analysis - 18 May Shift 2

• Overall difficulty level of the Physics paper was Easy to Moderate

• Most questions were directly based on NCERT concepts

• Numerical difficulty was moderate and manageable

• Two Match the Following questions were asked

• Some questions were similar to previous CUET shifts

• Question from Capacitors chapter was asked

• Question related to efficiency from Electromagnetic Waves (EMW) was asked

• Conceptual questions were more prominent than lengthy calculations

• NCERT theory and formula-based preparation was highly useful

• Questions were mainly focused on:

  • Basic concepts

  • Formula application

  • NCERT examples and statements

• Time management was manageable for most students

• Students with strong NCERT revision found the paper easier to attempt

• Important chapters observed in the shift:

  • Electrostatics

  • Capacitors

  • Electromagnetic Waves

  • Modern Physics

  • Current Electricity

• Match the Following and concept-based questions continued to appear in the paper

• Repeated pattern from previous shifts was observed in several questions

CUET 2026 Physics Analysis - 15 May Shift 1

• Overall difficulty level of the paper was moderate

• The paper was heavily formula-based

• Students who revised formulas thoroughly found the paper manageable

• Most questions were direct conceptual or formula-application based

• Important topics asked:

  • Current Electricity

  • Modern Physics

  • Electromagnetic Waves

  • Units and Dimensions

  • Electrostatics

  • Optics

• Questions from Current Electricity were mainly formula-based numericals

• Modern Physics included direct theory-based questions

• Electromagnetic Waves questions focused on uses and applications

• Units and Dimensions included unit conversion-based questions

• Electrostatics questions included concepts related to potential energy

• Optics had comparatively fewer questions but they were conceptual

• Memory-based concepts/questions asked:

  • Lorentz Force

  • Wheatstone Bridge

  • EM Waves

  • Potential Energy

  • Shortest Wavelength

• Concepts tested included:

  • Direction-based concept from Lorentz Force

  • Circuit formula from Wheatstone Bridge

  • Applications of EM Waves

  • System of charges

  • Spectral series concept from shortest wavelength

• Student feedback:

  • Formula memorisation was highly important

  • Questions were direct and manageable

  • Units and Dimensions had noticeable weightage

  • Modern Physics was scoring

  • Physics was comparatively less difficult than Mathematics

  • Time pressure remained moderate

• Overall, the paper was balanced and formula-oriented

• Students with strong NCERT understanding and regular numerical practice found the paper manageable and scoring

CUET 2026 Physics Analysis - 14 May Shift 2

• The overall difficulty level of the Physics paper was easy to moderate.

• Most questions were directly based on NCERT concepts.

• Options were designed to test conceptual understanding and careful thinking.

• Students with good NCERT preparation could easily attempt around 20-25 questions.

• Around 60% of the paper was theory based, while 40% involved numerical questions.

• Match-the-following questions were asked from units and physical quantities.

• Electrostatics had around 4-5 questions.

• Current Electricity also had around 4-5 questions.

• Moving Charges and Magnetism had around 3-4 questions.

• Questions from Magnetism and Matter included ferromagnetic, diamagnetic, and paramagnetic substances.

• EMI questions included concepts based on (e = Bvl), Lenz’s Law, and Faraday’s Law.

• Alternating Current (AC) included questions from LCR circuits and resonant frequency.

• Electromagnetic Radiation included theory and arrangement-based questions on uses of different radiations.

• Ray Optics included questions related to mirrors and uses of concave mirrors.

• Wave Optics had basic formula-based questions from Interference and Diffraction.

• Semiconductor chapter included true and false conceptual questions.

• Most numerical questions were direct and formula based.

• NCERT theory and formula revision were enough for many questions.

CUET Physics Analysis 2026 - 12 May Shift 2

• Overall paper difficulty level was easy to moderate

• Most students were able to solve each question within 60-90 seconds

• Questions from Electromagnetic Induction were asked

• Questions from Current Electricity were included

• Topics like Ohm’s Law and Wheatstone Bridge appeared in the paper

• Majority of the questions were theoretical in nature

• Around 30 questions were theory-based

• Around 15-20 questions were numerical-based

• Students found the paper manageable with proper NCERT preparation

• Practising mock tests was reported to be highly helpful

• The Physics question paper became available around 4-5 PM

• Time management was important but the paper was considered attemptable for well-prepared students

Subject-wise CUET 2026 Exam Analysis PDF

Students can check and download the CUET UG 2026 Exam Analysis PDFs for different subjects from the table below. These PDFs and e-books are prepared only for exam analysis purposes using memory-based questions, student reactions, and expert analysis.

CUET Physics Question Paper 2026 with Solutions PDF

The CUET Physics Question Paper 2026 with Solutions PDF will help students understand the correct answers and detailed explanations for all the questions asked in the examination. After the CUET Physics Exam is conducted, the Career360 subject matter experts will release solution PDFs for students.

CUET Physics 2026 Memory-Based Questions

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