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No preparation resource for JEE Main is more data-rich, more authentic, or more strategically valuable than previous year question papers. Every JEE Main PYQ is a real question set by NTA, asked in an actual examination environment, from a specific chapter, at a specific difficulty level, in a specific format. Solving and analysing PYQs does not simulate NTA behaviour. It reveals it directly.
This page covers the complete JEE Main PYQ library from 2019 to 2026 with solutions, a chapter-wise question frequency analysis for Physics, Chemistry, and Mathematics, the most repeated topics across sessions, a step-by-step guide to using PYQs effectively across different phases of preparation, and direct access to practice the full PYQ set on Aspirant Mitraa's platform.
Access the full chapter-wise and year-wise JEE Main PYQ set with solutions here: JEE Main Previous Year Questions
Visit the JEE Main complete guide for dates, eligibility, syllabus, cutoff, and all other resources.
Analysis of JEE Main papers from 2019 to 2026 across all sessions and shifts consistently shows that 20 to 30 percent of questions in any given shift are either direct repeats or conceptually identical to questions asked in earlier years. According to multiple coaching institute analyses, 60 to 70 percent of JEE Main questions each year are based on concepts that were tested in some form in a previous year.
This does not mean questions are copied verbatim. NTA changes the numerical values, the framing, and the trap options. But the underlying concept, the chapter, and the difficulty level remain predictable for chapters that appear consistently.
NTA's question style familiarity: NTA has a distinct way of framing both MCQs and NVQs. The option choices in MCQs are often calibrated to trap candidates who use partial recall rather than complete understanding. The NVQs often involve multi-step calculations where intermediate rounding can lead to a wrong final answer. These patterns appear in every NTA paper and only become recognisable through exposure to actual NTA questions.
Chapter priority mapping: After solving 5 to 8 years of PYQs, the chapters that appear every session become unmistakably clear. Electrostatics, Modern Physics, and Rotational Motion in Physics; Mole Concept, Coordination Compounds, and Organic Reactions in Chemistry; Integral Calculus, Coordinate Geometry, and Matrices in Mathematics consistently dominate. PYQs convert this pattern into preparation priority with concrete data.
Exam-condition accuracy: Solving PYQs under timed conditions, one shift at a time in 3 hours, trains your response speed to actual NTA question length and difficulty. Coaching institute problems are often either easier (for concept-building) or harder (for Advanced-level challenge) than the actual JEE Main difficulty band. PYQs hit exactly the right level.
Score estimation before results: After solving a full PYQ paper and checking against the official answer key, candidates can estimate their actual raw score. This is the most accurate self-assessment available before appearing in the real exam.
The following table summarises the available JEE Main question papers by year and session.
| Year Session 1 Session 2 Total Shifts Available Pattern Notes | ||||
| 2019 | January | April | 16 shifts | Section B introduced; attempt any 5 of 10 NVQs |
| 2020 | January | September | Multiple shifts | COVID year; September session replaced April |
| 2021 | February, March | July, August | Multiple shifts | Four sessions due to COVID; pattern same |
| 2022 | June | July | Multiple shifts | Two session format; attempt any 5 NVQs |
| 2023 | January | April | Multiple shifts | Attempt any 5 NVQs; option-based Section B |
| 2024 | January | April | Multiple shifts | Attempt any 5 NVQs; last year of optional NVQs |
| 2025 | January | April | Multiple shifts | All 5 NVQs compulsory; negative marking on NVQs |
| 2026 | January | April | 26 shifts total | Same as 2025; all 75 questions compulsory |
Important for 2027 preparation: Papers from 2019 to 2024 had the optional NVQ format (attempt any 5 from 10). Papers from 2025 and 2026 follow the current format (all 5 NVQs compulsory). When practicing older papers, solve all 10 NVQs in Section B to simulate the current format, not just any 5.
Practice the full updated PYQ set at JEE Main PYQ, where older papers are available in the current compulsory format.
The following table shows which Physics chapters are tested most frequently in JEE Main based on 8 years of paper analysis.
| Chapter Average Questions per Session Frequency Priority | |||
| Electrostatics and Capacitance | 3 to 4 | Every session | Very High |
| Current Electricity | 3 to 4 | Every session | Very High |
| Modern Physics (Atoms, Nuclei, Dual Nature) | 4 to 5 | Every session | Very High |
| Rotational Motion and Mechanics | 3 to 4 | Every session | Very High |
| Ray Optics and Wave Optics | 3 to 4 | Every session | Very High |
| Thermodynamics and Kinetic Theory | 2 to 3 | Every session | High |
| Electromagnetic Induction and AC Circuits | 2 to 3 | Every session | High |
| Magnetic Effects of Current | 2 to 3 | Every session | High |
| Simple Harmonic Motion and Waves | 1 to 2 | Most sessions | Moderate |
| Gravitation | 1 | Most sessions | Moderate |
| Laws of Motion and Work Energy | 2 to 3 | Most sessions | High |
| Properties of Matter and Fluids | 1 to 2 | Most sessions | Moderate |
| Semiconductor Devices | 1 | Most sessions | Moderate |
| Units and Measurements | 1 to 2 | Most sessions | Moderate |
| Experimental Skills | 1 | Some sessions | Lower |
In JEE Main 2026 data, Units and Measurements had a weightage of 6.32 percent (approximately 30 questions across all 19 shifts of the full year), while Rotational Motion had 5.47 percent across the full year, and Electromagnetic Induction appeared consistently.
| Chapter Average Questions per Session Frequency Priority | |||
| Mole Concept and Stoichiometry | 1 to 2 | Every session | Very High |
| Atomic Structure | 1 to 2 | Every session | Very High |
| Chemical Bonding and Molecular Structure | 2 to 3 | Every session | Very High |
| Coordination Compounds | 2 to 3 | Every session | Very High |
| p-Block Elements (Groups 13 to 18) | 2 to 3 | Every session | Very High |
| Organic Reactions: Carbonyl Compounds (Aldehyde, Ketone, Acid) | 2 to 3 | Every session | Very High |
| General Organic Chemistry (GOC) | 1 to 2 | Every session | High |
| Hydrocarbons | 1 to 2 | Every session | High |
| Chemical Equilibrium and Ionic Equilibrium | 2 | Every session | High |
| Electrochemistry | 1 to 2 | Every session | High |
| Chemical Kinetics | 1 | Every session | High |
| d and f-Block Elements | 1 to 2 | Most sessions | High |
| Periodic Properties | 1 to 2 | Most sessions | Moderate |
| Solutions and Colligative Properties | 1 | Most sessions | Moderate |
| Thermodynamics (Chemical) | 1 | Most sessions | Moderate |
| Amines | 1 | Most sessions | Moderate |
| Surface Chemistry | 1 | Some sessions | Lower |
| Biomolecules and Polymers | 1 | Some sessions | Lower |
Transition Elements and Coordination Chemistry consistently appear among the highest-frequency topics across all years, alongside periodic table elements and Organic Chemistry named reactions.
| Chapter Average Questions per Session Approximate Weightage Priority | |||
| Integral Calculus (Definite + Indefinite + Area) | 3 to 4 | 12 to 16 percent | Very High |
| Coordinate Geometry: Circles and Conics | 3 to 5 | 12 to 20 percent | Very High |
| Matrices and Determinants | 2 to 3 | 8 to 12 percent | Very High |
| Three-Dimensional Geometry and Vectors | 2 to 3 | 8 to 12 percent | Very High |
| Complex Numbers | 2 | 8 percent | Very High |
| Differential Equations | 1 to 2 | 4 to 8 percent | High |
| Probability | 1 to 2 | 4 to 8 percent | High |
| Sequences and Series | 1 to 2 | 4 to 8 percent | High |
| Limits, Continuity and Differentiability | 2 to 3 | 8 to 12 percent | High |
| Application of Derivatives | 1 to 2 | 4 to 8 percent | High |
| Permutations and Combinations | 1 | 4 percent | Moderate |
| Binomial Theorem | 1 | 4 percent | Moderate |
| Straight Lines | 1 | 4 percent | Moderate |
| Trigonometry and Inverse Trigonometry | 1 to 2 | 4 to 8 percent | Moderate |
| Sets, Relations and Functions | 1 | 4 percent | Moderate |
| Statistics | 1 | 4 percent | Moderate |
In April 6 Shift 1 of JEE Main 2026 Session 2, Mathematics had 5 to 6 questions from Conic Sections alone, with 2 questions from Integral Calculus and 2 from Coordinate Geometry separately. In January 21 Shift 1, Algebra comprised 36 percent, Calculus 32 percent, Coordinate Geometry 16 percent, Vector and 3D 12 percent, and Trigonometry 4 percent.
Based on pattern analysis from 8 years of papers, the following concepts appear in almost every session and are the highest-priority PYQ targets.
| Concept Years Appeared Typical Question Type | ||
| Capacitor circuits (energy, charge distribution) | 2019 to 2026 | NVQ and MCQ |
| Photoelectric effect (threshold, stopping potential) | 2019 to 2026 | MCQ |
| Bohr's model and hydrogen spectrum | 2019 to 2026 | MCQ and NVQ |
| Kirchhoff's laws applied circuits | 2019 to 2026 | NVQ |
| Young's Double Slit Experiment fringe width | 2019 to 2026 | NVQ |
| Rotational motion: rolling without slipping | 2019 to 2026 | NVQ |
| Faraday's law application (EMF calculation) | 2019 to 2026 | NVQ |
| Ray optics: lens and mirror combination | 2019 to 2026 | NVQ |
| Concept Years Appeared Typical Question Type | ||
| Mole concept: limiting reagent and stoichiometry | 2019 to 2026 | NVQ |
| Coordination compounds: IUPAC, isomers, VBT | 2019 to 2026 | MCQ |
| p-Block: oxoacids, properties, reactions | 2019 to 2026 | MCQ |
| Electrochemistry: cell potential and Faraday's laws | 2019 to 2026 | NVQ |
| Carbonyl compounds: reactions and mechanisms | 2019 to 2026 | MCQ |
| Chemical kinetics: rate law, half-life | 2019 to 2026 | NVQ and MCQ |
| Ionic equilibrium: buffer, pH calculation | 2019 to 2026 | NVQ |
| Chemical bonding: hybridisation, shapes | 2019 to 2026 | MCQ |
| Concept Years Appeared Typical Question Type | ||
| Definite integrals: properties and evaluation | 2019 to 2026 | NVQ |
| Matrix determinant and inverse | 2019 to 2026 | NVQ and MCQ |
| Complex numbers: argument, modulus, roots of unity | 2019 to 2026 | MCQ |
| Parabola and ellipse: tangent and normal | 2019 to 2026 | MCQ |
| Probability: conditional, Bayes' theorem | 2019 to 2026 | MCQ |
| Differential equations: variable separable, linear | 2019 to 2026 | NVQ |
| 3D lines and planes: distance and angle | 2019 to 2026 | NVQ |
| Sequences and series: sum of series | 2019 to 2026 | NVQ |
This is one of the most common preparation questions. The answer depends on your preparation phase and available time.
| Priority Level Years to Solve When | ||
| Minimum recommended | 2022 to 2026 (last 4 years) | Final 3 months before exam |
| Standard recommended | 2020 to 2026 (last 6 to 7 years) | From 6 months before exam |
| Comprehensive | 2019 to 2026 (all NTA-era papers) | From 8 to 10 months before exam |
| Beyond 2019 | Not recommended as primary focus | Papers before 2019 had different pattern; use selectively |
Why 2019 is the NTA-era starting point: NTA took over JEE Main from CBSE in 2019 and changed the paper format significantly, including the introduction of Numerical Value Questions. Papers before 2019 used a different format and are less representative of what you will face in 2027.
Why the last 5 years (2022 to 2026) are the most important: These papers reflect the current NTA question style, difficulty calibration, and chapter emphasis most accurately. They also include the compulsory NVQ format from 2025 and 2026.
What to do: After completing each chapter from NCERT and reference books, solve all PYQ questions from that chapter available from 2019 to 2026.
How to do it: Use the chapter-wise PYQ sets at JEE Main PYQ, which organise questions by topic rather than by year. After completing Electrostatics, solve all Electrostatics PYQs from 2019 to 2026 in one sitting without time pressure. Check each answer, read the solution for every wrong answer, and note the concept gap it reveals.
What this achieves: Exposes you to NTA's exact question style per chapter, reveals which sub-topics within a chapter NTA tests most, and builds the speed to recognise question types quickly.
What to do: Solve complete JEE Main papers (full 75 questions) year by year, one shift at a time, in strict 3-hour timed conditions.
How to do it: Select one complete shift from any year (e.g., JEE Main 2025 Session 1, January 22 Shift 1). Attempt all 75 questions in 3 hours without interruption. Then score using the official answer key and analyse each wrong answer categorically.
What this achieves: Builds time management skills, trains the exam-condition reflex of when to attempt and when to skip, and gives a realistic percentile estimate.
What to do: Use PYQ-based full-length tests that mix questions from multiple years in a single mock paper, replicating the experience of an NTA paper without the advantage of year-specific recall.
How to do it: Access PYQ-integrated tests from the JEE Main Full Length Mock and PYQ Series, which combines questions from 2019 to 2026 papers in NTA-format 75-question papers under timed conditions.
What this achieves: Tests true understanding rather than year-specific recall. If you remember a specific 2023 question's answer, a mixed paper from 2019 to 2026 will give you a more accurate assessment than solving a standalone 2023 paper.
Mistake 1: Solving PYQs without timing. Solving at leisure without time pressure trains comprehension but not exam strategy. Always solve full shifts under 3-hour time limits.
Mistake 2: Checking answers question by question while solving. This defeats the practice purpose. Solve the complete paper, then check all answers together after 3 hours.
Mistake 3: Skipping solutions for correct answers. If you got an answer right by luck or a shortcut that does not reflect full understanding, reading the solution reveals the proper method and additional insights. Do not skip solutions even for correct answers.
Mistake 4: Treating all wrong answers equally. Categorise every wrong answer: was it a concept gap, a calculation error, a reading error, or a negative marking trap? Only concept gaps require re-studying the chapter. Calculation and reading errors require behavioural changes in how you approach the question.
Mistake 5: Only solving recent years. While 2025 and 2026 papers are most pattern-accurate, they represent only 2 years of data. Chapters that appear every year are confirmed by 8 years of data (2019 to 2026). Using only recent years gives you less statistical confidence in your chapter priority decisions.
Mistake 6: Ignoring older format NVQ papers entirely. Pre-2025 papers had 10 NVQs with choice of any 5. When solving these papers, attempt all 10 NVQs to match the current compulsory format. The underlying concepts tested in pre-2025 NVQs are identical to what appears in 2025 and 2026.
Based on analysis of JEE Main 2026 Session 1 (January) papers:
Physics: Topics like Modern Physics and Mechanics were common across all shifts. Students found Physics section easier than Mathematics or Chemistry in most shifts, with most questions formula-based and aligned with the syllabus.
Chemistry: The Chemistry paper was noted as moderate but lengthy in many shifts. Most questions were statement-type. In organic Chemistry, aromatic compounds and hydrocarbons were heavily tested, while Coordination Compounds appeared in almost every shift in Inorganic Chemistry.
Mathematics: The paper was moderate to difficult in most shifts, with Algebra comprising 32 to 36 percent, Calculus 28 to 35 percent, Coordinate Geometry 10 to 16 percent, Vector and 3D 9 to 12 percent, and Trigonometry and Statistics sharing the remaining 5 to 9 percent.
Q1. How many years of PYQs should I solve for JEE Main 2027? Solve at least the last 5 years (2022 to 2026) across all available shifts. Ideally, solve all 8 NTA-era years (2019 to 2026) for maximum pattern data.
Q2. Are JEE Main questions repeated from previous years? NTA does not repeat questions verbatim. However, 20 to 30 percent of questions in each shift are conceptually identical to questions from previous years, with changed numerical values or rephrased options.
Q3. Should I solve both Session 1 and Session 2 papers from each year? Yes. NTA uses completely different questions in Session 1 and Session 2. Both sessions are equally valuable for practice and provide double the exposure to NTA's question style for each year.
Q4. Is there negative marking in JEE Main NVQs in older papers? From 2025 onwards, yes. In pre-2025 papers, incorrect NVQs carried no negative marking. When practising pre-2025 papers, apply the current negative marking rule (-1 for incorrect NVQs) to train yourself to the current format.
Q5. Where can I access chapter-wise PYQs with solutions for JEE Main 2027 preparation? Access chapter-wise and year-wise PYQs with step-by-step solutions on Aspirant Mitraa at JEE Main PYQ. Questions are organised by chapter so you can practice topic-specifically immediately after completing each chapter.
Q6. How should I use PYQs in the final 15 days before JEE Main 2027 Session 1? In the final 15 days, solve 180 to 200 Physics PYQs, 220 to 250 Chemistry PYQs, and 150 to 170 Mathematics PYQs from the 2022 to 2026 sessions as revision sets. In the final 5 days, solve 2 to 3 complete PYQ papers as full 3-hour mock simulations.
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ExamUpdateAspirantMitraa
20 May 2026
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20 May 2026