Authoritative 10-Year IIT Repository (2016 – 2025)
JEE Advanced Previous 10 Years Question Papers with Solutions
Master the Joint Entrance Examination (Advanced) with authentic Paper 1 and Paper 2 records, verified organizing IIT archives, step-by-step LaTeX mathematical derivations, and year-specific partial marking practice.
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2016–2025 Completed
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Organizing Institute: Organizing IITs (IIT Kanpur, IIT Madras, IIT Guwahati, IIT Bombay, IIT Kharagpur, IIT Delhi, IIT Roorkee) Verified Official Archive
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Subject-Wise JEE Advanced Previous Year Questions
Practice high-level analytical problems with deep conceptual derivations.
Mechanics • Electrodynamics • Optics
JEE Advanced Physics PYQs
Rigid body rotation, coupled electromagnetism, thermodynamics cycles, and modern physics derivations.
Organic • Inorganic • Physical
JEE Advanced Chemistry PYQs
Stereoselective reaction cascades, crystal field theory, qualitative cation analysis, and electrochemistry.
Calculus • Vectors • Algebra
JEE Advanced Mathematics PYQs
Definite integral bounds, multi-stage differential equations, complex geometry, and probability Bayes theorems.
JEE Advanced 10 Completed Examination Years (2016 – 2025)
Explore verified examination papers with separate Paper 1 and Paper 2 entries.
JEE Advanced 2025Organized by IIT KanpurComputer Based Test (CBT)
18 May 2025
•1.91 Lakhs RegisteredPaper 1180 Marks • 51 Questions
Timing: 9:00 AM – 12:00 PM
Section 1: 4 Single Correct (+3, -1)
Section 2: 3 Multiple Correct (+4, -2, partial marking +3/+2/+1)
Section 3: 6 Numerical Value (+4, 0)
Paper 2180 Marks • 51 Questions
Timing: 2:30 PM – 5:30 PM
Section 1: 4 Single Correct (+3, -1)
Section 2: 3 Multiple Correct (+4, -2, partial marking)
Section 3: 6 Numerical Value (+4, 0)
Official Portal:IIT Kanpur Archive
View Complete 2025 Exam Overview →JEE Advanced 2024Organized by IIT MadrasComputer Based Test (CBT)
26 May 2024
•1.80 Lakhs AppearedPaper 1180 Marks • 51 Questions
Timing: 9:00 AM – 12:00 PM
Section 1: 4 Single Choice Questions (+3, -1)
Section 2: 3 One or More Than One Correct (+4, -2, partial marking)
Section 3: 6 Non-Negative Integer / Numerical (+4, 0)
Paper 2180 Marks • 51 Questions
Timing: 2:30 PM – 5:30 PM
Section 1: 4 Single Choice Questions (+3, -1)
Section 2: 3 One or More Than One Correct (+4, -2, partial marking)
Section 3: 6 Non-Negative Integer (+4, 0)
Official Portal:IIT Madras Archive
View Complete 2024 Exam Overview →JEE Advanced 2023Organized by IIT GuwahatiComputer Based Test (CBT)
4 June 2023
•1.80 Lakhs AppearedPaper 1180 Marks • 51 Questions
Timing: 9:00 AM – 12:00 PM
Section 1: Single Option Correct
Section 2: Multiple Correct with Partial Marking
Section 3: Numerical Value Questions
Paper 2180 Marks • 51 Questions
Timing: 2:30 PM – 5:30 PM
Section 1: Single Option Correct
Section 2: Multiple Correct with Partial Marking
Section 3: Numerical Value Questions
Official Portal:IIT Guwahati Archive
View Complete 2023 Exam Overview →JEE Advanced 2022Organized by IIT BombayComputer Based Test (CBT)
28 August 2022
•1.55 Lakhs AppearedPaper 1180 Marks • 54 Questions
Timing: 9:00 AM – 12:00 PM
Section 1: 8 Numerical Type with decimals (+3, 0)
Section 2: 6 Multiple Correct (+4, -2, partial marking)
Section 3: 4 Match List (+3, -1)
Paper 2180 Marks • 54 Questions
Timing: 2:30 PM – 5:30 PM
Section 1: 8 Single Correct (+3, -1)
Section 2: 6 Multiple Correct (+4, -2, partial marking)
Section 3: 4 Comprehension Type (+3, 0)
Official Portal:IIT Bombay Archive
View Complete 2022 Exam Overview →JEE Advanced 2021Organized by IIT KharagpurComputer Based Test (CBT)
3 October 2021
•1.41 Lakhs AppearedPaper 1180 Marks • 57 Questions
Timing: 9:00 AM – 12:00 PM
Section 1: Single Choice
Section 2: Multiple Correct
Section 3: Numerical Value
Paper 2180 Marks • 57 Questions
Timing: 2:30 PM – 5:30 PM
Section 1: Single Choice
Section 2: Multiple Correct
Section 3: Numerical Value
Official Portal:IIT Kharagpur Archive
View Complete 2021 Exam Overview →JEE Advanced 2020Organized by IIT DelhiComputer Based Test (CBT)
27 September 2020
•1.50 Lakhs AppearedPaper 1198 Marks • 54 Questions
Timing: 9:00 AM – 12:00 PM
Section 1: Single Choice
Section 2: Multiple Correct
Section 3: Numerical Value
Paper 2198 Marks • 54 Questions
Timing: 2:30 PM – 5:30 PM
Section 1: Single Choice
Section 2: Multiple Correct
Section 3: Numerical Value
Official Portal:IIT Delhi Archive
View Complete 2020 Exam Overview →JEE Advanced 2019Organized by IIT RoorkeeComputer Based Test (CBT)
27 May 2019
•1.61 Lakhs AppearedPaper 1186 Marks • 54 Questions
Timing: 9:00 AM – 12:00 PM
Section 1: Multiple Correct
Section 2: Numerical Value
Section 3: List Match
Paper 2186 Marks • 54 Questions
Timing: 2:30 PM – 5:30 PM
Section 1: Multiple Correct
Section 2: Numerical Value
Section 3: Comprehension
Official Portal:IIT Roorkee Archive
View Complete 2019 Exam Overview →JEE Advanced 2018Organized by IIT KanpurComputer Based Test (CBT)
20 May 2018
•1.55 Lakhs AppearedPaper 1180 Marks • 54 Questions
Timing: 9:00 AM – 12:00 PM
Section 1: Multiple Correct
Section 2: Numerical Value
Section 3: Match Matrix
Paper 2180 Marks • 54 Questions
Timing: 2:30 PM – 5:30 PM
Section 1: Multiple Correct
Section 2: Numerical Value
Section 3: Comprehension
Official Portal:IIT Kanpur Archive
View Complete 2018 Exam Overview →JEE Advanced 2017Organized by IIT MadrasPen & Paper (OMR Based)
21 May 2017
•1.59 Lakhs AppearedPaper 1183 Marks • 54 Questions
Timing: 9:00 AM – 12:00 PM
Section 1: Single Option
Section 2: Multiple Correct
Section 3: Non-Negative Integer
Paper 2183 Marks • 54 Questions
Timing: 2:30 PM – 5:30 PM
Section 1: Single Option
Section 2: Multiple Correct
Section 3: Comprehension
Official Portal:IIT Madras Archive
View Complete 2017 Exam Overview →JEE Advanced 2016Organized by IIT GuwahatiPen & Paper (OMR Based)
22 May 2016
•1.47 Lakhs AppearedPaper 1186 Marks • 54 Questions
Timing: 9:00 AM – 12:00 PM
Section 1: Single Choice
Section 2: Multiple Correct
Section 3: Numerical Value
Paper 2186 Marks • 54 Questions
Timing: 2:30 PM – 5:30 PM
Section 1: Single Choice
Section 2: Multiple Correct
Section 3: Paragraph Type
Official Portal:IIT Guwahati Archive
View Complete 2016 Exam Overview →10-Year Empirical JEE Advanced PYQ Distribution
JEE Advanced Chapter Weightage & Historical Frequency
Calculated transparently from the verified 10-Year JEE Advanced examination dataset (Paper 1 & Paper 2 combined, 2016–2025). Categorized into high-yield focus areas for systematic IIT preparation.
Total Chapters Analyzed:14
physics • Class 11Tier 1 • High Yield
Rotational Motion & Rigid Body Dynamics
~3.8 Qs / year (P1+P2)
•
11.2% historical weightage
Top Recurring Advanced Concepts:
- Conservation of Angular Momentum with Instantaneous Axis of Rotation (IAOR)
- Combined Pure Rolling & Sliding on Inclined Planes with Friction
physics • Class 12Tier 1 • High Yield
Electrostatics & Electric Field Potential
~3.4 Qs / year (P1+P2)
•
10% historical weightage
Top Recurring Advanced Concepts:
- Concentric Conducting Spherical Shells with Grounding & Charge Induction
- Gauss Law Application to Non-Uniform Charge Density Distributions ($\rho(r) = kr^n$)
physics • Class 12Tier 1 • High Yield
Electromagnetic Induction & Alternating Current
~3.2 Qs / year (P1+P2)
•
9.4% historical weightage
Top Recurring Advanced Concepts:
- Motional EMF in Rotating Rods, Sliding Rails & Variable Magnetic Fields ($\vec{E}_{ind}$)
- Mutual Inductance & Coupled LR Circuits with Transients ($i(t) = I_0(1 - e^{-t/\tau})$)
physics • Class 11Tier 1 • High Yield
Thermodynamics & Kinetic Theory of Gases
~3.1 Qs / year (P1+P2)
•
9.1% historical weightage
Top Recurring Advanced Concepts:
- Cyclic Processes on $P-V, T-S,$ and $P-T$ indicator diagrams with efficiency calculations
- Polytropic Processes ($PV^n = const$) and Molar Heat Capacity ($C = C_v + \frac{R}{1-n}$)
physics • Class 12Tier 1 • High Yield
Wave Optics & Modern Physics
~3 Qs / year (P1+P2)
•
8.8% historical weightage
Top Recurring Advanced Concepts:
- YDSE with Slab Insertion, Non-Monochromatic Light & Phase Shifts
- Bohr Model with Reduced Mass for Muonic/Positronium Exotic Atoms
chemistry (organic) • Class 12Tier 1 • High Yield
Carbonyl Compounds (Aldehydes, Ketones & Carboxylic Derivatives)
~3.6 Qs / year (P1+P2)
•
10.6% historical weightage
Top Recurring Advanced Concepts:
- Intramolecular Aldol, Claisen, Dieckmann, and Michael Addition Multi-step Cascades
- Cannizzaro Reaction Mechanism with Isotope Tracer Effect (Deuterium Labeling)
chemistry (inorganic) • Class 12Tier 1 • High Yield
Coordination Compounds & Qualitative Inorganic Analysis
~3.5 Qs / year (P1+P2)
•
10.3% historical weightage
Top Recurring Advanced Concepts:
- Crystal Field Splitting ($\Delta_o, \Delta_t$), Jahn-Teller Distortion, and Spectrochemical Series
- Isomerism: Geometrical (cis/trans, fac/mer), Optical, and Linkage Isomers ($NO_2^-, SCN^-$)
chemistry (physical) • Class 11Tier 1 • High Yield
Chemical & Ionic Equilibrium
~3 Qs / year (P1+P2)
•
8.8% historical weightage
Top Recurring Advanced Concepts:
- Simultaneous Solubility Product ($K_{sp}$) in Common Ion & Complexing Ligand Solutions
- Buffer Capacity and pH of Polyprotic Acid Solutions ($H_3PO_4, H_2CO_3$)
chemistry (physical) • Class 12Tier 1 • High Yield
Electrochemistry & Solid State
~2.8 Qs / year (P1+P2)
•
8.2% historical weightage
Top Recurring Advanced Concepts:
- Concentration Cells with and without Transference & Potentiometric Titrations
- Electrochemical Gibbs Free Energy ($\Delta G = -nFE$) and Temperature Coefficient ($\frac{\partial E}{\partial T}_P$)
mathematics • Class 12Tier 1 • High Yield
Integral Calculus (Definite Integrals & Differential Equations)
~4.2 Qs / year (P1+P2)
•
12.4% historical weightage
Top Recurring Advanced Concepts:
- Leibniz Rule for Differentiation under the Integral Sign ($\frac{d}{dx} \int_{u(x)}^{v(x)} f(t, x) dt$)
- Definite Integral as the Limit of a Riemann Sum ($\lim_{n \to \infty} \frac{1}{n} \sum f(r/n)$)
mathematics • Class 12Tier 1 • High Yield
Differential Calculus (Continuity, Differentiability & AOD)
~3.8 Qs / year (P1+P2)
•
11.2% historical weightage
Top Recurring Advanced Concepts:
- Rolle Theorem, Lagrange Mean Value Theorem (LMVT), and Cauchy MVT Applications
- Monotonicity, Points of Inflection, and Curve Concavity Analysis
mathematics • Class 11Tier 1 • High Yield
Complex Numbers & Quadratic Equations
~3.2 Qs / year (P1+P2)
•
9.4% historical weightage
Top Recurring Advanced Concepts:
- Geometry of Complex Numbers: Circles ($|z-z_0|=r$), Apollonius Circles ($|\frac{z-z_1}{z-z_2}|=k$), Straight Lines
- De Moivre Theorem and $n^{\text{th}}$ Roots of Unity ($\sum \omega^k = 0, \prod = (-1)^{n-1}$)
mathematics • Class 12Tier 1 • High Yield
Vectors and 3D Geometry
~3.4 Qs / year (P1+P2)
•
10% historical weightage
Top Recurring Advanced Concepts:
- Vector Triple Product ($\vec{a} \times (\vec{b} \times \vec{c}) = (\vec{a}\cdot\vec{c})\vec{b} - (\vec{a}\cdot\vec{b})\vec{c}$)
- Scalar Triple Product (Box Product $[\vec{a} \vec{b} \vec{c}]$) and Volume of Tetrahedron
mathematics • Class 12Tier 1 • High Yield
Probability & Combinatorics
~2.8 Qs / year (P1+P2)
•
8.2% historical weightage
Top Recurring Advanced Concepts:
- Bayes Theorem with Law of Total Probability in Multi-Stage Stochastic Experiments
- Binomial Distribution, Poisson Distribution, and Random Variable Expectation/Variance
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Morning and afternoon papers are strictly kept separate with authentic shift timings and question sets.
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Clear step-by-step proofs, physical insights, shortcuts, and alternative methods for every problem.
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Seamlessly jump between foundational JEE Main questions and advanced multi-concept IIT problems.