The JEE Advanced 2022 Question Paper with Solutions is one of the most valuable resources for students preparing for admission into the Indian Institutes of Technology (IITs). Conducted by IIT Bombay, JEE Advanced 2022 tested deep conceptual understanding, analytical reasoning, and the ability to apply multiple concepts in a single problem.
Unlike JEE Main, JEE Advanced questions are designed to evaluate how well a student can think, analyze, and solve complex problems under pressure. Practicing the JEE Advanced 2022 solved question paper gives aspirants a realistic understanding of exam difficulty, marking schemes, and subject balance.
At Scholar’s Academy, previous year JEE Advanced papers are an integral part of advanced-level preparation and rank-boosting strategy.
The 2022 exam followed the tradition of two mandatory three-hour papers. The total marks for the exam were 360 (180 marks per paper). A unique feature of the 2022 pattern was the inclusion of Match List questions and a heavy emphasis on Numerical Answer Type (NAT) questions with decimal precision.
|
Parameter |
Details for Paper 1 |
Details for Paper 2 |
|
Total Questions |
54 (18 per subject) |
54 (18 per subject) |
|
Total Marks |
180 Marks |
180 Marks |
|
Section 1 |
8 Numerical (Integer): +3/0 |
8 Single Digit Integer: +3/-1 |
|
Section 2 |
6 MCQs (One or More Correct): +4/-2 |
6 MCQs (One or More Correct): +4/-2 |
|
Section 3 |
4 Matching List Sets: +3/-1 |
4 MCQs (Single Correct): +3/-1 |
|
Marking (Partial) |
Available in Section 2 (+1, +2, +3) |
Available in Section 2 (+1, +2, +3) |
Note on Section 1 (Paper 1): Unlike typical numerical sections, the 2022 Paper 1 numerical section was non-negative, allowing students to attempt them without the fear of losing marks, which became a strategic advantage for high scorers.
Subject-wise Weightage Analysis: Strategic Distribution for JEE Advanced 2022
JEE Advanced 2022 maintained approximate parity across subjects but with distinctive subject-specific characteristics that influenced preparation strategy and examination approach.
Subject-wise Weightage & Analysis for JEE Advanced 2022:
|
Subject |
Questions per Paper |
Weightage |
Difficulty Level |
Distinguishing Features |
|
Physics |
18 per paper |
33.33% |
Very High |
Emphasis on modern physics, experimental interpretation |
|
Chemistry |
18 per paper |
33.33% |
High |
Application-oriented organic, conceptual inorganic |
|
Mathematics |
18 per paper |
33.33% |
Exceptionally High |
Abstract reasoning, combinatorial complexity, integration focus |
|
Total |
54 per paper |
100% |
More conceptual than 2021 |
Reduced direct formula application, increased analytical depth |
Critical Observation: Mathematics in JEE Advanced 2022 was particularly challenging due to abstract problem formulations and multilayered solutions. Chemistry demonstrated a strong shift toward application-based organic chemistry and conceptual inorganic chemistry. Physics maintained its emphasis on fundamental principles with increased questions from modern physics and thermodynamics.
Physics in 2022 was dominated by Electrodynamics and Mechanics. A significant portion of the paper tested "Experimental Skills," a trend that has since become a staple in Advanced papers.
|
Chapter |
Questions |
Percentage |
|
Mechanics |
6 |
33% |
|
Electrodynamics |
4 |
22% |
|
Optics |
3 |
17% |
|
Modern Physics |
3 |
17% |
|
Heat & Thermodynamics |
2 |
11% |
|
Total |
18 |
100% |
Key Insight: Modern Physics received unprecedented emphasis in 2022, with quantum mechanics and semiconductor physics featuring prominently. Mechanics and Electromagnetism remained foundational but with problems requiring multiple conservation principles and Maxwell's equations applications. Experimental physics questions tested practical understanding of measurement techniques.
Chemistry was balanced, though Organic Chemistry was notably more "multi-step" in nature, requiring students to identify several intermediate products (A $\rightarrow$ B $\rightarrow$ C) before reaching the final answer.
|
Section |
Questions |
Percentage |
|
Physical Chemistry |
6 |
33% |
|
Organic Chemistry |
6 |
33% |
|
Inorganic Chemistry |
6 |
34% |
|
Total |
18 |
100% |
|
Chapter |
Questions |
Percentage |
|
Thermodynamics & Thermochemistry |
2 |
11% |
|
Electrochemistry & Chemical Kinetics |
2 |
11% |
|
Organic Reaction Mechanism |
3 |
17% |
|
Hydrocarbons & Functional Groups |
2 |
11% |
|
Coordination Compounds |
2 |
11% |
|
p-Block Elements |
2 |
11% |
|
Biomolecules & Polymers |
2 |
11% |
|
Total |
18 |
100% |
Critical Insight: Organic Chemistry emphasized electron-pushing mechanisms and stereochemical outcomes. Physical Chemistry featured challenging numerical problems in chemical kinetics and electrochemistry. Inorganic Chemistry moved beyond memorization to conceptual applications of periodic properties and coordination compound isomerism. Analytical techniques were integrated into application problems rather than tested separately.
Mathematics Chapter-wise Breakdown (2022 Analysis)
Mathematics in JEE Advanced 2022 was characterized by abstract problem formulations and integration of multiple mathematical concepts.
|
Chapter |
Questions |
Percentage |
|
Calculus |
7 |
39% |
|
Algebra |
5 |
28% |
|
Coordinate Geometry |
3 |
17% |
|
Vectors & 3D Geometry |
2 |
11% |
|
Trigonometry |
1 |
5% |
|
Total |
18 |
100% |
The JEE Advanced 2022, conducted by IIT Bombay on August 28, 2022, is widely regarded as one of the more challenging papers in recent years, particularly due to the depth of conceptual integration in Mathematics and the intricate calculations required in Physics. For any serious IIT aspirant, the 2022 papers are a gold mine of information, offering a clear view of how IITs test "thinking depth" over "memory."
This guide provides a comprehensive 1500-word analysis, including the official exam pattern, a chapter-wise weightage breakdown with question counts, and direct links to the JEE Advanced 2022 Question Paper with Solution PDF.
The 2022 exam followed the tradition of two mandatory three-hour papers. The total marks for the exam were 360 (180 marks per paper). A unique feature of the 2022 pattern was the inclusion of Match List questions and a heavy emphasis on Numerical Answer Type (NAT) questions with decimal precision.
|
Parameter |
Details for Paper 1 |
Details for Paper 2 |
|
Total Questions |
54 (18 per subject) |
54 (18 per subject) |
|
Total Marks |
180 Marks |
180 Marks |
|
Section 1 |
8 Numerical (Integer): +3/0 |
8 Single Digit Integer: +3/-1 |
|
Section 2 |
6 MCQs (One or More Correct): +4/-2 |
6 MCQs (One or More Correct): +4/-2 |
|
Section 3 |
4 Matching List Sets: +3/-1 |
4 MCQs (Single Correct): +3/-1 |
|
Marking (Partial) |
Available in Section 2 (+1, +2, +3) |
Available in Section 2 (+1, +2, +3) |
Note on Section 1 (Paper 1): Unlike typical numerical sections, the 2022 Paper 1 numerical section was non-negative, allowing students to attempt them without the fear of losing marks, which became a strategic advantage for high scorers.
Below is the calculated weightage and question distribution for the 2022 cycle. These figures represent the combined total from both Paper 1 and Paper 2 (36 questions per subject).
Physics in 2022 was dominated by Electrodynamics and Mechanics. A significant portion of the paper tested "Experimental Skills," a trend that has since become a staple in Advanced papers.
|
Chapter Name |
Weightage (%) |
No. of Questions (Approx) |
|
Electrodynamics (EMI, AC, Magnetism) |
33.3% |
12 |
|
Mechanics (Rotation, Fluids, SHM) |
27.8% |
10 |
|
Modern Physics & Nuclear Physics |
13.9% |
5 |
|
Thermodynamics & KTG |
11.1% |
4 |
|
Optics (Ray & Wave) |
8.3% |
3 |
|
Units, Dimensions & Errors |
5.6% |
2 |
Chemistry was balanced, though Organic Chemistry was notably more "multi-step" in nature, requiring students to identify several intermediate products (A $\rightarrow$ B $\rightarrow$ C) before reaching the final answer.
|
Chapter Name |
Weightage (%) |
No. of Questions (Approx) |
|
Organic Chemistry (Reactions & Mechanisms) |
36.1% |
13 |
|
Physical Chemistry (Thermo, Kinetics, Electro) |
33.3% |
12 |
|
Inorganic Chemistry (Coordination, p-block) |
30.6% |
11 |
High-Yield Topic: Coordination Chemistry and p-block alone contributed nearly 18% of the total Chemistry marks, making them essential for qualifying.
The 2022 Mathematics section was the "Rank Decider." The questions were not just difficult but extremely lengthy, featuring "nested" concepts where a single question might require knowledge of both Complex Numbers and Probability.
|
Chapter Name |
Weightage (%) |
No. of Questions (Approx) |
|
Calculus (Differential & Integral) |
25.0% |
9 |
|
Algebra (Matrices, Probability, P&C) |
30.6% |
11 |
|
Vector & 3D Geometry |
19.4% |
7 |
|
Coordinate Geometry (Conics) |
16.7% |
6 |
|
Trigonometry & Sets |
8.3% |
3 |
To gain the most from these papers, it is recommended to solve them in a timed 6-hour sitting (with a 2-hour break between papers) to simulate the actual mental fatigue of the exam day.
| Paper Title | Question Paper (English) | Detailed Solution PDF |
|---|---|---|
| JEE Advanced 2022 Paper 1 | Download PDF | Download PDF |
| JEE Advanced 2022 Paper 2 | Download PDF | Download PDF |
In 2022, the Calculus section moved away from standard integration techniques toward Functional Equations and Definite Integration as a Limit of Sum. Many students spent too much time on single questions, leading to a time crunch for the easier sections of Algebra. The strategy for 2022 was to identify the "Single Digit Integer" questions in Paper 2 first, as they were relatively more straightforward.
Physical Chemistry questions were heavily focused on the Numerical Decimal Type. Precision was key; many students lost marks because they rounded off their intermediate steps too early. In the 2022 paper, if the answer was 5.42, a response of 5.4 was marked zero. This highlights the importance of the instruction "truncate/round-off to TWO decimal places."
Physics included several questions that could not be solved by mere formula substitution. For example, the questions on Fluid Mechanics combined pressure gradients with rotational motion. This required a free-body diagram (FBD) approach for individual fluid elements.
The JEE Advanced 2022 paper serves as a reminder that the IITs are increasingly focusing on Experimental Physics and Multi-concept Mathematics. When you solve this paper:
“Every late night, every challenge, every effort — it’s all building your future.”
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