Are you preparing for one of India's most challenging engineering entrance exams? Looking for comprehensive resources to boost your preparation? You've come to the right place! At AskIITians, we understand the journey of JEE aspirants because we've been there ourselves. Our team of IITians has meticulously compiled and solved JEE Advanced question papers from previous years to help you crack this prestigious exam.
Solving past year papers isn't just about practice—it's about understanding the exam's pulse. With our detailed solutions, you'll not only know the answers but also grasp the concepts and techniques needed to tackle similar problems in your upcoming JEE Advanced 2025.
The JEE Advanced 2024 maintained its reputation for challenging even the brightest minds across the country. Here's what made last year's exam noteworthy:
Understanding the paper pattern is crucial for effective preparation. Paper 1 of JEE Advanced follows this structure:
| Section | Total Questions | Question Types | Marking Scheme |
|---|---|---|---|
| Physics | 18 | MCQs (Single/Multiple correct), Numerical Answer Type, Matrix Match | +4 for correct; -1 for incorrect (varies by question type) |
| Chemistry | 18 | MCQs (Single/Multiple correct), Numerical Answer Type, Integer Answer Type | +4 for correct; -1 for incorrect (varies by question type) |
| Mathematics | 18 | MCQs (Single/Multiple correct), Numerical Answer Type, Paragraph-based | +4 for correct; -1 for incorrect (varies by question type) |
Each section typically includes:
The duration for Paper 1 is 3 hours, and calculators or electronic devices are strictly prohibited. The paper focuses on testing conceptual understanding rather than rote memorization, so make sure your fundamentals are rock solid!
Paper 2 follows a similar structure to Paper 1 but often includes variations in question formats to test different aspects of your preparation:
| Section | Total Questions | Question Types | Marking Scheme |
|---|---|---|---|
| Physics | 18 | MCQs (Single/Multiple correct), Integer Type, Passage-based | +4 for correct; -1 for incorrect (varies by question type) |
| Chemistry | 18 | MCQs (Single/Multiple correct), Integer Type, Matching Type | +4 for correct; -1 for incorrect (varies by question type) |
| Mathematics | 18 | MCQs (Single/Multiple correct), Integer Type, Assertion-Reason | +4 for correct; -1 for incorrect (varies by question type) |
Key differences in Paper 2:
Many students find Paper 2 slightly more challenging due to its unique question formats. Our detailed solutions address both papers comprehensively to ensure you're prepared for anything the exam throws at you!
Simply attempting past papers isn't enough—understanding the solutions is where real learning happens. Here's why our detailed solutions matter:
One of our students, Rahul from Jaipur, shared: "The detailed explanations in AskIITians' solutions helped me understand where I was going wrong. My Physics score improved by 25 points after just two months of practicing with these solutions!"
Ideally, you should solve at least the past 10 years' papers to get familiar with the evolving pattern. However, focus more on the last 5 years as they reflect the current trend more accurately. Quality matters more than quantity—understanding each solution thoroughly is better than rushing through many papers.
Begin solving previous years' papers after you've completed at least 75% of your syllabus. For most students, this means starting about 4-5 months before the exam. The last two months should involve intensive practice with past papers under timed conditions.
Both approaches have their benefits. Initially, solve topic-wise to strengthen your understanding of individual concepts. As the exam approaches, switch to full-length papers to build stamina and time management skills. Our solutions support both approaches.
After attempting a paper, note the questions you got wrong and categorize them by topic and difficulty level. Look for patterns in your mistakes—are you consistently struggling with certain concepts? Use our detailed solutions to understand these areas better and revise accordingly.
Yes, while the overall structure remains similar, the difficulty level, topic weight, and question formats evolve. For example, 2022-24 papers had more conceptual questions compared to calculation-heavy papers from 2018-21. Our year-wise analysis highlights these changes to keep you informed.
Practice repeatedly, but with purpose. After solving a paper, thoroughly review the solutions, understand your mistakes, revise the relevant concepts, and then attempt another paper. This cycle of practice, analysis, and revision yields the best results.







