Download the JEE Main 2024 question papers and solutions in PDF format, available for both session 1 (January) and session 2 (April) on this page. Access answer keys and solution PDFs for all JEE Main 2024 question papers, aiding in a comprehensive assessment of your performance. Utilize these solved question papers to enhance preparation for the upcoming JEE, gaining insights into the exam pattern and difficulty levels. Aspiring candidates can refer to and solve these papers to familiarize themselves with the diverse types of questions that may appear in the exams. This practice with multiple JEE Main question papers will provide a thorough understanding of the examination pattern and equip candidates to tackle tricky and challenging questions.
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JEE Main 2024 question papers
For those gearing up for JEE Main 2024 question papers , the answer keys and solutions on this page offer a means to analyze overall or expected scores. Take advantage of the provided solutions for all JEE Main 2024 question papers from both January and April sessions, ensuring a well-rounded preparation for the upcoming exams.
JEE Main 2024 Question Papers PDFs – January Session (Session 1)
Below are the links to download the question papers and solutions of the JEE Main 2024 session 1. Using these links, you can easily access and download the detailed question paper analysis, answer key PDFs and solutions for all the first session question papers of the JEE Main 2024.
JEE Main 2024 Memory Based Questions Paper 1
The JEE Main 2024 Session 1 final day is here. Now the candidates do not have to wait long to get the JEE Main answer key from the National Testing Agency (NTA). The provisional answer key will be out soon, and candidates can then challenge the NTA’s provisional answer key for correctness. Till then, check the questions and their solutions here for JEE Main 2024 Session 1, February 1, 2024, shift 1 and shift 2.
JEE Main 2024 Shift 1:
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Question 1 (Physics)
Determine Energy released when an electron jumps to ground state in Balmer series
Question 2 (Physics)
Determine ratio of debroglie wavelength of alpha- particle and proton
Question 3 (Maths)
Number of ways of arranging 5 officers in 4 rooms
Question 4
With increase in temperature Young's modulus
a) Increase
b) Decrease
c) Remain Constant
d) .
Answer: b) Decrease
Question 5
3, a, b, c are in Ap 3, a-1, b+1, c+9 → GP Then AM of a, b, c is
Question 6
3, 7, 11,....., 404 and 4, 7, 10,... ......, 403 number of common terms
Question 7
Question 8
Question 9
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