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Content Writer | Updated On - Sep 2, 2024
JEE Main Latest Notifications
- 19 September, 2024 : In 2024, 19 chapters were deleted from JEE Mains Syllabus, Check List
JEE Main 2018 Question Papers with Solutions are available for both Paper 1 and Paper 2. The previous years’ question papers pdf can also be downloaded from he article below. Candidates appearing for JEE Main can use the links below to download the question papers with solution for free to prepare better for the exam.
JEE Main 2018 Question Papers with Solution- Download PDFs
JEE Main Question Papers | Date | Shift/Slot | Question Paper with Solution |
---|---|---|---|
B.E./B.Tech | April 8, 2018 | Code A | Check Here |
B.E./B.Tech | April 8, 2018 | Code B | Check Here |
B.E./B.Tech | April 8, 2018 | Code C | Check Here |
B.E./B.Tech | April 8, 2018 | Code D | Check Here |
B.E./B.Tech | April 15, 2018 | Shift 1 | Check Here |
B.E./B.Tech | April 15, 2018 | Shift 2 | Check Here |
B.E./B.Tech | April 16, 2018 | Shift 1 | Check Here |
JEE Main 2018 Questions
1. In a paper there are 3 sections A, B and C which have 8, 6 and 6 questions each. A student have to attempt 15 questions such that they have to attempt at least 4 questions out of each sections. Then number of ways of attempting these questions are
- 11,300
- 11,376
- 12,576
- 13,372
2. An electron in the 5th excited state of He+ atom moves to the 1st excited state. Find the number of possible spectral lines formed.
3. In given circuit, reading of voltmeter is 1 V, then resistance of
- 100 Ω
- 200 Ω
- 200√5 Ω
- 50 Ω
4. Which of the following is correct for adiabatic free expansion against vacuum?
- q=0, ΔU=0, w=0
- q≠0, w≠0, ΔU=0
- q=0, ΔU≠0, w≠0
- q=0, ΔU≠ 0, w≠0
5. We are given with three NaCl samples and their Van't Hoff factors. Which is correct option ?Sample Van't Haff Factor Sample - 1 (0.1 M) \(i_1\) Sample - 2 (0.01 M) \(i_2\) Sample - 3 (0.001 M) \(i_2\)
Sample | Van't Haff Factor |
---|---|
Sample - 1 (0.1 M) | \(i_1\) |
Sample - 2 (0.01 M) | \(i_2\) |
Sample - 3 (0.001 M) | \(i_2\) |
\(i_1=i_2=i_3\)
\(i_1>i_2>i_3\)
\(i_1>i_2>i_3\)
\(i_1>i_3>i_2\)
*The article might have information for the previous academic years, which will be updated soon subject to the notification issued by the University/College.
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