# JEE Main Shift 2 Question Paper 1 February 2024

## NTA concludes the JEE Main Session 1 2024 Exam today, Feb 1. Candidates can await for the memory-based JEE Main Shift 2 Question Paper 1 February 2024 here.

**JEE Main Shift 2 Question Paper 1 February 2024: **With the conclusion of Feb 1 Shift 2 JEE Main 2024 exam, the National Testing Agency (NTA) has concluded the JEE Main Session 1 Exam 2024. Likewise, the JEE Main Session 2 Exam 2024 will commence from Apr 3, 2024.

Candidates who attended the JEE Main Feb 1 Shift 2 Exam 2024 can check the memory-based JEE Main Shift 2 Question Paper 1 February 2024, which will be available soon. Also, candidates can check the JEE Main Shift 2 Answer Key 1 February 2024 and JEE Main Shift 2 Question Paper Analysis 1 February 2024, which will be available soon.

**Also Read:** JEE Main Shift 2 Answer Key 1 February 2024

## JEE Main Shift 2 Question Paper 1 February 2024 PDF

The JEE Main Feb 1 Shift 2 memory-based question paper PDF will be soon available for download in the table below.

Particular | Link |

JEE Main Feb 1 Shift 2 Question Paper PDF | To Be Updated |

## Memory Based JEE Main Shift 2 Question Paper 1 February 2024

Candidates must refer to the Memory Based JEE Main Shift 2 Question Paper 1 February 2024 below for reference.

**Q1**. In an isobaric work done by gas is 200 J. Adiabatic constant for the gas is 1.4 then finds the heat supply to the gas during the process.

- 700 J
- 725 J
- 650 J
- 900 J

**Q2**. Two trains run on North-South parallel tracks. Train A moves with velocity 20 m/s towards North and train B moves with velocity 30 m/s towards South. Then find the velocity of train B with respect to train A.

- 70 m/s
- 75 m/s
- 50 m/s
- 65 m/s

**Q3**. A source produced electromagnetic wave of frequency 60 MHz Find wavelength of this wave in air.

- 5m
- 7.5m
- 8m
- 10m

**Q4**. In the given circuit, galvanometer has 20 resistance. Find ratio of charge stored in 4µF and 6 µF capacitors.

- 4/9
- 9/4
- ⅔
- ½

**Q5**. If a bulb of 40W is producing a light of wavelength λ = 4000Å. Then find the number of photons emitted by the bulb per second.

- 0.803 x 10^{20}
- 0.403 x 10^{20}
- 0.503 x 10^{20}
- 0.803 x 10^{10}

**Q6**. A disc of mass M and radius R, is rolling with velocity of center of mass v. If it starts moving upwards on an inclined plane, then find the height achieved by the disc before coming to rest.

- 3v^{2}/4g
- 4g/3v^{2}
- 5v^{2}/4g
- 3v^{2}/5g

**Q7**. Two factors, vec{F_{1}}=6hat{1}+3hat{j}+hat{k}N, vec{F_{2}}=2hat{i}+hat{j}+3hat{k}overline{r} are acting on a particle of mass 4 kg. Then find the acceleration of the particle.

- sqrt{6}m/s^{2}
- sqrt{8}m/s^{2}
- sqrt{3}m/s^{2}
- 6 m/s²

**Q8**. Find the ratio of electric flux passing through bigger cube to smaller cube in the given situation. 3Q and 2Q charges are placed on the center of the surface on respective cubes.

- 2/7
- 7/2
- 5/2
- 3/2

**Q9. **In the figure shown, find the ratio of tensions in the strings, T1 T2

- 1/4
- 1/2
- 1/3
- 4

**Q10**. Let a and ẞ the roots of equation px^{2}+qx-r=0, where Pne0. If p, q, r be the consecutive term of non constant GP and the value of (alpha-beta)^{2}is:

- 80/9
- 78/7
- 80/6
- 82/5

**Q11**. If the mirror image of the point P(3,4,9) in the Line x-⅓ = y+½ = z-2/1 = is (α, β, γ) then find (alpha+beta+gamma) is:

- 54/7
- 59/9
- 50/7
- 52/3

**Q12**. Let the system of equation x + 2y+3z = 5,2x + 3y + z = 9, 4x + 3y + z = u have infinite number of solution. Then 2u is equal to.

- 17
- 19
- 15
- 18

The National Testing Agency (NTA) has scheduled to conduct the JEE Main Session 2 Exam 2024 after Apr 3, 2024. Likewise, NTA will release JEE Main Result 2024 Session 1 on Feb 12, 2024, and the JEE Main Session 2 result is expected to be released on Apr 25, 2024.

The JEE Main Shift 2 Question Paper 1 February 2024 PDF, which will be available above, will not contain all the questions that appeared in the exam. These questions are collected from the candidates who attended the JEE Main Feb 1 Shift 2 Exam 2024.

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