IIT JAM Physics Question Paper 2025: Memory-Based Questions PDF Download, Detailed Exam Analysis

IIT JAM Physics Question Paper 2025: IIT JAM 2025 Physics Exam has been concluded now. Based on student review, this year, IIT JAM 2025 Physics Exam was moderate-tough compared to last year with MCQ Section being the toughest one . We have shared a detailed exam analysis here. IIT JAM 2025 Exam analysis covers overall difficulty level, questions and topics covered in the exam. IIT JAM 2025 Physics Question paper included 60 questions for a total of 100 marks . IIT JAM Physics Paper was divided into three sections: A, B, and C. The question types included Multiple Choice Questions (MCQs) , Multiple Select Questions (MSQs) , and Numerical Answer Type (NAT) questions. IIT JAM 2025 Physics Question Paper included questions on Central Force , Newton's Law , Moment of Inertia , Fluid Mechanics , Quantum Mechanics , Vector Calculus .

We have provided IIT JAM Physics 2025 question paper and answer key here. Before releasing IIT JAM 2025 final answer key , IIT Delhi will publish a provisional answer key, by the 2nd Week of February, tentatively. IIT JAM Physics 2025 Final Answer Key will be released with IIT JAM 2025 Result on March 19, 2025 .

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Memory-based IIT JAM Physics Question Paper 2025

Memory-based IIT JAM Physics Question Paper 2025 is provided below as IIT JAM Physics 2025 Exam concludes on February 02, 2025. The memory based questions are taken by the Collegedekho team from test takers at different IIT JAM Exam centres.

1. Find the ratio between Vg and V phase for non relastivic particle l.
2. ​​Ratio of linear momentum kintenic mass
3. Plot vector field A-> y = ^i .
4. y1 =asinw+t or y2 =a sin wt +pie /2 . In this x² +y²=1 hyperbola perapola ellips or circle?
5. Two masses m1 and m2 are moving in S frame with momentum P1 and P2. in S' frame they are moving with P1' and P2'. then under gallelian transformation their relation
6. Planks blackbody radiation, energy density 8 * 10^-18 per hz , given frequency 3*10^14 find A wavelength _ *10^2
7. 60 : x cosy i + x(1-cosy) j along x2+y2 =1 nat
8. y1= acos(2wt) & y2= bcos(wt +phi) y1 and y2 are orthogonal. what will be the graph at phi= pi?
9. If y1= cos2wt and y2 =cowt+fi and fi=pi ad y1 and y2 were orthogonal then find lissajo figure.
10. Moment of inertia of cylinder is same n the length of 2nd one is 16 time of 1st n radius of 1st one is 4 find r2.
11. (x,y)= (x/t)e^y+(b/t)e^x given that x=at and y=bt then , for t=0 find df/dt.
12. current = 1 m ampere v = 26volt at room temperature. Find value of rac for n=1.
13. 2 state system .2mev at the state over the round state. what will be temperature for 2 percent particle to be active?

IIT JAM Physics Exam Analysis 2025: Review of question paper

Students can check out the overall and section-wise difficulty level of IIT JAM Physics exam 2025, which will be soon updated in the tables below:

Difficulty level:

Expected good attempts and maximum weightage topics:

Other factors:

IIT JAM Physics 2025 Paper Analysis: Key Topics Covered

1. Laws of Motion, Work, Energy, Rotational Motion- Moderate Difficulty Level
2. Electrostatics, Magnetism, Maxwell’s Equations- Moderate to Tough Difficulty Level
3. Heat, Work, Laws of Thermodynamics- Moderate Difficulty Level
4. Quantum Mechanics, Atomic and Nuclear Physics- Moderate to Tough Difficulty Level
5. Wave Optics, Geometrical Optics, Interference- Moderate Difficulty Level
6. Differential Equations, Vector Calculus- Moderate Difficulty Level

IIT JAM Physics Official Answer Key 2025

IIT JAM 2025 Physics Official Answer Key is expected to be released by the second week of February, 2025 (tentatively). IIT JAM 2025 Physics Final Answer Key will be made available on the official IIT JAM website at jam2025.iitd.ac.in. The direct link will be activated below for your convenience!

IIT JAM Physics Response Sheet 2025

Students will be able to access IIT JAM Physics 2025 response sheet and answer key following the exam, tentatively in February or March 2025. The direct link will be activated below:

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