IIT JAM Physics Question Paper 2025 With Solutions PDF: Download Here

IIT JAM Physics Question Paper 2025: One of the country’s most popular postgraduate entrance examinations, the Indian Institute of Technology Joint Admission Test for Masters IIT JAM exam is scheduled on February 2, 2025. While the examination is conducted for seven science subjects, Physics is one of the most competitive and challenging of them all. The IIT JAM Physics question paper 2025 will be set by IIT Delhi. The IIT JAM Physics question paper 2025 is expected to be of moderate to difficult level with 60 questions to answer in 3 hours. After the exam concludes on the 2nd of February 2025, the candidates should analyse the IIT JAM Physics question paper 2025 to assess their performance and devise a possible IIT JAM score. Using this, they can quickly shortlist the possible colleges to which they can apply. Do revisit us on the IIT JAM 2025 exam date for a comprehensive IIT JAM Physics exam and question paper analysis.

Check : IIT JAM 2025: Admit Card (Out) | JAM PYQ's with Answer Key

IIT JAM 2025: Mock Test | Syllabus

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This Story also Contains

1. IIT JAM Physics Question Paper 2025
2. IIT JAM Physics Syllabus and Exam Pattern
3. IIT JAM Physics Analysis
4. IIT JAM Physics Analysis 2024
5. IIT JAM Physics Question Paper 2024
6. IIT JAM Physics Official Mock Test

IIT JAM Physics Question Paper 2025

To be updated on February Feb 2, 2025.

IIT JAM Physics Syllabus and Exam Pattern

The candidates prior to the IIT JAM 2025 exam date, should ensure that they are well versed with the IIT JAM Physics syllabus. This includes a clear understanding of the IIT JAM exam pattern and marking scheme as well. During these final days of preparation, it is beneficial to revisit the IIT JAM Physics syllabus and ensure that the candidates do not miss any topic. The official IIT JAM Physics syllabus is given below:

IIT JAM Physics Exam Pattern

Also Read,

• IIT JAM Answer Key 2025
• IIT JAM Cut off 2025

IIT JAM Physics Analysis

The candidates can revisit this article as soon as the IIT JAM Physics exam is over. The elaborated analysis of the IIT JAM Physics examination will have the overall exam difficulty, section-wise weightage and much more. Stay tuned.

IIT JAM Physics Analysis 2024

The analysis of the 2024 Physics examination will be extremely helpful for the candidates. While it assesses their exam readiness and helps them to understand the various IIT JAM Physics exam trends, it also helps them to be prepared for the various challenges that they may face during the examination. A brief insight into the IIT JAM Physics examination is given below for the reference of the candidates.

• According to the initial feedback of the candidates, the IIT JAM Physics examination was very lengthy in nature.

• The exam was time-consuming.

• The most difficult section out of all was the Section C as per the reviews of the candidates.

• The Mechanics and General Properties of Matter topic had the most weightage in the IIT JAM Physics question paper.

• The other important topics included kinematics, Solid state, Devices and Elements and Electricity and Magnetism.

IIT JAM Physics Question Paper 2024

Below are a few questions from each section of the IIT JAM Physics question paper 2024. By going through these questions, the candidates will understand what they can expect in the actual IIT JAM 2025 Physics question paper.

Section A

Question 1:

The total number of Na and Cl ions per unit cell of the NaCl crystal is:

(A) 2

(B) 4

(C) 8

(D) 16

Question 2:

The sum of three binary numbers, 10110.10, 11010.01, and 10101.11, in decimal system is:

(A) 70.75

(B) 70.25

(C) 70.50

(D) 69.50

Question 3:
Which of the following types of motion may be represented by the trajectory, y(x) = ax² + bx + c?
(Here a, b, and c are constants; x, y are the position coordinates)

(A) Projectile motion in a uniform gravitational field
(B) Simple harmonic motion
(C) Uniform circular motion
(D) Motion on an inclined plane in a uniform gravitational field

Question 4:
A vector field is expressed in the cylindrical coordinate system (s, ϕ, z) as,

If this field represents an electrostatic field, then the possible values of A and B, respectively, are:

(A) 1 and 0
(B) 0 and 1
(C) −1 and 1
(D) 1 and −1

Section B

Question 1:
A pure Si crystal can be converted to an n-type crystal by doping with

(A) P
(B) As
(C) Sb
(D) In

Question 2:
A particle of mass m, having an energy E and angular momentum L, is in a parabolic trajectory around a planet of mass M. If the distance of the closest approach to the planet is rₘ, which of the following statement(s) is(are) true?

(G is the Gravitational constant)

(A) E > 0
(B) E = 0
(C) L = √(2GMm²rₘ)
(D) L = √(2GM²rₘm)

Question 3:
For the LCR AC-circuit (resonance frequency ω₀) shown in the figure below, choose the correct statement(s):

(A) ω₀ depends on the values of L, C, and R
(B) At ω = ω₀, voltage Vₐ and current I are in-phase
(C) The amplitude of Vₐ at ω = ω₀/2 is independent of R
(D) The amplitude of Vₐ at ω = ω₀ is independent of L and C

Question 3:
For the LCR AC-circuit (resonance frequency ω₀) shown in the figure below, choose the correct statement(s):

(A) ω₀ depends on the values of L, C, and R
(B) At ω = ω₀, voltage Vₐ and current I are in-phase
(C) The amplitude of Vₐ at ω = ω₀/2 is independent of R
(D) The amplitude of Vₐ at ω = ω₀ is independent of L and C

Question 4:
One mole of an ideal monoatomic gas, initially at temperature T₀, is expanded from an initial volume V₀ to 2.5V₀. Which of the following statements is(are) correct?
(R is the ideal gas constant)

(A) When the process is isothermal, the work done is RT₀ ln 2
(B) When the process is isothermal, the change in internal energy is zero
(C) When the process is isobaric, the work done is (3/2)RT₀
(D) When the process is isobaric, the change in internal energy is (5/2)RT₀

Section C

Question 1:
For a simple cubic crystal, the smallest inter-planar spacing d that can be determined from its second order of diffraction using monochromatic X-rays of wavelength 1.32 Å is _______ Å. (Round off to two decimal places)

Question 2:
In the Taylor expansion of the function, F(x) = eˣ sin x, around x = 0, the coefficient of x⁵ is _________. (Rounded off to three decimal places)

Question 3:
A satellite of mass 10 kg, in a circular orbit around a planet, is having a speed v = 200 m/s. The total energy of the satellite is _______ kJ. (Rounded off to nearest integer)

Question 4:
When a system of multiple long narrow slits (width 2 μm and period 4 μm) is illuminated with a laser of wavelength 600 nm, there are 40 minima between the two consecutive principal maxima observed in its diffraction pattern. Then the maximum resolving power of the system is _______.

IIT JAM Physics Official Mock Test

The candidates can attempt the official IIT JAM Physics mock test designed by IIT Delhi using the link given below.