IIT JAM Physics Previous Year Question Papers PDF Download

Practising IIT JAM Physics Previous Year Question Papers PDF Download is one of the most useful ways to understand the level of the IIT JAM exam, question format and concepts that have been tested in the IIT JAM Physics paper.

Scroll down to download IIT JAM Physics Previous Year Question Papers PDF, and learn how to use PYQs effectively for preparation, identify important areas and improve your performance through systematic practice.

IIT JAM Physics Previous Year Question Papers PDF Yearwise

The official JAM website provides IIT JAM Physics Previous Year Question Papers PDF Yearwise and answer keys for candidates preparing for the IIT JAM (Joint Admission Test for Masters). Refer to the direct links given below to access separate IIT JAM PYQs for Physics subject.

IIT JAM Physics Previous Year Question Paper With Solutions

Students often search for IIT JAM Physics Previous Year Question Paper with Solutions PDF to understand the correct method of solving a problem. The answer key helps you identify whether your response is correct, but analysing the solution approach is what improves your IIT JAM preparation 2027. After attempting a question, identify the concept involved, check your calculation and understand where your approach went wrong.

Question 1 

Consider a BCC lattice with one atom per lattice point. The maximum packing fraction is close to: 

(A) 53 % 

(B) 68 % 

(C) 74 % 

(D) 81 % 

Answer: B. 68 %

Question 2

The speed of an object of mass 20 kg increases from 2 m/s to 6 m/s in 10 s. The power required, in Watts, is: 

(A) 64 

(B) 54 

(C) 32 

(D) 72 

Answer: C. 32

Question 3 

For a non-relativistic free particle, the ratio of phase velocity to group velocity is 

(A) 2 

(B) 1/2 

(C) 1 

(D) 1/4 

Answer: B. 1/2

Question 4 

If the system of linear equations 

x + my + az = 0 

2x + ay + mz = 0 

ax + 2y -z = 0 

with m and a as non-zero constants, admits a non-trivial solution, then which one of the following conditions is correct? 

(A) m²- a² = 3 

(B) m² - a² = -3 

(C) a2 - 2m² = -3 

(D) m² - 2a² = 3 

Answer: B. m² - a² = -3

Question 5 

For a two-slit Fraunhofer diffraction, each slit is 0.1 mm wide and separation between the two slits is 0.8 mm. The total number of interference minima between the first diffraction minima on both sides of the central maxima is 

(A) 18 

(B) 16

(C) 8 

(D) 9 

Answer: B. 16

Question 6 

Which of these cubic lattice plane pairs is(are) perpendicular to each other? 

(A) (100), (010) 

(B) (220), (001) 

(C) (110), (010) 

(D) (112), (220) 

Answer: A & B. (100), (010) & (220), (001)

Question 7 

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

(A) 2 

(B) 4 

(C) 8 

(D) 16 

Answer: C. 8

Question 8 

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 

Answer: C. 70.50

Question 9 

A crystal plane of a lattice intercepts the principal axes 𝑎 1, 𝑎 2, and 𝑎 3 at 3𝑎1, 4𝑎2, and 2𝑎3, respectively. The Miller indices of the plane are: 

(A) (436) 

(B) (342) 

(C) (634) 

(D) (243) 

Answers: A. (436)

Question 10 

The number of atoms in the basis of a primitive cell of hexagonal closed packed structure is: 

(A) 1 

(B) 2 

(C) 3 

(D) 4 

Answer: B. 2

These IIT JAM Physics Previous Year Question Papers with Solutions are sample ones for understanding the pattern of questions that come in the actual IIT JAM exam. Refer to the direct JAM PYQ links given above to get access to yearwise IIT JAM Physics previous year question papers with answers pdf.

Why Solve IIT JAM Physics PYQs?

The IIT JAM Physics PYQ gives you an opportunity to practise questions from actual previous examinations rather than relying only on textbook exercises.

Regular IIT JAM PYQ practice can help you:

• Understand the IIT JAM Physics Exam Pattern 2027
• Improve numerical problem-solving skills
• Identify weak concepts
• Develop calculation speed
• Practise under time pressure
• Understand how theoretical concepts are applied
• Build confidence before the examination

Do not use IIT JAM PYQs simply to memorise questions. The objective is to understand the concepts and problem-solving methods behind them.

IIT JAM Physics Syllabus PDF

Before beginning intensive PYQ practice, go through the official IIT JAM Physics syllabus pdf. It provides the framework for the topics that candidates need to prepare for the Physics paper.

IIT JAM Physics Syllabus covers topics including Mathematical methods, Mechanics, Oscillations and waves, Electricity and magnetism, Kinetic theory and thermodynamics, Modern physics, and Experimental and mathematical applications of Physics. Refer to IIT JAM Syllabus 2027: Subject-Wise Topics & Important Chapters to get the detailed syllabus

IIT JAM Physics Exam Date 2027

The IIT JAM 2027 examination will be conducted on 14 February 2027 (Sunday). IIT JAM exam for Physics (PH) is scheduled in the afternoon session from 2:30 PM to 5:30 PM, along with Biotechnology, Economics and Mathematical Statistics.

Candidates can appear for one or two JAM test papers, but two papers can be selected only when they are scheduled in different sessions.

Also Read:

• IIT JAM 2027 – Complete Guide to Exam, Syllabus, Eligibility, Application & Admission
• What is IIT JAM? Courses, Colleges & Career Scope
• IIT JAM Preparation Strategy 2027: Exam Pattern, Study Plan & Tips
• IIT JAM Syllabus 2027: Subject-Wise Topics & Important Chapters
• IIT JAM 2027 Eligibility Criteria: Qualification, Age Limit, Marks & More
• IIT JAM 2027 Application Process: Registration Dates, JOAPS Form Filling & Fees
• IIT JAM Chemistry Previous Year Question Papers PDF Download
• IIT JAM Biotechnology Previous Year Question Papers PDF Download
• IIT JAM 2027 Exam Pattern: Question Types & Marking Scheme.
• IIT JAM Economics Previous Year Question Paper PDF Download
• IIT JAM Geology Previous Year Question Paper PDF Download
• IIT JAM Mathematical Statistics Previous Year Question Papers PDF Download
• IIT JAM Mathematics Previous Year Question Papers PDF Download

Prepare for IIT JAM Physics With CC IIT JAM

CC IIT JAM Course by CC Learning App, a multi learning platform, provides exam-focused preparation support for students preparing for the Joint Admission Test for Masters (IIT JAM Exam 2027). Aspirants can combine structured learning with official JAM PYQs to understand how Physics concepts are applied in the actual examination.

For students searching for IIT JAM online coaching, IIT JAM coaching, JAM coaching online or the best online coaching for IIT JAM, look for a preparation approach that combines conceptual clarity, regular practice and performance analysis.

With CC IIT JAM, candidates can supplement their preparation with PYQs and mock-test practice while working towards IIT JAM 2027.

FAQs on IIT JAM Physics Previous Year Question Papers

Where can I download IIT JAM Physics Previous Year Question Papers PDF?

The official JAM 2027 website provides IIT JAM previous question papers and answer keys year-wise through its Downloads section. Direct Download links are available in this article for you to refer to at your convenience.

Is IIT JAM Physics Previous Year Question Paper available with an answer key?

Yes. The official JAM website provides IIT JAM Physics previous year question papers with answer keys for the available years.

How many IIT JAM Physics PYQs should I solve?

Start with the latest available IIT JAM PYQs and gradually work through the older papers. Focus on analysing your mistakes instead of simply increasing the number of papers completed.

Are IIT JAM Physics PYQs enough for preparation?

No. Combine IIT JAM PYQs with syllabus-based study, conceptual preparation, revision and mock tests.

What is the IIT JAM Physics exam pattern?

The IIT JAM Exam for Physics paper has three sections: MCQ, MSQ and NAT. Negative marking applies to incorrect answers in Section A, while Sections B and C do not have negative marking.

When is IIT JAM Physics 2027?

IIT JAM Physics 2027 is scheduled for 14 February 2027, from 2:30 PM to 5:30 PM in the afternoon session.