NEET Physics Previous Year Question Paper, Download Physics PYQs Here

The National Testing Agency has announced the conduction of the National Eligibility cum Entrance Test (NEET) at all the examination centers on May 04, 2025. It is required that all the aspirants must now complete their preparations for the exam by going through the NEET Syllabus 2025. It is suggested that the students must try to solve as many NEET Previous Year Question Papers and the NEET Mock Test 2025 as possible to finalize their exam preparations.

In the article below, we have shared the NEET Physics Previous Year Question Paper so that all the aspirants of the exam can test and complete their preparations for the Physics section of the exam completely.

NEET Physics Previous Year Question Paper

The syllabus for the NEET Exam 2025 comprises of three major subjects, i.e., Physics, Chemistry, and Biology. It is important for all the students to complete their preparations for the exam by understanding the concepts of all the subjects; therefore, we have added the NEET Physics Previous Year Question Paper in the article below with the objective of helping students test and complete their preparations for the exam.

The Physics section in the NEET Exam will comprise of 45 questions asked in the multiple choice format for a worth of 180 marks. All the students by solving these NEET Physics Previous Year Question Paper will be able to improve over their weaknesses along with increasing their exam day confidence.

NEET Physics Previous Year Question Paper Download PDF

The aspirants of the NEET Exam 2025 will be able to check and download their NEET Physics Previous Year Question Paper by clicking on the direct link to be added in the article below. The direct link connecting to the new window will be added ahead so that all the students can download their NEET Physics PYQs with a few clicks.

Benefits of NEET Physics Previous Year Question Paper

The NEET Physics Previous Year Question Paper beings in lots of benefits for the students as mentioned below:

• Understand the Exam Pattern: Solving the NEET Physics Previous Year Question Paper will help students understand the exam pattern as they are the original questions papers asked to the students in previous years
• Time Management: One of the biggest benefits of solving NEET Physics Previous Year Question Paper is to understand and get used to with the time management as by regularly solving the NEET Physics PYQs students will be able to get used to with the time period allocated to solve the question paper
• Performance Analysis: After solving every NEET Physics Previous Year Question Paper students will be able to analyse their performance and highlight their weaknesses to work over them
• Confidence Building: Solving more and more NEET Physics Previous Year Question Paper successfully will help students gain confidence for the exam day and will ultimately help them score high in the exam

NEET Physics Previous Year Questions with Answers

Q1. In a vernier callipers, (N + 1) divisions of vernier scale coincide with N divisions of main scale. If 1 MSD represents 0.1mm, the vernier constant (in cm ) is:

A. 1/10N

B. 1/100(N + 1)

C. 100N

D. 10(N + 1)

Answer: B

Solution:

Q2. The quantities which have the same dimensions as those of solid angle are:

A. strain and angle

B. stress and angle

C. strain and arc

D. angular speed and stress

Answer: A

Solution:

Q3. A particle is moving along x-axis with its position (x) varying with time (t) as x = αt4 + βt2 + γt + δ. The ratio of its initial velocity to its initial acceleration, respectively, is:

A. 2α : δ

B. γ : 2δ

C. 4α : β

D. γ : 2β

Answer: D

Solution: 

Q4. A vehicle travels half the distance with speed v and the remaining distance with speed 2v. Its average speed is

A. 2v/3

B. 4v/3

C. 3v/4

D. v/3

Answer: B

Solution:

Q5. A bullet from a gun is fired on a rectangular wooden block with velocity u. When bullet travels 24cm through the block along its length horizontally, velocity of bullet becomes u/3. Then it further penetrates into the block in the same direction before coming to rest exactly at the other end of the block. The total length of the block is

A. 24cm

B. 28cm

C. 30cm

D. 27cm

Answer: D

Solution:

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