JEE Main Physics Sample Paper 2026 PDF by NTA

The NTA provides official JEE Main 2026 Physics sample papers on their website to help students understand the exam pattern. Collegedunia have made these official resources available, offering students real-time practice material.

jeemain.nta.nic.in is the primary source for the mock test and sample papers.
To get the JEE Main Physics Sample Paper 2026 PDF by NTA, you need to visit the official JEE Main Website.
Navigate to the Sample Paper or Archive Section.
Choose the year 2026 and subject as Physics, then download the PDF for practice.

In this case, the JEE Main Physics Sample Paper 2026 PDF by NTA is significant for candidates as it represents the trends in Physics questions, statement-based questions, and the recent NTA exam pattern. You can check here all JEE Main Physics Sample Paper 2026 by NTA along with previous years' question papers with solutions.

JEE Main Physics Sample Paper With Solutions 2026 PDF Download

JEE Main Physics Sample Paper 1	Download PDF
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JEE Main 2026 Physics Sample Paper PDF with Solutions: All Shifts Download

The JEE Main 2026 Physics sample papers provide accurate practice material to help students get familiar with the exam pattern.
These papers reflect the actual exam pattern, difficulty level, and question trends in Physics.
Practicing these papers along with the JEE Main Physics sample paper 2026 PDF with solutions helps students understand real exam scenarios and improve accuracy for JEE Main Physics Session 2 papers.

The JEE Main Physics Sample Paper 2026 PDF by NTA is for engineering aspirants specializing in Physics. Through systematic practice, self-assessments, and proper revision with these PDFs, students can be well-prepared for their real JEE Main examination.

JEE Main Questions

1.
A water droplet falls in air and attains terminal velocity $v_1$. If it splits into $64$ identical droplets each having terminal velocity $v_2$. Find $ \dfrac{v_2}{v_1} $.

$ \frac{1}{2} $
$ \frac{1}{4} $
$ \frac{1}{16} $
$ \frac{1}{32} $

View Solution

2.
When 300 J of heat is given to an ideal gas with $ C_p = \frac{7}{2}R $, its temperature rises from 20°C to 50°C keeping its volume constant. The mass of the gas is (approximately) ______ g. (R = 8.314 J/mol K)

View Solution

3.
The energy released when $\frac{7}{17.13} \text{ kg}$ of ${}^7_3\text{Li}$ is converted into ${}^4_2\text{He}$ by proton bombardment is $\alpha \times 10^{32} \text{ eV}$. The value of $\alpha$ is ____. (Nearest integer)
(Mass of ${}^7_3\text{Li} = 7.0183 \text{ u}$, mass of ${}^4_2\text{He} = 4.004 \text{ u}$, mass of proton $= 1.008 \text{ u}$ and $1 \text{ u} = 931 \text{ MeV}/c^2$ and Avogadro number $= 6.0 \times 10^{23}$)

View Solution

4.
A river of width 200 m is flowing from west to east with a speed of 18 km/h. A boat, moving with speed of 36 km/h in still water, is made to travel one-round trip (bank to bank of the river). Minimum time taken by the boat for this journey and also the displacement along the river bank are _ and _} respectively.

20 s and 100 m
40 s and 100 m
40 s and 0 m
40 s and 200 m

View Solution

5.
Incident ray is along $3\hat i-2\hat j$ and refracted ray is along $c\hat i-4\hat j$. Find $c$.

$1.6$
$0.6$
$2.6$
$4$

View Solution

6.
The figure shows a pipe with cross-section area 10 $ cm^2 $. Water flows from one end with velocity 20 cm/s. The other end of the pipe is closed and consists of 10 holes each of area 30 $ mm^2 $. Find the velocity of water coming out from each hole:

66 cm/s
0.66 cm/s
6.6 cm/s
66 mm/s

View Solution

JEE Main Physics Sample Paper 2026 PDF by NTA

JEE Main Physics Sample Paper With Solutions 2026 PDF Download

JEE Main 2026 Physics Sample Paper PDF with Solutions: All Shifts Download

JEE Main Questions

1.
A water droplet falls in air and attains terminal velocity \(v_1\). If it splits into \(64\) identical droplets each having terminal velocity \(v_2\). Find \( \dfrac{v_2}{v_1} \).

2.
When 300 J of heat is given to an ideal gas with \( C_p = \frac{7}{2}R \), its temperature rises from 20°C to 50°C keeping its volume constant. The mass of the gas is (approximately) ______ g. (R = 8.314 J/mol K)

5.
Incident ray is along \(3\hat i-2\hat j\) and refracted ray is along \(c\hat i-4\hat j\). Find \(c\).

6.
The figure shows a pipe with cross-section area 10 \( cm^2 \). Water flows from one end with velocity 20 cm/s. The other end of the pipe is closed and consists of 10 holes each of area 30 \( mm^2 \). Find the velocity of water coming out from each hole:

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JEE Main Physics Sample Paper With Solutions 2026 PDF Download

JEE Main 2026 Physics Sample Paper PDF with Solutions: All Shifts Download

JEE Main Questions

1.A water droplet falls in air and attains terminal velocity \(v_1\). If it splits into \(64\) identical droplets each having terminal velocity \(v_2\). Find \( \dfrac{v_2}{v_1} \).

2. When 300 J of heat is given to an ideal gas with \( C_p = \frac{7}{2}R \), its temperature rises from 20°C to 50°C keeping its volume constant. The mass of the gas is (approximately) ______ g. (R = 8.314 J/mol K)

5.Incident ray is along \(3\hat i-2\hat j\) and refracted ray is along \(c\hat i-4\hat j\). Find \(c\).

6.The figure shows a pipe with cross-section area 10 \( cm^2 \). Water flows from one end with velocity 20 cm/s. The other end of the pipe is closed and consists of 10 holes each of area 30 \( mm^2 \). Find the velocity of water coming out from each hole:

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1.
A water droplet falls in air and attains terminal velocity \(v_1\). If it splits into \(64\) identical droplets each having terminal velocity \(v_2\). Find \( \dfrac{v_2}{v_1} \).

2.
When 300 J of heat is given to an ideal gas with \( C_p = \frac{7}{2}R \), its temperature rises from 20°C to 50°C keeping its volume constant. The mass of the gas is (approximately) ______ g. (R = 8.314 J/mol K)

5.
Incident ray is along \(3\hat i-2\hat j\) and refracted ray is along \(c\hat i-4\hat j\). Find \(c\).

6.
The figure shows a pipe with cross-section area 10 \( cm^2 \). Water flows from one end with velocity 20 cm/s. The other end of the pipe is closed and consists of 10 holes each of area 30 \( mm^2 \). Find the velocity of water coming out from each hole: