Top 50 Physics Numericals in NEET That Guarantee 120+ Marks

Top 50 Physics Numericals in NEET That Guarantee 120+ Marks PDF

These Top 50 Physics numericals are carefully selected from high-weightage and frequently asked chapters in NEET Physics. Each numerical is based on repeated concepts and standard question patterns observed in the previous year NEET papers. Practising these important NEET questions will help students improve accuracy, speed, and confidence in the Physics section.

NEET Physics Most Asked Numericals To Score 120+ Marks

Ques: 1

A wire of resistance $R$ is cut into 8 equal pieces. From these pieces, two equivalent resistances are made by adding four of these together in parallel. Then these two sets are added in series. The net effective resistance of the combination is (NEET 2025)

Option 1) $\frac{R}{8}$
Option 2) $\frac{R}{64}$
Option 3) $\frac{R}{32}$
Option 4) $\frac{R}{16}$

Chapter: Current Electricity

Correct Answer: Option 4

Explanation:
The wire is cut into 8 equal pieces, so each piece has resistance
$R_{piece}=\frac{R}{8}$

The resistance of each group is
$\frac{1}{R_{group}}=\frac{1}{R/8}+\frac{1}{R/8}+\frac{1}{R/8}+\frac{1}{R/8}=\frac{32}{R}$

$R_{group}=\frac{R}{32}$

Since the groups are connected in series, the net resistance is
$R_{net}=\frac{R}{32}+\frac{R}{32}=\frac{R}{16}$

Hence, the answer is option (4).

Ques: 2

In a potentiometer circuit, a cell of EMF 1.5 V gives a balance point at 36 cm length of wire. If another cell of EMF 2.5 V replaces the first cell, then at what length of the wire, the balance point occur? (NEET 2021)

Option 1) 60 cm
Option 2) 21.6 cm
Option 3) 64 cm
Option 4) 62 cm

Chapter: Current Electricity

Correct Answer: Option 1

Explanation:
$\frac{E_1}{E_2}=\frac{l_1}{l_2}$

$\frac{1.5}{2.5}=\frac{36}{l_2}$

$l_2=60cm$

Hence, the answer is option (1).

Ques: 3

An electric dipole with dipole moment $5\times10^{-6}Cm$ is aligned with the direction of a uniform electric field of magnitude $4\times10^5NC^{-1}$. The dipole is then rotated through an angle of $60^\circ$ with respect to the electric field. The change in the potential energy of the dipole is (NEET 2025)

Option 1) 1.5 J
Option 2) 0.8 J
Option 3) 1.0 J
Option 4) 1.2 J

Chapter: Electrostatic Potential and Capacitance

Correct Answer: Option 3

Explanation:
Given,
$p=5\times10^{-6}Cm$
$E=4\times10^5NC^{-1}$
$\theta_i=0^\circ,\ \theta_f=60^\circ$

$\Delta U=U_f-U_i$

$\Delta U=pE(\cos\theta_i-\cos\theta_f)$

$\Delta U=5\times10^{-6}\times4\times10^5\times(1-\frac{1}{2})=1J$

Hence, the answer is option (3).

Ques: 4

The radius of the Martian orbit around the Sun is about 4 times the radius of the orbit of Mercury. The Martian year is 687 Earth days. Then, which of the following is the length of 1 year on Mercury? (NEET 2025)

Option 1) 124 earth days
Option 2) 88 earth days
Option 3) 225 earth days
Option 4) 172 earth days

Chapter: Gravitation

Correct Answer: Option 2

Explanation:
From Kepler’s third law, $T^2\propto R^3$

$\frac{T_{Mercury}}{T_{Mars}}=\left(\frac{R_{Mercury}}{R_{Mars}}\right)^{3/2}=\left(\frac{1}{4}\right)^{3/2}=\frac{1}{8}$

$T_{Mercury}=\frac{687}{8}\approx88days$

Hence, the answer is option (2).

Ques: 5

The minimum energy required to launch a satellite of mass $m$ from the surface of the earth of mass $M$ and radius $R$ in a circular orbit at an altitude of $2R$ from the surface of the earth is: (NEET 2024)

Option 1) $\frac{5GMm}{6R}$
Option 2) $\frac{2GMm}{3R}$
Option 3) $\frac{GMm}{2R}$
Option 4) $\frac{GMm}{R}$

Chapter: Gravitation

Correct Answer: Option 2

Explanation:
Using energy conservation,

$U_i+K_i=U_f+K_f$

$-\frac{GMm}{R}+K_i=-\frac{GMm}{3R}+\frac{1}{2}m\frac{GM}{3R}$

$K_i=\frac{5GMm}{6R}$

Hence, the answer is option (2).

Ques: 6

A body of mass 60 g experiences a gravitational force 3.0 N when placed at a particular point. The magnitude of the gravitational field intensity at that point is: (NEET 2022)

Option 1) 50 N/kg
Option 2) 20 N/kg
Option 3) 180 N/kg
Option 4) 0.05 N/kg

Chapter: Gravitation

Correct Answer: Option 1

Explanation:
Gravitational field intensity

$g=\frac{F}{m}=\frac{3}{60\times10^{-3}}=50Nkg^{-1}$

Hence, the answer is option (1).

Ques: 7

In a certain camera, a combination of four similar thin convex lenses is arranged axially in contact. Then the power of the combination and the total magnification in comparison to the power $(p)$ and magnification $(m)$ for each lens will be, respectively (NEET 2025)

Option 1) $p^4$ and $m^4$
Option 2) $4p$ and $4m$
Option 3) $p^4$ and $4m$
Option 4) $4p$ and $m^4$

Chapter: Ray Optics and Optical Instruments

Correct Answer: Option 4

Explanation:
The total power of lenses in contact

$P_{total}=p+p+p+p=4p$

The total magnification

$m_{total}=m\times m\times m\times m=m^4$

Hence, the answer is option (4).

Ques: 8

The electron concentration in an n-type semiconductor is the same as the hole concentration in a p-type semiconductor. An external electric field is applied across each of them. Compare the currents in them. (NEET 2022)

Option 1) Current in n-type = current in p-type
Option 2) Current in p-type > current in n-type
Option 3) Current in n-type < current in p-type
Option 4) No current will flow in p-type, current will only flow in n-type

Chapter: Semiconductor Electronics

Correct Answer: Option 1

Explanation:
In both n-type and p-type semiconductors, electric current is due to drift motion of charge carriers when an electric field is applied.

Current in n-type = current in p-type

Hence, the answer is option (1).

Ques: 9

Consider the following statements (A) and (B) and identify the correct answer:

(A) A Zener diode is connected in reverse bias when used as a voltage regulator
(B) The potential barrier of the p–n junction lies between 0.1 V to 0.3 V (NEET 2021)

Option 1) (A) and (B) are correct
Option 2) (A) and (B) are incorrect
Option 3) (A) is correct and (B) is incorrect
Option 4) (A) is incorrect but (B) is correct

Chapter: Semiconductor Electronics

Correct Answer: Option 3

Explanation:
A Zener diode is always connected in reverse bias when used as a voltage regulator.
The potential barrier of a p–n junction is approximately 0.7 V for silicon and 0.3 V for germanium.

Hence, the answer is option (3).

Ques: 10

A 2 A current is flowing through two different small circular copper coils having a radius ratio of $1:2$. The ratio of their respective magnetic moments will be (NEET 2025)

Option 1) $4:1$
Option 2) $1:4$
Option 3) $1:2$
Option 4) $2:1$

Chapter: Moving Charges and Magnetism

Correct Answer: Option 2

Explanation:
Magnetic moment

$M=IA=I\pi r^2$

$\frac{M_1}{M_2}=\frac{I\pi r_1^2}{I\pi r_2^2}=\left(\frac{r_1}{r_2}\right)^2=\left(\frac{1}{2}\right)^2=\frac{1}{4}$

Hence, the answer is option (2).

Top 50 Physics Numericals in NEET That Guarantee 120+ Marks - Direct Download Link

NEET Physics 2026: Why Numericals Are the Key to High Scores

NEET Physics questions are largely numerical-based. Almost 70–75% of the questions involve direct or application-based calculations. If students master frequently asked numericals, scoring 120+ marks out of 180 becomes very achievable.

Key reasons why Physics numericals are important:

• Most questions follow repeated patterns

• Direct formula-based problems save time

• NCERT and previous year trends are followed closely

• Accuracy improves with repeated practice

High-Weightage Chapters Covered in NEET Physics Numericals

The Top 50 numericals are selected mainly from chapters that contribute maximum marks in NEET Physics based on the past 5 year paper analysis:

Why Practising Top 50 NEET Physics Numericals Is Enough for 120+ Marks

Practising only random questions is not effective. These Top 50 numericals help because:

• They cover most repeated NEET concepts

• Improve speed and calculation accuracy

• Strengthen formula application

• Reduce fear of Physics

• Help in scoring easy and sure marks

A well-prepared student can easily attempt 35-40 correct questions in Physics by practising these numericals.

Smart Strategy to Score 120+ Marks in NEET Physics

Follow this simple plan:

• Revise all formulas daily

• Practice 5–10 numericals every day

• Focus more on Class 12 Physics

• Avoid lengthy calculations during the exam

• Attempt Modern Physics first

• Do not guess blindly, this will avoid negative marking

• Consistency is more important than solving hundreds of questions.

NEET Physics Preparation Tips for Average Students

• Stick to NCERT textbooks

• Use one good question source only

• Revise mistakes regularly

• Practice numericals with a timer

• Focus on accuracy over speed initially

• Physics is not about memorisation - it is about understanding and application.

NEET Physics: Top 50 Numericals Selection Method

The Top 50 Physics numericals were selected after:

• Detailed trend analysis of NEET papers

• Identifying high-frequency formulas to solve NEET physics questions.

• Selecting numericals with maximum scoring potential

• Including assertion-reason and application-based questions

• These questions reflect the actual difficulty level of NEET.