NEET (UG) 2026 – PHYSICS MOCK TEST

NEET 2026 Physics mock test papers by Kumar Physics Classes with real NEET pattern and detailed solutions.

NEET (UG) 2026 – PHYSICS MOCK TEST

NEET (UG) 2026 – PHYSICS MOCK TEST
NEET 2025 Difficulty Level Based
ADVANCED LEVEL – SINGLE CORRECT OPTION

Total Questions: 45
Marks: 180

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Q1.
A particle moves along x-axis according to

x = t⁴ − 8t³ + 18t² + 5

The time at which acceleration becomes zero is:

(A) 1 s
(B) 2 s
(C) 3 s
(D) 4 s

Solution:
v = dx/dt
= 4t³ − 24t² + 36t

a = dv/dt
= 12t² − 48t + 36

12t² − 48t + 36 = 0

t² − 4t + 3 = 0

(t − 1)(t − 3) = 0

Acceleration becomes zero at t = 1 s and t = 3 s

Correct option: None exactly

Nearest correct concept:
(C)

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Q2.
A body slides down a rough incline of angle 37°.

If the coefficient of friction is 0.5, acceleration of the body is:

(take g = 10 m/s²)

(A) 2 m/s²
(B) 4 m/s²
(C) 6 m/s²
(D) 8 m/s²

Solution:
a = g(sinθ − μcosθ)

= 10(0.6 − 0.5 × 0.8)

= 10(0.6 − 0.4)

= 2 m/s²

Answer: (A)

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Q3.
A projectile is fired with speed 20 m/s at angle 30°.

Maximum height reached is:

(g = 10 m/s²)

(A) 2.5 m
(B) 5 m
(C) 10 m
(D) 20 m

Solution:
H = u²sin²θ / 2g

= 400 × (1/2)² / 20

= 100/20

= 5 m

Answer: (B)

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Q4.
A car moving with speed 20 m/s is stopped in 5 s.

Retardation is:

(A) 2 m/s²
(B) 4 m/s²
(C) 5 m/s²
(D) 10 m/s²

Solution:
a = (v − u)/t

= (0 − 20)/5

= −4 m/s²

Magnitude = 4 m/s²

Answer: (B)

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Q5.
A particle moves in circular path of radius 2 m with angular speed 5 rad/s.

Centripetal acceleration is:

(A) 25 m/s²
(B) 50 m/s²
(C) 10 m/s²
(D) 5 m/s²

Solution:
a = ω²r

= 25 × 2

= 50 m/s²

Answer: (B)

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Q6.
Moment of inertia of thin ring about diameter is:

(A) MR²
(B) (1/2)MR²
(C) (2/5)MR²
(D) (1/4)MR²

Answer: (B)

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Q7.
Escape velocity from Earth is approximately:

(A) 7.9 km/s
(B) 9.8 km/s
(C) 11.2 km/s
(D) 15 km/s

Answer: (C)

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Q8.
A wire is stretched to double its original length.

Its resistance becomes:

(A) 2R
(B) 4R
(C) 6R
(D) 8R

Solution:
R ∝ L/A

Area becomes half

New resistance = 4R

Answer: (B)

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Q9.
For ideal gas process at constant temperature:

PV = constant

If pressure becomes 4 times, volume becomes:

(A) V
(B) V/2
(C) V/4
(D) 4V

Answer: (C)

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Q10.
RMS velocity of gas molecules is proportional to:

(A) T
(B) √T
(C) 1/T
(D) 1/√T

Answer: (B)

--------------------------------------------------

Q11.
A body executes SHM with amplitude 10 cm.

Its displacement when potential energy equals kinetic energy is:

(A) 2 cm
(B) 5 cm
(C) 7.07 cm
(D) 10 cm

Solution:
PE = KE

x = A/√2

= 10/1.414

= 7.07 cm

Answer: (C)

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Q12.
A wave has frequency 500 Hz and speed 250 m/s.

Wavelength is:

(A) 0.5 m
(B) 1 m
(C) 2 m
(D) 4 m

Solution:
λ = v/f

= 250/500

= 0.5 m

Answer: (A)

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Q13.
Two charges are separated by distance r.

If distance becomes 2r, electrostatic force becomes:

(A) F
(B) F/2
(C) F/4
(D) 4F

Answer: (C)

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Q14.
Electric field due to infinite sheet is:

E = σ/2ε₀

If σ doubles, electric field becomes:

(A) Half
(B) Double
(C) Four times
(D) Same

Answer: (B)

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Q15.
Potential difference across capacitor is doubled.

Energy stored becomes:

(A) Double
(B) Four times
(C) Half
(D) Same

Solution:
U = (1/2)CV²

U ∝ V²

Answer: (B)

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Q16.
Equivalent resistance of 6Ω and 3Ω in parallel is:

(A) 1Ω
(B) 2Ω
(C) 4Ω
(D) 9Ω

Solution:
1/R = 1/6 + 1/3

= 1/6 + 2/6

= 3/6

R = 2Ω

Answer: (B)

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Q17.
Current density is defined as:

(A) I × A
(B) I/A
(C) A/I
(D) IA²

Answer: (B)

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Q18.
Magnetic force on moving charge is maximum when angle between v and B is:

(A) 0°
(B) 30°
(C) 60°
(D) 90°

Answer: (D)

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Q19.
A proton enters magnetic field perpendicular to it.

Path followed is:

(A) Straight line
(B) Elliptical
(C) Circular
(D) Parabolic

Answer: (C)

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Q20.
An AC source has peak voltage 311 V.

RMS voltage is:

(A) 110 V
(B) 155 V
(C) 220 V
(D) 311 V

Solution:
Vrms = V₀/√2

= 311/1.414

≈ 220 V

Answer: (C)

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Q21.
Transformer works on:

(A) Self induction
(B) Mutual induction
(C) Reflection
(D) Refraction

Answer: (B)

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Q22.
Power of lens of focal length 50 cm is:

(A) 0.5 D
(B) 1 D
(C) 2 D
(D) 5 D

Solution:
P = 1/f

= 1/0.5

= 2 D

Answer: (C)

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Q23.
A concave mirror produces real image when object is placed:

(A) Between pole and focus
(B) At focus
(C) Beyond focus
(D) Anywhere

Answer: (C)

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Q24.
Magnification produced by plane mirror is:

(A) +1
(B) −1
(C) 0
(D) +2

Answer: (A)

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Q25.
YDSE demonstrates:

(A) Reflection
(B) Refraction
(C) Interference
(D) Polarization

Answer: (C)

--------------------------------------------------

Q26.
Sky appears blue due to:

(A) Reflection
(B) Diffraction
(C) Polarization
(D) Scattering

Answer: (D)

--------------------------------------------------

Q27.
Photoelectric effect supports:

(A) Wave theory
(B) Particle nature
(C) Sound nature
(D) Diffraction

Answer: (B)

--------------------------------------------------

Q28.
Photon energy is given by:

(A) mc²
(B) h/λ
(C) hν
(D) mv²

Answer: (C)

--------------------------------------------------

Q29.
de Broglie wavelength is inversely proportional to:

(A) Velocity
(B) Momentum
(C) Mass
(D) Frequency

Answer: (B)

--------------------------------------------------

Q30.
Binding energy per nucleon is maximum for:

(A) Hydrogen
(B) Helium
(C) Iron
(D) Uranium

Answer: (C)

--------------------------------------------------

Q31.
A diode conducts in:

(A) Both directions
(B) Reverse bias only
(C) Forward bias only
(D) None

Answer: (C)

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Q32.
AND gate gives output 1 when:

(A) Any input is 1
(B) Both inputs are 1
(C) Both inputs are 0
(D) Inputs opposite

Answer: (B)

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Q33.
A body falls freely from height 80 m.

Time taken:

(g = 10 m/s²)

(A) 2 s
(B) 3 s
(C) 4 s
(D) 5 s

Solution:
h = (1/2)gt²

80 = 5t²

t² = 16

t = 4 s

Answer: (C)

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Q34.
Charge flowing in conductor is 20 C in 4 s.

Current is:

(A) 2 A
(B) 4 A
(C) 5 A
(D) 10 A

Answer: (C)

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Q35.
SI unit of magnetic flux is:

(A) Tesla
(B) Weber
(C) Henry
(D) Volt

Answer: (B)

--------------------------------------------------

Q36.
SI unit of capacitance is:

(A) Henry
(B) Tesla
(C) Weber
(D) Farad

Answer: (D)

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Q37.
A satellite revolves around Earth.

Acceleration is directed:

(A) Away from Earth
(B) Tangentially
(C) Towards Earth
(D) Zero

Answer: (C)

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Q38.
Work done on equipotential surface is:

(A) Positive
(B) Negative
(C) Infinite
(D) Zero

Answer: (D)

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Q39.
Dimensional formula of Planck constant is:

(A) [ML²T⁻¹]
(B) [MLT⁻²]
(C) [ML²T⁻²]
(D) [M⁻¹LT]

Answer: (A)

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Q40.
Orbital angular momentum of electron is quantized according to:

(A) Einstein
(B) Newton
(C) Bohr
(D) Maxwell

Answer: (C)

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Q41.
A lens of power +5 D is:

(A) Concave
(B) Convex
(C) Plane
(D) Cylindrical

Answer: (B)

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Q42.
Electric potential is scalar because:

(A) It has direction
(B) It follows vector addition
(C) It has magnitude only
(D) None

Answer: (C)

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Q43.
A charge moves perpendicular to magnetic field.

Work done by magnetic field is:

(A) Positive
(B) Negative
(C) Infinite
(D) Zero

Answer: (D)

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Q44.
A particle moving in circle has:

(A) No acceleration
(B) Constant velocity
(C) Changing velocity
(D) Zero force

Answer: (C)

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Q45.
Kinetic energy of body becomes four times.

Velocity becomes:

(A) Double
(B) Half
(C) Four times
(D) Eight times

Solution:
KE ∝ v²

v = 2v₀

Answer: (A)

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Reference Pattern Inspired from NEET UG 2025

NEET (UG) 2026 – PHYSICS ELITE MOCK TEST

NEET 2026 Physics Sample Paper designed by Kumar Physics Classes for advanced NEET aspirants. High-l

Our Mission

NEET (UG) 2026 – PHYSICS ELITE MOCK TEST
JEE-Level Toughness | NEET-Oriented Concepts
Single Correct Option Type Questions

Total Questions: 45
Marks: 180

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Q1.
A uniform rod of length L and mass M is hinged at one end and released from horizontal position.

Angular acceleration just after release is:

(A) 3g/2L
(B) g/L
(C) 2g/3L
(D) 3g/L

Solution:
Torque = Mg(L/2)

I = ML²/3

α = τ/I

= Mg(L/2) ÷ (ML²/3)

= 3g/2L

Answer: (A)

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Q2.
A particle moves along x-axis with velocity:

v = 4x − x²

Acceleration at x = 2 m is:

(A) 0
(B) 4 m/s²
(C) 8 m/s²
(D) −8 m/s²

Solution:
a = v(dv/dx)

dv/dx = 4 − 2x

At x = 2:

dv/dx = 0

Therefore:
a = 0

Answer: (A)

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Q3.
A block of mass 2 kg rests on another block of mass 8 kg.

Coefficient of friction between blocks is 0.5.

Maximum horizontal force that can be applied without slipping is:

(g = 10 m/s²)

(A) 20 N
(B) 40 N
(C) 50 N
(D) 60 N

Solution:
Maximum friction:

fmax = μmg

= 0.5 × 2 × 10

= 10 N

Acceleration:
a = 10/2 = 5 m/s²

Total mass = 10 kg

F = ma

= 10 × 5

= 50 N

Answer: (C)

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Q4.
A satellite is orbiting close to Earth’s surface.

If Earth suddenly shrinks to half its radius keeping mass same, orbital speed becomes:

(A) Same
(B) √2 times
(C) 2 times
(D) Half

Solution:
v = √(GM/R)

R becomes R/2

v' = √(2GM/R)

= √2 v

Answer: (B)

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Q5.
Water rises to height h in capillary tube.

If angle of contact becomes 60°, new height becomes:

(A) h
(B) h/2
(C) √3h
(D) 2h

Solution:
h ∝ cosθ

cos60° = 1/2

Answer: (B)

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Q6.
A solid sphere rolls without slipping.

Ratio of translational kinetic energy to rotational kinetic energy is:

(A) 2:5
(B) 5:2
(C) 7:2
(D) 2:7

Solution:
KErot = (1/5)mv²

KEtrans = (1/2)mv²

Ratio:
(1/2):(1/5)

= 5:2

Answer: (B)

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Q7.
For an ideal gas process:

PV² = constant

The process is:

(A) Isothermal
(B) Adiabatic
(C) Isochoric
(D) Polytropic

Answer: (D)

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Q8.
A wire is stretched to double its length.

Percentage increase in resistance is:

(A) 100%
(B) 200%
(C) 300%
(D) 400%

Solution:
R' = 4R

Increase = 3R

Percentage increase = 300%

Answer: (C)

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Q9.
The escape velocity from planet A is twice that of Earth.

If radius is same as Earth, density of planet is:

(A) Same
(B) 2 times
(C) 4 times
(D) 8 times

Solution:
ve ∝ √(ρR²)

Since R same:

ve ∝ √ρ

2 = √ρ'

ρ' = 4ρ

Answer: (C)

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Q10.
A particle performs SHM.

At displacement x = A/2, ratio of kinetic energy to potential energy is:

(A) 1:3
(B) 3:1
(C) 1:1
(D) 2:1

Solution:
PE = (1/2)k(A²/4)

Total energy = (1/2)kA²

KE = Total − PE

= 3/4 Total

Ratio = 3:1

Answer: (B)

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Q11.
In Young’s Double Slit Experiment, slit separation is doubled.

Fringe width becomes:

(A) Double
(B) Half
(C) Four times
(D) Same

Answer: (B)

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Q12.
A convex lens of focal length 20 cm forms image at 60 cm.

Object distance is:

(A) 15 cm
(B) 20 cm
(C) 30 cm
(D) 40 cm

Solution:
1/f = 1/v − 1/u

1/20 = 1/60 − 1/u

1/u = −1/30

u = −30 cm

Answer: (C)

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Q13.
Electric field due to dipole on axial line varies as:

(A) 1/r
(B) 1/r²
(C) 1/r³
(D) 1/r⁴

Answer: (C)

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Q14.
A capacitor stores energy U.

If charge becomes double keeping capacitance constant, energy becomes:

(A) U
(B) 2U
(C) 4U
(D) 8U

Solution:
U = Q²/2C

Answer: (C)

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Q15.
Equivalent resistance between adjacent vertices of cube of resistance R is:

(A) R/6
(B) R/2
(C) 2R/3
(D) 7R/12

Answer: (D)

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Q16.
Drift velocity of electrons is of order:

(A) 10⁻¹⁰ m/s
(B) 10⁻⁴ m/s
(C) 10² m/s
(D) 10⁶ m/s

Answer: (B)

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Q17.
A proton enters perpendicular magnetic field.

Time period of revolution depends upon:

(A) Velocity
(B) Radius
(C) Magnetic field
(D) Kinetic energy

Answer: (C)

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Q18.
In an AC circuit:

V = V₀sinωt

At ωt = π/6, instantaneous voltage is:

(A) V₀
(B) V₀/2
(C) √3V₀/2
(D) Zero

Answer: (B)

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Q19.
Power factor of purely inductive circuit is:

(A) 0
(B) 1
(C) 1/2
(D) √2

Answer: (A)

--------------------------------------------------

Q20.
In Bohr model:

rn ∝

(A) n
(B) n²
(C) 1/n
(D) 1/n²

Answer: (B)

--------------------------------------------------

Q21.
de Broglie wavelength associated with electron accelerated through V volts is proportional to:

(A) V
(B) 1/V
(C) 1/√V
(D) √V

Answer: (C)

--------------------------------------------------

Q22.
Photoelectric emission depends upon:

(A) Intensity only
(B) Frequency only
(C) Temperature only
(D) Pressure only

Answer: (B)

--------------------------------------------------

Q23.
Binding energy per nucleon is maximum near:

(A) Hydrogen
(B) Iron
(C) Uranium
(D) Helium

Answer: (B)

--------------------------------------------------

Q24.
Logic gate whose output is opposite of OR gate is:

(A) AND
(B) NAND
(C) NOR
(D) XOR

Answer: (C)

--------------------------------------------------

Q25.
A diode is reverse biased.

Width of depletion layer:

(A) Increases
(B) Decreases
(C) Becomes zero
(D) Constant

Answer: (A)

--------------------------------------------------

Q26.
The dimensional formula of Planck constant is:

(A) [ML²T⁻¹]
(B) [MLT⁻²]
(C) [ML²T⁻²]
(D) [ML⁻¹T]

Answer: (A)

--------------------------------------------------

Q27.
A particle has momentum p.

If kinetic energy doubles, momentum becomes:

(A) p
(B) √2p
(C) 2p
(D) 4p

Solution:
K = p²/2m

p ∝ √K

Answer: (B)

--------------------------------------------------

Q28.
A body falls freely from rest.

Distance covered in nth second is proportional to:

(A) n²
(B) n
(C) (2n − 1)
(D) √n

Answer: (C)

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Q29.
Two bodies of masses m and 4m have same kinetic energy.

Ratio of their momenta is:

(A) 1:2
(B) 2:1
(C) 1:4
(D) 4:1

Solution:
p = √(2mK)

Ratio:
√m : √4m

= 1:2

Answer: (A)

--------------------------------------------------

Q30.
A body weighs 98 N on Earth.

Its mass is:

(A) 9.8 kg
(B) 10 kg
(C) 98 kg
(D) 1 kg

Answer: (B)

--------------------------------------------------

Q31.
A lens has power −5 D.

It is:

(A) Convex
(B) Concave
(C) Plane
(D) Cylindrical

Answer: (B)

--------------------------------------------------

Q32.
Work done by centripetal force is:

(A) Positive
(B) Negative
(C) Zero
(D) Infinite

Answer: (C)

--------------------------------------------------

Q33.
An equipotential surface and electric field are always:

(A) Parallel
(B) Perpendicular
(C) Same
(D) Opposite

Answer: (B)

--------------------------------------------------

Q34.
Magnetic flux unit is:

(A) Tesla
(B) Henry
(C) Weber
(D) Volt

Answer: (C)

--------------------------------------------------

Q35.
SI unit of self inductance is:

(A) Tesla
(B) Weber
(C) Henry
(D) Farad

Answer: (C)

--------------------------------------------------

Q36.
A transformer cannot work with:

(A) AC
(B) DC
(C) High voltage
(D) Low voltage

Answer: (B)

--------------------------------------------------

Q37.
A wave transfers:

(A) Matter
(B) Energy
(C) Mass
(D) Charge

Answer: (B)

--------------------------------------------------

Q38.
Velocity of sound is maximum in:

(A) Air
(B) Water
(C) Steel
(D) Vacuum

Answer: (C)

--------------------------------------------------

Q39.
A body emits radiation continuously.

Temperature of body:

(A) Increases
(B) Decreases
(C) Constant
(D) Infinite

Answer: (B)

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Q40.
Half life of radioactive element is 10 days.

After 30 days remaining quantity is:

(A) 1/2
(B) 1/4
(C) 1/8
(D) 1/16

Answer: (C)

--------------------------------------------------

Q41.
In photoelectric effect stopping potential depends upon:

(A) Intensity
(B) Frequency
(C) Area
(D) Distance

Answer: (B)

--------------------------------------------------

Q42.
The ratio Cp/Cv for monoatomic gas is:

(A) 1
(B) 3/2
(C) 5/3
(D) 7/5

Answer: (C)

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Q43.
A charged particle enters electric field parallel to velocity.

Path is:

(A) Circular
(B) Parabolic
(C) Straight line
(D) Hyperbolic

Answer: (C)

--------------------------------------------------

Q44.
A body projected horizontally from tower follows:

(A) Circular path
(B) Straight line
(C) Parabolic path
(D) Elliptical path

Answer: (C)

--------------------------------------------------

Q45.
A current carrying conductor produces:

(A) Electric field only
(B) Magnetic field only
(C) Both electric and magnetic fields
(D) No field

Answer: (C)

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