Expected Neet 2026 mock test full syllabus coverage

TARGET NEET 2025
MOCK TEST - 2
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Important instructions to candidate
1.In case of usage of signs and symbols in the questions, the regular textbook connotation should be considered unless
stated otherwise.

2. The test is of 3 hours duration and the Test Booklet contains 180 multiple-choice questions (four options with a
single correct answer) from Physics, Chemistry and Biology (Botany and Zoology).

3. 45 questions in each subject. (a) Questions in each subject, Physics - (Question Nos – 1 to 45), Chemistry – (Ques-
tion Nos – 46 to 90), Biology: Botany – (Question Nos – 91 to 135), Zoology – (Question Nos – 136 to 180). All the
questions are compulsory.

4. Each question carries 4 marks. For each correct response, the candidate will get 4 marks. For each
incorrect response, one mark will be deducted from the total scores. The maximum marks are 720.

5. Use Blue/Black Ball Point Pen only for writing particulars on this page/marking responses on Answer Sheet.

6. Completely darken/shade the relevant circle with a blue or black ink ballpoint pen against the question number on
the OMR answer sheet.

7. Use the space provided on each page of the question booklet for Rough Work. Do not use the OMR answer sheet for
the same.

8. Use of Electronic/Manual Calculator is prohibited.

9. Hand over the OMR answer sheet to the room invigilator as it is.

10. After separating the top sheet(office copy), the invigilator will return the bottom sheet replica (Candidate’s copy) to
you.




SYLLABUS
Physics : Complete syllabus Botany : Complete syllabus

Chemistry : Complete syllabus Zoology : Complete syllabus


Name of the Student: ______________________________________ Roll No:_____________________________

, PHYSICS
1. A body of moment of inertia of 3 kg m 2 rotating 7. Match the Column I with Column II
with an angular speed of 2 rads 1 has the same
KE as a mass of 12 kg moving with a speed of
(1) 2 m s 1 (2) 1 m s 1 (3) 4 m s 1 (4) 8 m s 1
2. In Young’s double slit experiment, the 10th
maximum of wavelength 1 is at a distance of y1
from the central maximum. When the wavelength
of the source is changed to 2 , 5th maximum is at
a distance of y2 from its central maximum. The
Choose the correct option
 y1 
ratio  y  is. (1) A – P, B – R, C – Q
 2
(2) A – R, B – Q, C – P
21 22
(1) (2) (3) A – Q, B – R, C – P
2 1
1 2 (4) A – P, B – Q, C - R
(3) (4)
22 21 8. If the kinetic energy of a body becomes four times
3. Read the Statement I and Statement II carefully its initial value, then the new momentum will be
to mark the correct options given below: more than its initial momentum by
Statement I: The dimensional method cannot be
used to obtain the dependence of the work done by (1) 50% (2) 100% (3) 125% (4) 150%
a force F on the angle  between force F and 9. An alternating voltage given by
displacement . V  300 2 sin(50t ) (in volts) is connected across
Statement II: All trigonometric functions are
a 1 F capacitor through an AC ammeter. The
dimensionless.
(1) Both statement I and statement II are true. reading of the ammeter will be
(2) Both statement I and statement II are false. (1) 10 mA (2) 40 mA (3) 100 mA (4) 15 mA
(3) Statement I is true but statement II is false. 10. The phase difference between two SHM y1  10
(4) Statement I is false but statement II is true.
4. Two condensers of capacity 0.3 F and 0.6 F    
sin 10 t   and y2  12sin  8 t   at
respectively are connected in series. The  3   4
combination is connected across a potential of 6 t  0.5 s is:
volts. The ratio of energies stored by the condensers
will be 11 13 17
(1) (2) (3)  (4)
(1) (2) 2 (3) (4) 4 12 12 12
5. In Bohr’s model of H-atom, the kinetic energy ( K ) 11. A student measures the focal length of a convex
of the electron in any orbit depends on the principal lens by putting an object pin at a distance u from
quantum number n as the lens and measuring the distance v of the image
pin. The graph between and plotted by the student
1
(1) K  2 (2) K  n 2 should look like
n
1
(3) K  4 (4) K does not depend on n
n (1) (2)
6. There is a hole in the bottom of tank having water.
If total pressure at bottom is 3 atm(1 atm = 105 N/m2)
then the velocity of water flowing from hole is
(1) 400 m / s (2) 600 m / s
(3) (4)
(3) 60 m / s (4) 200 m / s


1 Space for Rough work

,12. A force Fx acts on a particle such that its position 17. In 4.0 s , a particle goes from point A to point B,
moving in a semicircle of radius 2.0 m (see figure).
x changes as shown in the figure. The work done
The magnitude of the average velocity is
by the particle as it moves from x  0 to 20m is




(1) 3.14 m/s (2) 1.0 m/s
(1) 37.5 J (2) 10 J (3) 45 J (4) 22.5 J (3) 2.0 m/s (4) 4 m/s
18. A charged irregular shaped conductor is shown in
13. The temperature coefficient of resistance of a wire
the figure. Electric field is maximum at
is 1.25  10 3 / C . At 300 K , its resistance is 1  .
The temperature at which its resistance becomes
2  is
(1) 800C (2) 827C
(3) 1100C (4) 1127C (1) A (2) B (3) C (4) D
14. A wire cd of length l and mass m is sliding without 19. Current through the ideal diode is
friction on conducting rails ae and bf as shown.
The vertical rails are connected to each other with
a resistance R between a and b. A uniform magnetic
field B is applied perpendicular to the plane abcd
such that cd moves with a constant velocity of

(1) zero (2) 15 A (3) 20 A (4) 25 A
20. A satellite revolves around the earth of radius R in
a circular orbit of radius 3R. The percentage
increase in energy required to lift it to an orbit of
mgR mgR mgR mgR radius 5R is
(1) (2) (3) (4)
Bl B 2l 2 B 3l 3 B 2l (1) 10% (2) 20% (3) 30% (4) 40%
15. A gas is expanded from volume V0 to 2V0 under 21. Focal length of a spherical mirror depends on
three different processes, as shown in the figure. (1) the wavelength of light
Process 1 is isobaric process, process 2 is (2) the frequency of light
isothermal and process 3 is adiabatic. (3) the material of the mirror
(4) none of these
22. In the circuit diagram, all the bulbs are identical.
Which bulb will be the brightest?



Let U1 , U 2 and U 3 be the change in internal
energy of the gas in these three processes
respectively, then
(1) U1  U 2  U 3 (2) U1  U 2  U 3 (1) A (2) B (3) C (4) D
23. The moment of inertia of a thin rod of length L and
(3) U 2  U1  U 3 (4) U 2  U 3  U1
mass M about an axis passing through a point at a
16. Energy required to remove an electron from L
aluminium surface is 4.2 eV . If light of wavelength distance from one of its ends and perpendicular
3
2000Å falls on the surface, the velocity of the to the rod, is
fastest electron ejected from the surface will be
7 ML2 ML2 ML2
5
(1) 8.4  10 m /sec
5
(2) 7.4  10 m /sec (1) ML2 (2) (3) (4)
48 9 12 2
5
(3) 6.4  10 m /sec (4) 8.4  106 m /sec

Space for Rough work 2

, 24. The logic gate equivalent to the given logic circuit 30. A jet plane can fly in air because
is (1) the thrust of the jet compensates for the force
of gravity
(2) the weight of air displaced by the plane is more
than the weight of plane
(3) the flow of air around the wings causes an
(1) OR (2) AND (3) NOR (4) NAND
upward force which compensates for the force
25. A tuning fork A of unknown frequency produces
of gravity
5 beats/s with a fork of known frequency 340 Hz .
(4) the gravity does not act on flying bodies
When fork A is filed, the beat frequency decreases
31. Match Column I and Column II given below. The
to 2 beats/s. What is the frequency of fork A ?
arrangement shows different lenses made of
(1) 342 Hz (2) 345 Hz (3) 335 Hz (4) 338 Hz substance of refractive index 1.5 and kept in air.
26. Area A1 lies in X - Z plane and A2 in Y - Z plane R1  30 cm , R2  60 cm . Match the focal lengths
as shown in figure. A uniform magnetic field B
exists in X - Y plane making an angle  with X
axis. What is the total flux passing through both
the areas?




(1) B  A1 cos  A2 sin  
(2) B  A1 sin   A2 cos 
(3) B  A1 cos  A2 cos  
(4) B  A1 sin   A2 sin   (1) A - P; B - Q; C - R; D - S
27. A ball weighing 10 g hits a hard surface vertically (2) A - Q; B - R; C - S; D - P
with a speed of 5 m/s and rebounds with the same (3) A - S ; B - R; C - P; D - Q
speed. The ball remains in contact with the surface
(4) A - R; B - S; C - Q; D - P
for 0.01 s . The average force exerted by the surface
32. Velocity v of a particle moving along x axis as a
on the ball is
(1) 100 N (2) 10 N (3) 1 N (4) 150 N function of time is given by v  2t m / s . Initially
28. The magnetic field at the centre of an equilateral the particle is to the right of the origin and 2 m
triangular loop of side 2L and carrying a current i away from it. Find the position (distance from
is origin) of the particle after first 3 s .
(1) 5 m (2) 7 m (3) 11 m (4) 9 m
9 0i 3 3 0 i 2 3 0 i 3 0 i
(1) (2) (3) (4) 33. The dipole moment of each molecule of a
4 L 4 L r 4 L paramagnetic gas is 1.5  1023 Am 2 . The
29. Study the following statements related to the
temperature of gas is 27C and the number of
threshold frequency.
molecules per unit volume in it is 2  1026 m 3 . The
(A) It is a characteristic of a metal plate.
maximum possible intensity of magnetisation in
(B) It is a characteristic of the incident light.
the gas will be
(C) Every metal plate has a unique value of
(1) 3  103 A / m (2) 4  103 A / m
threshold frequency. 5
(D) It is the lowest frequency required to eject (3) 5  10 A / m (4) 6  104 A / m
electrons from the metal surface. 34. The average kinetic energy of hydrogen molecule
Choose the correct statements. at NTP will be
(1) Only (A), (B) and (C) (1) 0.56  1020 J molecule 1
(2) Only (A), (C) and (D) (2) 1.56  1020 J molecule 1
(3) Only (B), (C) and (D) (3) 5.6  1020 J molecule1
(4) All the statements are correct (4) zero

3 Space for Rough work