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2025/2026

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NEET, JEE-MAIN, MHT-CET-XI - New Syllabus (MH), MHT-CET-XII - New Syllabus (MH), K-CET
M academy
NEET 2025-26
Time : 60 Min
Phy : Subjectwise Paper
Marks : 40
01) The position of a particle moving along the
x-axis at certain times is given below: which of the
following describes the motion correctly?
t (s)
0
1
2
3
x (m)
-2
0
6
16
A) Uniform, accelerated.
B) Non-uniform, accelerated.
C) Uniform, decelerated.
D) There is not enough data for generalization.
02) A body starting from rest moves with constant
acceleration. The ratio of distance covered by the
body during the 5th second to that covered in 5
seconds is
A) 1/25
B) 3/5
C) 9/25
D) 25/9
03) A particle shows distance-time curve as given
in this figure. The maximum instantaneous velocity
of the particle is around the point (2008)
A) D
B) A
C) B
D) C
04) A particle moves along a straight line such that
its displacement at any time t is given by
32
s t 6t 3t 4
metres. The velocity when
the acceleration is zero is (1994)
A)
3m /s
B)
42 m/ s
C)
9m/s
D)
15 m/ s
05) Which of the following velocity-time graph
represents a realistic situation for a body in
motion?
A)
B)
C)
D)
06) A boy standing at the top of a tower of 20 m
height drops a stone. Assuming
2
g ms ,
what
will be the velocity with which it hits the ground?
A) 20 m/s
B) 5 m/s
C) 10 m/s
D) 40 m/s
07) A body is projected vertically upwards. The
times corresponding to height h, while ascending
and while descending are
12
t andt
respectively.
Then find the velocity of projection. (g is the
acceleration due to gravity)
A)
12
g t t
2
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NEET, JEE-MAIN, MHT-CET-XI - New Syllabus (MH), MHT-CET-XII - New Syllabus (MH), K-CET

M academy

NEET 2025- 26

Time : 60 Min Phy : Subjectwise Paper Marks : 40

01) The position of a particle moving along the x-axis at certain times is given below: which of the following describes the motion correctly? t (s) 0 1 2 3 x (m) -2 0 6 16

A) Uniform, accelerated. B) Non-uniform, accelerated. C) Uniform, decelerated. D) There is not enough data for generalization.

02) A body starting from rest moves with constant acceleration. The ratio of distance covered by the body during the 5th second to that covered in 5 seconds is A) 1/ B) 3/ C) 9/ D) 25/

03) A particle shows distance-time curve as given in this figure. The maximum instantaneous velocity of the particle is around the point (2008)

A) D

B) A

C) B

D) C

04) A particle moves along a straight line such that its displacement at any time t is given by

s  t^3  6t^2  3t  4 metres. The velocity when

the acceleration is zero is (1994) A) 3 m /s

B) 42 m /s

C) 9 m /s

D) 15 m /s

05) Which of the following velocity-time graph represents a realistic situation for a body in motion?

A)

B)

C)

D)

06) A boy standing at the top of a tower of 20 m height drops a stone. Assuming g ms ^2 , what will be the velocity with which it hits the ground? A) 20 m/s B) 5 m/s C) 10 m/s D) 40 m/s

07) A body is projected vertically upwards. The times corresponding to height h, while ascending and while descending are t and t 1 2 respectively. Then find the velocity of projection. (g is the acceleration due to gravity)

A) 1 2

g t t 2

M academy

NEET, JEE-MAIN, MHT-CET-XI - New Syllabus (MH), MHT-CET-XII - New Syllabus (MH), K-CET

B)

g t 1 t 2  2

C) g t t1 2

D) none of the above

08) A stone is dropped from a ballon going up with a uniform velocity of 5m/sec. If the ballon was 50 m high then the stone was dropped, what will be the height the ballon from ground when stone hits

the ground?  g 10m /s^2 

A) 65.5 m B) 63.5 m C) 68.5 m D) None of these

09) A particle is moving in a circle with uniform speed v. In moving from a point to another diametrically opposite point A) the kinetic energy changes by mv^2 B) the kinetic energy changes by (1/2)mv^2 C) the momentum changes by 2mv D) the momentum changes by mv

10) If the equation for the displacement of a particle moving on a circular path is given by

( )  2t^3 0.5 , where  is in radians and t in

seconds, then the angular velocity of the particle after 2 s from its start is A) 36 rad/s B) 24 rad/s C) 12 rad/s D) 8 rad/s