Paper Code : 1001C M302215016
Hindi
Form Number :
CLASSROOM CONTACT PROGRAMME
(Academic Session : 2015 - 2016)
ENTHUSIAST COURSE
PHASE - II
TARGET : PRE-MEDICAL - 2016
Test Pattern : AIPMT
Test Type : MAJOR
TEST DATE : 27 - 01 - 2016
TEST SYLLABUS : FULL SYLLABUS
Important Instructions /  
Do not open this Test Booklet until you are asked to do so

1.
A seat marked with Reg. No. will be allotted to each student. The student should ensure that
he/she occupies the correct seat only. If any student is found to have occupied the seat of
another student, both the students shall be removed from the examination and shall have to
accept any other penalty imposed upon them.



2.
3.
4.
Duration of Test is 3 Hours and Questions Paper Contains 180 Questions. The Max. Marks are 720.

3
180
720
Student can not use log tables and calculators or any other material in the examination hall.

Student must abide by the instructions issued during the examination, by the invigilators or the
centre incharge.

5.
Before attempting the question paper ensure that it contains all the pages and that no question is
missing.

6.
Each correct answer carries 4 marks, while 1 mark will be deducted for every wrong answer.
Guessing of answer is harmful.
1




7.
A candidate has to write his / her answers in the OMR sheet by darkening the appropriate bubble with
the help of Blue / Black Ball Point Pen only as the correct answer(s) of the question attempted.
OMR


8.
Use of Pencil is strictly prohibited.


Note : In case of any Correction in the test paper, please mail to [email protected]
within 2 days along with Paper code and Your Form No.

Correction 
Paper code
Form No. 

[email protected]  mail
Your Target is to secure Good Rank in Pre-Medical 2016
Corporate Office :  CAREER INSTITUTE, “SANKALP”, CP-6, Indra Vihar, Kota (Rajasthan)-324005
+91-744-5156100
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www.allen.ac.in
Pre-Medical : Enthusiast Course/Phase-II/27-01-2016
HAVE CONTROL  HAVE PATIENCE  HAVE CONFIDENCE  100% SUCCESS
BEWARE OF NEGATIVE MARKING
1.
An object is in equilibrium under four concurrent
forces in the directions as shown in the figure.


Magnitudes of F1 and F2 are
1.
       



F1
F1
4N
30º
60º
60º
8N


F2
4
20
N,
N
3
3
(2)
20
4
N,
N
3
3
(3) 8N, 4N
(4) 4N, 8N
A uniform rod of length 1 m is bent at its
mid-point to make 90º angle. The distance of the
centre of mass from the centre of the rod is :-
(1)
2.
4
20
N,
N
3
3
(2)
A
4.
O2
C
C
O1
O1
90º
B
(1) 36.1 cm
(2) 25.2 cm
(3) 17.7 cm
(4) zero
A Carnot's engine whose sink is at a temperature
of 300 K has an efficiency of 40%. By how much
should the temperature of the source be increased
so as to increase the efficiency to 60% ?
(1) 250 K
(2) 275 K
(3) 300 K
(4) 325 K
A transistor is used as an amplifier in CB mode
with a load resistance of 5k the current gain
of amplifier is 0.98 and the input resistance is
70 , The voltage gain and power gain
respectively are :(1) 70, 68.6
(2) 80, 75.6
(3) 60, 66.6
(4) 90, 96.6
1001CM302215016
20
4
N,
N
3
3
(3) 8N, 4N
(4) 4N, 8N
1 
90º 

:-
90º
3.
8N
30º
F2
2.
4N
30º
30º
(1)

 F

F2  
1 
:
A
(1) 36.1 cm
(3) 17.7 cm
3.
B
(2) 25.2 cm
(4) zero
300 K 
, 

40%    
 
60%  
?
(1) 250 K
(3) 300 K
4.
O2
(2) 275 K
(4) 325 K


5k 
0.98 
70 
:
(1) 70, 68.6
(2) 80, 75.6
(3) 60, 66.6
(4) 90, 96.6
H-1/35
Target : Pre-Medical 2016/Major/27-01-2016
5.
With a potentiometer null point were obtained at
140 cm and 180 cm for cells of emf 1.1 V and
one unknown X volt. Unknown emf is:(1)1.1 V
6.
(2) 1.8 V
(3) 2.4 V
(4) 1.41 V
A horizontal force F is applied to a frictionless
pulley of mass m2. The horizontal surface is
smooth. Acceleration of the block of mass (m1) is
m2
m1
7.
5.
1.1 V 

140 cm 
X 
180 cm
         
(1)1.1 V
(3) 2.4 V
6.
(2) 1.8 V
(4) 1.41 V
F, m2 
        
(m 1)   :- 
F
F
(1) m  4m
2
1
2F
(2) m  4m
2
1
F
(1) m  4m
2
1
2F
(2) m  4m
2
1
F
(3) 4m  m
2
1
2F
(4) 4m  m
2
1
F
(3) 4m  m
2
1
2F
(4) 4m  m
2
1
If the ratio of lengths, radii and young's modullii
of steel and brass wires in the figure are, a, b and
c respectively. Then the corresponding ratio of
increase is their length would be :-
7.
   
a, b 

c 
:-
steel
steel
5kg
M
5kg
M
brass
brass
5kg
2M
8.
9.
F
m2
m1
5kg
2M
(1)
2a 2c
b
(2)
3a
2b2 c
(1)
2a 2c
b
(2)
3a
2b2 c
(3)
2ac
b2
(4)
3c
3ab2
(3)
2ac
b2
(4)
3c
3ab 2
A mass m is suspended from a weightless spring
and it has time-period 'T'. The spring is now
divided into four equal parts and the same mass
is suspended from one of these parts. The now
time period will be :(1) T
(2) T/2
(3) 2T
(4) T/4
A Ge specimen is doped with Al. The concentration
of acceptor atoms is ~ 1021 atoms/m3. Given that
the intrinsic concentration of electron hole pair
is ~ 1019/m3, the concentration of electrons in the
specimen is :(1) 1017/m3 (2) 1015/m3 (3) 104/m3 (4) 102/m3
8.

m

'T'


(1) T
9.
(2) T/2
(3) 2T
(4) T/4
Al 
 (Ge) 
 
(Acceptor) 
~ 10 21 atoms/m 3     

~ 10 19/m 3 

:- 
(1) 1017/m3 (2) 1015/m3 (3) 104/m3 (4) 102/m3
     
H-2/35
1001CM302215016
Pre-Medical : Enthusiast Course/Phase-II/27-01-2016
10.
11.
A moving coil galvanometer of resistance 100
is used as an ammeter using a shunt resistance
0.1. The maximum deflection current in the
galvanometer is 100µA. Find the minimum
current in the circuit so that the ammeter shows
maximum deflection.
(1) 100.1 mA
(2) 1000.1 mA
(3) 10.01 mA
(4) 1.01 mA
A car starting from rest accelerates at the rate f
through a distance s, then continues at constant
speed for time t and then decelerates at the rate
10.


100µA
     
    
(1) 100.1 mA
(3) 10.01 mA
11.
f
2
          
15 s  
:-
is 15 s, then :-
(3) s =
12.
13.
14.
15.
(2) s =
1 2
ft
2
1 2
ft
6
(1) s = ft
(4) none of these
(3) s =
When 106 smaller drops of a liquid are combined
to form a new bigger drop, then its (1) density will decrease
(2) density will increase
(3) temperature will increase
(4) temperature will decrease
Find the amount of work required to be done to
increase the temperature of one mole of an ideal
gas by 30°C if it is expanding under the condition
P  V2/3
(1) 150 J
(2) 100 J
(3) 50 J
(4) 200 J
For a transistor, the current amplification factor
is 0.8. The transistor is connected in common
emitter configuration. The change in the
collector current when the base current changes
by 6 mA is :(1) 6 mA
(2) 4.8 mA
(3) 24 mA
(4) 8 mA
12.
In a series LCR circuit, resistance R = 10 and
the impedance Z = 20. The phase difference
between the current and the voltage is
15.
(1) 30°
1001CM302215016
(2) 45°
(3) 60°
(2) 1000.1 mA
(4) 1.01 mA
f 
s   
  


     
  t 
    
   
f
to come to rest. If the total distance travelled
2
(1) s = ft
0.1
100 
(4) 90°
13.
14.
(2) s =
1 2
ft
2
1 2
ft
6
(4) 
 106 

(1) 
(2)  
(3)  
(4)  
30°C 

       
P  V2/3 
(1) 150 J
(2) 100 J
(3) 50 J
(4) 200 J
   
0.8 


6 mA 
:(1) 6 mA
(2) 4.8 mA
(3) 24 mA
(4) 8 mA
 LCR    
R = 10
Z = 20      
 
 
(1) 30°
(2) 45°
(3) 60°
(4) 90°
H-3/35
Target : Pre-Medical 2016/Major/27-01-2016
16.
17.
Two balls are projected from the same point
simultaneously. First ball is projected vertically
upwards and the second ball at an angle of
projection 60° to the ground level. Both the balls
reach the ground simultaneously. The ratio of their
velocities are :
(1) 1 : 2
(2) 3 : 2
(3)
(4) 2 : 3
3 :2
16.
(1) 1 : 2
(2) 3 : 2
(3)
A satellite of mass m is in a circular orbit of radius
2R about the earth. How much energy is required
to transfer it to a circular orbit of radius 4R :-
17.
19.
20.
(1)
mgR
8
(2)
(3)
mgR
2
(4) None of these
mgR
4
An organ pipe P1 closed at one end vibrating in
its first overtone and another pipe P2 open at both
ends vibrating in its third harmonic are in
resonance with a given tuning fork. The ratio of
the length of P1 to that of P2 is :-
3 :2
(4) 2 : 3
m 
2R 
4R 




:(R = 
(R = Radius of earth)
18.


60°


18.
(1)
mgR
8
(2)
mgR
4
(3)
mgR
2
(4) None of these


P1

P2 
P1 P2

(1) 8/3
(2) 1/6
(1) 8/3
(2) 1/6
(3) 1/2
(4) 1/3
(3) 1/2
(4) 1/3
When a slow neutron is captured by a U235 nucleus,
a fission results which releases 200 MeV of
energy. If the output of a nuclear reactor is
1.6MW, what is the rate of nuclei (per sec)
undergoing fission ?
19.
 U235 

200 MeV     


1.6 MW 
(
) 
?

(1) 8 × 10–3
(2) 1 × 1013
(1) 8 × 10–3
(2) 1 × 1013
(3) 1 × 1025
(4) 5 × 1016
(3) 1 × 1025
(4) 5 × 1016
A radioactive element X decays into another
stable element Y. Half life of X is 2hrs. Initially
only X is present. After time t the ratio of
atoms of X and Y is found to be 1 : 3, then t in
hours is:(1) 2
(2) 4
(3) 5
(4) 6
20.
X 
Y 

X 
2hrs 
X 

t X 
Y 

t (hr 
)
1 : 3 
(1) 2
(2) 4
(3) 5
(4) 6
Filling     
 Key

H-4/35
1001CM302215016
Pre-Medical : Enthusiast Course/Phase-II/27-01-2016
21.
The position of a particle moving along a straight
line is given by x =
21.
A
(1–e–At) where B is constant
B
x=
(1) linear momentum
(2) moment of inertia
(3) relative velocity
(4) acceleration
23.
If the radius of earth reduces by 4% and density
remains same then escape velocity will(1) reduce by 2%
(2) increase by 2%
(3) reduce by 4%
(4) increase by 4%
Amplitude of electric field in EM wave is give as
E0 = 300 V/m. Amplitude of magnetic field will
be :–8
(1) 10 T
–10
(3) 10
24.
25.
26.
T
(2) 10
(4) 10
–6
–7
A
(1–e–At)
B 
B
A3

A > 0 
B
A3
and A > 0. The dimensions of
is same as
B
22.

22.
23.

(1) 
(2) 
(3) 
(4) 

4% 

(1) 2% 
(2) 2% 
(3) 4% 
(4) 4% 

E0 = 300 V/m

:–8
(1) 10 T
T
(3) 10
T
The radius of a nucleus with nucleon number 16
is 3 × 10–15 m. Then, the radius of a nucleus with
nucleon number 128 will be :(1) 3 × 10–15 m
(2) 6 × 10–15 m
(3) 9 × 10–15 m
(4) 24 × 10–15 m
If two particles have equal de Broglie wavelength
then they must have equal magnitude of :-
–10
T
(2) 10
(4) 10
–6
–7
T
T
24.
16
    
–15
3 × 10 m 
128 
:
(2) 6 × 10–15 
(1) 3 × 10–15 
(3) 9 × 10–15 
(4) 24 × 10–15 
25.


:-
(1) Speed
(2) Kinetic energy
(1) 
(2) 
(3) Momentum
(4) Charge
(3) 
(4) 


A  a1 ˆi  a 2 ˆj  a 3 kˆ and B  b1ˆi  b2 ˆj  b3 kˆ . If


A is parallel to B , then which of the following
is correct :-

ˆ B
ˆ 0
(2) A


A  a1 ˆi  a 2 ˆj  a 3 kˆ 
B  b1ˆi  b2 ˆj  b3 kˆ . 


A 
B 
:
  
(1) A  B  0

ˆ B
ˆ 0
(2) A
a1 a 2 a 3
(3) b  b  b
1
2
3
a1 a 2 a 3
(3) b  b  b
1
2
3
(4) All of the above
(4) 
  
(1) A  B  0
1001CM302215016
26.
H-5/35
Target : Pre-Medical 2016/Major/27-01-2016
27.
If two rods of length L and 2L having coefficients
of linear expansion  and 2 respectively are
connected so that total length becomes 3L, the
average coefficient of linear expansion of the
composition rod equals:
3
(1) 
2
(3)
28.
5

3
27.
5
(2) 
2
(1)
3

2
(2)
(4) none of these
(3)
5

3
(4) 
28.
One cannot see through fog, because :(1) Fog absorbs the light
:
(2) Light suffers total reflection at droplets
(2)  
(3) Refractive index of the fog is infinity
(3)  
(4)  
There is a uniform field E in X-direction. If the work
done on moving a charge 0.2 C through a distance
of 2 m along a line making an angle 60° with the
X-axis is 4.0J, what is the value of E
(1)
3 N/C
(4) 20 N/C
n
B
E, X-
0.2 C 

X-
60°  

2 
4.0 
E 

(1)
3 N/C
(2) 4 N/C
(3) 5 N/C
A current carrying loop is placed in a uniform
magnetic field in four different orientations, I, II,
III & IV. Arrange them in the decreasing order
of potential energy :-
I.
29.
(2) 4 N/C
(3) 5 N/C
30.
5

2
(1)  
(4) Light is scattered by the droplets
29.
L 2L 

 2 
3L 


II.
B
30.
(4) 20 N/C
 
I, II, III 
IV 

:
I.
n
B
II.
B
n
n
n
n
III.
B
n
III.
IV.
B
B
IV.
B
n
(1) I > III > II > IV
(1) I > III > II > IV
(2) I > II > III > IV
(2) I > II > III > IV
(3) I > IV > II > III
(3) I > IV > II > III
(4) III > IV > I > II
(4) III > IV > I > II
Use stop, look and go method in reading the question
H-6/35
1001CM302215016
Pre-Medical : Enthusiast Course/Phase-II/27-01-2016
31.
A particle of mass m is moving in a horizontal
circle of radius r under centripetal force equal to

 2 , where K is a constant. The total energy of
r
the particle is :-




(2)
(3) 
(4)  2
2
2r
2r
2r
r
Heat is flowing through two cylindrical rods of
same material. The diameters of the rods are in
the ratio 1 : 2 and their lengths are in the ratio
2 : 1. If the temperature difference between their
ends is same, then the ratio of amounts of heat
conducted through them per unit time will be :
(1) 1 : 1
(2) 2 : 1
(3) 1 : 4
(4) 1 : 8
The angular fringe width does not depend upon :(1) Wavelength ()
(2) Distance between slits (d)
(3) Distance between slits and screen (D)
(4) Ratio /d
31.
(1) 
32
33.
34.
35.
The electric potential V is given as a function of
distance x (metre) by V = (5x2 + 10x –9) volt. Value
of electric field at x = 1m is
(1) –20 V/m
(2) 6 V/m
(3) 11 V/m
(4) –23 V/m
Same current i = 2A is flowing in a wire frame as
shown in figure. The frame is a combination of two
equilateral triangles ACD and CDE of side 1m. It
is placed in uniform magnetic field B = 4T acting
perpendicular to the plane of frame. The magnitude
of magnetic force acting on the frame is :-
(1) 
32
33.
36.
1001CM302215016
(2)

2r
(3) 

2r
(4) 

r2
  
  
1 :
2  
2 : 1 

,    

  
:
(2) 2 : 1
(3) 1 : 4
(4) 1 : 8

:
()
(d)

 
(D)
/d
  (x)
    

V = (5x2 + 10x –9) 
x=1
      
(1)
(2)
(3)
(4)
34.
35.
(1) –20 V/m
(2) 6 V/m
(3) 11 V/m
(4) –23 V/m
i = 2A 

ACD 
CDE 


1m 

B = 4T 

:A
× ×
× ×
×
×
D
C
×
×
× ×
× ×
× × × E× × ×
×
×
×
×
×
(1) 24 N
(2) Zero
(3) 16 N
(4) 8 N
A mass of 2.9 kg is suspended from a string of
length 50 cm and is at rest. Another body of mass
100 gm which is moving horizontally with a
velocity of 150 m/sec strikes it. After striking the
two bodies combine together. The tension in the
string, when it makes an angle of 60º with the
vertical, is :(1) 135.3 N
(2) 165.5 N
(3) 142.4 N
(4) 90 N

2r 2
(1) 1 : 1
A
× ×
× ×
×
×
D
C
×
×
× ×
× ×
× × × E× × ×
m 
r 

 2 

r

K 

:-
36.
×
×
×
×
×
(1) 24 N
(2)  (3) 16 N
(4) 8 N
2.9 kg 
50 cm 

100 gm 

150 m/sec 


60º 
:(1) 135.3 N
(2) 165.5 N
(3) 142.4 N
(4) 90 N
H-7/35
Target : Pre-Medical 2016/Major/27-01-2016
37
38.
A simple pendulum is executing simple harmonic
motion with a time period T. If the length of the
pendulum is increased by 21%, the increases in the
time period of the pendulum of increased length is:(1) 10%
(2) 21%
(3) 30%
(4) 50%
When an unpolarised light of intensity I0 is incident
on a polarising sheet, the intensity of the light which
does not get transmitted is :(1)
39.
40.
I0
2
37.
38.
I0
4
(2)
–
e
41.
×
×
×
×
×
×
(1)
m
L cos 
M
(2)
m
L
Mm
(4)
Mm
mL cos 
mL cos 
mM

I0  


:-
39.
I0
2
40.
(4) I0
(1) 365 nm
(2) 656 nm
(3) 912 nm
(4) 725 nm
u 
x-

y = 0 
B   B0 kˆ

y-

y-
 
:
–
41.
u
×
×
×
×
×
×
y
×
×
×
×
×
×
×
×
×
×
×
×
×
×
×
×
×
×
×
×
×
×
×
×
(1)  > u, y < 0
(2)  = u, y > 0
(3)  > u, y > 0
(4)  = u, y < 0
M 
Q 

m 
P 
P  


L 
Q 

:(1)
m
L cos 
M
(2)
m
L
Mm
(3)

I0
4
(2)

:
P
Q
A
(4) 50%
e
C
M
(3) 30%
×
×
×
×
×
×
(1)  > u, y < 0
(2)  = u, y > 0
(3)  > u, y > 0
(4)  = u, y < 0
A block Q of mass M is placed on a horizontal
frictionless surface AB and a body P of mass m
is released on its frictionless slope. As P slides by
a length L on this slope of inclination , the block
Q would slide by a distance :-
(3)
H-8/35
u
×
×
×
×
×
×
(2) 21%
(3) 
of y-axis. The electron exits from the region after
some time with the speed  at co-ordinate y, then :y
×
×
×
×
×
×
(1) 10%
(1)
(3) Zero
(4) I0
The wavelength of the least energetic photon in
the Balmer spectrum of hydrogen atom is :(1) 365 nm
(2) 656 nm
(3) 912 nm
(4) 725 nm
An electron moving with a speed u along the
positive x-axis at y = 0 enters a region of uniform

magnetic field B   B0 kˆ which exists to the right
×
×
×
×
×
×
 T
21%

:
B
(4)
Mm
mL cos 
C
M
P
Q
A

B
mL cos 
mM
1001CM302215016
Pre-Medical : Enthusiast Course/Phase-II/27-01-2016
42.
43.
A cyclic process ABCA is shown in PT diagram.
When presented on PV, it would
45.
PV 
ABCA PT 

(1)
(2)
(1)
(2)
(3)
(4)
(3)
(4)
In young's double-slit experiment one of the slits
is wider than other, so that amplitude of the light
from one slit is double of that from other slit. If
I m be the maximum intensity, the resultant
intensity when they interfere at phase difference
 is given by :-
Im
(4  5cos )
(1)
9
44.
42.
43.
I

(2) m (1  2cos 2 )
3
2
Im

Im

(1  4cos 2 )
(1  8cos 2 )
(3)
(4)
5
2
9
2
Point charges +4q, –q and +4q are kept on the
x-axis at point x = 0, x = a and x = 2a respectively,
then
(1) Only q is in stable equilibrium
(2) None of the charges are in equilibrium
(3) All the charge are in unstable equilibrium
(4) All the charges are in stable equilibrium
Two particles A and B of masses mA and mB
respectively and having the same charge are
moving in a plane. A uniform magnetic field exists
perpendicular to this plane. The speeds of the
particles are A and  B respectively, and the
trajectories are as shown in the figure. Then :-
44.
45.



Im 
 :
(1)
Im
(4  5cos )
9
(2)
Im

(1  2cos 2 )
3
2
(3)
Im

(1  4cos 2 )
5
2
(4)
Im

(1  8cos 2 )
9
2
+4q, –q  +4q x-  
 
x = 0, x = a  x = 2a    
(1)  –q   
(2)       
(3)      
(4)      
mA  mB 
A B, 
       
  

A B 

:A
A
B
B
(1) mAA < mBB
(1) mAA < mBB
(2) mAA > mBB
(2) mAA > mBB
(3) mA < mB and A < B
(3) mA < mB A < B
(4) mA = mB and A = B
(4) mA = mB A = B
1001CM302215016
H-9/35
Target : Pre-Medical 2016/Major/27-01-2016
46.
47.
40 milligram diatomic volatile substance (X2) is
converted to vapour that displaced 4.92 mL of air
at 1 atm and 300 K. Atomic weight of element
X is nearly :(1) 400
(2) 240
(3) 200
(4) 100
Which graph represents correct order for boiling
point of :(1) Ethane
(2) Ethyl alcohol
(3) Acetic Acid
(1)
B.P.
(2)
1
(3)
50.
51.
A
Br2
3h
(3) zero


:(2) 
(1) 
(3) 
(3)
1
2
3
49.
(2)
6h
(4)
2
1
2
3
1
2
3
B.P.
3
:
A
Br2
(2) Na2 [Cd I4]
(4) 
CH2
KMnO4
B

A B 
:o-
p-
m-

(hcp) 

:
(1)
(2)
(3)
(4)
50.
51.
(1) 8
(2) 12
(3) 6
(4) 4
3p 
:(1)
h
2
Which statement is wrong :(1) Marshell acid has no S–S bond
(2) Cairo acid has one S–OH bond
(3)  :  ratio is less for cairo acid than marshell acid
(4) Both cairo & marshell acid are dibasic in nature.
2
(1) K3[Fe(CN)6]
(3) Na2[Cu Cl4]
CH
B
B.P.
3
(4)
1
48.
2
B.P.
CH2
KMnO4
(2)
1
B.P.
3
B.P.
3
Compound A and B respectively are :(1) o-bromo styrene, benzoic acid
(2) p-bromo styrene, benzaldehyde
(3) m-bromo styrene, benzaldehyde
(4) styrene dibromide, benzoic acid
The coordination number of each sphere in (hcp)
arrangement is :(1) 8
(2) 12
(3) 6
(4) 4
The orbital angular momentum of 3p electron is:(1)
52.
2
Which compound is not coloured :(1) K3[Fe(CN)6]
(2) Na2 [Cd I4]
(3) Na2[Cu Cl4]
(4) None of these
CH
49.
2
47.
(1)
1
(4)
 
(X2) 40   
1 
300 K  4.92  
?

X
(1) 400
(2) 240
(3) 200
(4) 100
B.P.
3
B.P.
1
48.
2
46.
3h
(3) 
52.
(2)
6h
(4)
2
h
2

:S–S 
(1) 
(2) 
S–OH 
(3)  :  
(4) 
Take it Easy and Make it Easy
H-10/35
1001CM302215016
Pre-Medical : Enthusiast Course/Phase-II/27-01-2016
53.
The number of isomers possible for square planer
complex K2[PdClBr2(SCN)] is/are :(1) 2
(2) 3
(3) 4
(4) 6
53.

K2[PdClBr2(SCN)] 

:(1) 2
(3) 4
O
NH
C
O
CH3
NH
Br2 H/H2O NaNO2+HCl H2O
A
B
C
D
H2O
54.
C
CH3
Br2 H/H2O NaNO2+HCl H2 O
A
B
C
D
H2O
54.
CH3
CH3

D 
?
Product D is ?
NH2
NHCOCH3
Br
(1)
(2)
(1)
OH
(3)
CH3
CH3
OH
N2Cl
(3)
CH3
55.
Schottky defects occur mainly in ionic compounds
where :(1) positive and negative ions are of different
size
(2) positive and negative ions are of same
size
(3) positive ions are small and negative ions are
big
(4) positive ions are big and negative ions are
small
56.
Consider the equation Z =
PV
. Which of the
RT
following statements is correct ?
(1) When Z > 1, real gases are easier to compress
than the ideal gas
(2) When Z = 1, real gases get compressed easily
(3) When Z > 1, real gases are difficult to compress
(4) When Z >> 1, real gases are very easy to
compress
Aquaregia reacts with platinum to yield :(2) H2PtCl6
(1) Pt(NO3)4
(3) PtCl4
(4) PtCl2
Br
Br
(4)
1001CM302215016
(2)
Br
Br
Br
CH3
CH3
N2Cl
NH2
NHCOCH3
Br
Br
CH3
57.
(2) 3
(4) 6
(4)
CH3
CH3
55.
     

:(1) 

(2) 

(3) 

(4) 

56.
Z =
PV

:
RT
(1)  Z > 1, 
57.
 
(2)  Z = 1, 

(3)  Z > 1, 
(4)  Z >> 1, 

Pt 
:(1) Pt(NO3)4
(3) PtCl4
(2) H2PtCl6
(4) PtCl2
H-11/35
Target : Pre-Medical 2016/Major/27-01-2016
58.
59.
The number of oxygen atoms bonded to one
P-atom in P4O6 is :(1) 4
(2) 3
(3) 2
(4) 1
Which is more reactive for nucleophilic
substitution reaction :-
58.
P4O6 
P-

:(1) 4
(3) 2
59.
(2) 3
(4) 1


:-
X
X
(2)
(1)
X
X
(2)
(1)
NO2
X
X
X
O2N
(3)
61.
62.
63.
O2N
(3)
NO2
A solute forms a pentamer when dissolved in a solvent.
The van't Hoff factor 'i' for the solute will be :(1) 0.2
(2) 0.8
(3) 0.5
(4) 0.6
The enthalpy change for the reaction,
C2H6(g)  2C(g) + 6H(g) is X kJ. The bond
energy of C–H bond is :(1)
X
2
(2)
(3)
X
6
(4) data insufficient
C
CH
B2H6
H2O2,OH
X
60.
CH3NH2
Y
H2,Ni
NO2


(1) 0.2
(3) 0.5
61.
62.
63.
(2) 0.8
(4) 0.6

C2H6(g)  2C(g) + 6H(g)  

X 
C–H  
:-
(1)
X
2
(2)
(3)
X
6
(4) 
X
3

:
(1) 
(2) 
(3) 
(4) 

:(1) Cl–
(3) Br–
64.
(2) I–
(4) F–
C
CH
B2H6
H2O2,OH
X
CH3NH2
Y
H2,Ni

(Y) 
:-
The final product (Y) is :H
H
N
(1) Ph
N
(2) Ph
N
(1) Ph
H
N
(2) Ph
H
N
(3) Ph
N
NO2
(4)
OCH3
X
3
Smelting of iron in blast furnace not
involves :(1) Reduction
(2) Fusion
(3) Decomposition
(4) Sublimation
Which one is most basic :(2) I–
(1) Cl–
(3) Br–
(4) F–
64.
X
NO2
(4)
OCH3
60.
NO2
(4) Ph
N
(3) Ph
N
(4) Ph
      
H-12/35
1001CM302215016
Pre-Medical : Enthusiast Course/Phase-II/27-01-2016
65.
66.
67.
68.
Which statement about the composition of vapour
over an ideal 1 : 1 molar mixture of benzene and
toluene is correct ? Assume the temperature is
constant at 25°C.
Vapour pressure data (25°C) :
Benzene
75 mm Hg
Toluene
22 mm Hg
(1) The vapour will contain higher percentage of
benzene
(2) The vapour will contain higher percentage of
toluene
(3) The vapour will contain equal amount of
benzene and toluene
(4) Not enough information is given to make a
prediction
Which of the following conditions regarding a
chemical process ensures its spontaneity at all
temperature ?
(1) H > 0, G > 0
(2) H < 0, S > 0
(3) H < 0, S < 0
(4) H > 0, S < 0
Which halide has highest melting point :(1) NaCl
(2) NaBr
(3) NaF
(4) NaI
Which of the following compounds can be
optically active?
HC
Cl
H
1. H3C
3
H
3.
C
70.
(3)  
(4)        

66.
67.

?
 
(1) H > 0, G > 0
(2) H < 0, S > 0
(3) H < 0, S < 0
(4) H > 0, S < 0

:(1) NaCl
(3) NaF
68.
 
HC
Cl
H
1. H3C
3
69.
C
C
CH 3
(1) 1 3
(2) 1 2
(3) 2 3
(4) 1, 2 3

O
O
H
(2) H
C
(1)
H
O
(4)
C
O
H
(2) H
(3)
temperature is given by the equation k  Ae  Ea / RT .
Under what conditions is the rate constant k the
smallest ?
(1) High T and large Ea (2) High T and small Ea
(3) Low T and large Ea (4) Low T and small Ea
70.
C
C
H
O
O
H
CH3
H
2.
H
C
H 3C
The dependence of the rate constant for a reaction on
1001CM302215016
(2) NaBr
(4) NaI
H
O
C
22 mm Hg
3.
O
(3)
C6H5CH3

C
Select correct answer using the codes given :
(1) 1 and 3
(2) 1 and 2
(3) 2 and 3
(4) 1, 2 and 3
Which of the following will give aldol condensation?
C
75 mm Hg
  
(2)  C
6 H 5 CH 3
CH3
(1)
C6H6
(1) 
C6H6  
CH3
H
2.

1 : 1 
C6H6 
C6H5CH3 

25°C 

 
(25°C) :
H
C
H 3C
69.
65.
(4)
H
     
k  Ae  Ea / RT
        

(1) T 
Ea (2) T 
Ea
(3)  T 
Ea (4)  T 
Ea
H-13/35
Target : Pre-Medical 2016/Major/27-01-2016
71.
72.
73.
When heated, ammonium carbamate decomposes
as follows :
NH4COONH2(s)  2NH3(g) + CO2(g)
At a certain temperature, the equilibrium pressure
of the system is 0.318 atm. Kp for the reaction is:
(1) 0.128
(2) 0.426
–3
(3) 4.76 × 10
(4) None of these
Which salt not causes hardness in water :(2) CaCl2
(1) Mg(HCO3)2
(3) MgSO4
(4) MgCO3
H 3C
CH
Peroxide
CH2 + HCl
71.
72.
73.
Product,
the intermediate of reaction is :(1) CH3
CH
(2) CH3
CH3
CH 2


74.
CH2
(3) CH3 CH CH3
(4) CH3 CH2 CH2
The product formed in the reaction is :-
74.

:
NH4COONH2(s)  2NH3(g) + CO2(g)

0.318 

Kp 
:
(1) 0.128
(2) 0.426
(3) 4.76 × 10–3
(4) 
:
(1) Mg(HCO3)2
(2) CaCl2
(3) MgSO4
(4) MgCO3

,
:
H 3C
CH
CH2 + HCl
(1) CH3
CH
(3) CH3
CH

C
OCH3
C
(2) OH
NaBH4
C
O
O
CH2
(1) OH
CH3
75.
76.
77.
C
O
CH2
(3) O
OH
NaBH4
CH2
CH3
OH
OH
O
OCH3
The activation energy of a certain reaction is
87 kJ mol–1. What is the ratio of the rate constants
for this reaction when the temperature is decreased
from 37°C to 15°C ?
(1) 5/1
(2) 8.3/1
(3) 13/1
(4) 24/1
The enthalpy of neutralisation of four acids HA,
HB, HC and HD with NaOH are –13, –12, –11,
–10 kcal/mol. Which salt has maximum degree
of hydrolysis ?
(1) 1M NaA
(2) 1M NaB
(3) 1M NaC
(4) 1M NaD
Borax is prepared by treating colmenite
with :(2) NaCl
(1) NaNO3
(3) Na2CO3
(4) NaHCO3
H-14/35
OCH3
C
(2) OH
OH
O
(4)

CH3
O
CH2
(3) O
CH 2
O
O
(1) OH
CH2
(4) CH3 CH2 CH2
:
O
O
(2) CH3
CH3
(4)
75.
C
OCH3
87 kJ mol–1

37°C 
15°C  


(1) 5/1
(3) 13/1
76.
77.
(2) 8.3/1
(4) 24/1
HA, HB, HC 
HD NaOH 

 

–13,
–12, –11 
–10       
?

(1) 1M NaA
(2) 1M NaB
(3) 1M NaC
(4) 1M NaD

:(1) NaNO3
(3) Na2CO3
(2) NaCl
(4) NaHCO3
1001CM302215016
Pre-Medical : Enthusiast Course/Phase-II/27-01-2016
OH
O
78.
Hg–O–C–CH3 2, H2O
NaBH4
X
X is :-
78.
(2)
(1)
(2)
(3)
(4) 1 & 2 both
(3)
(4) 1 
2 
O
79.
79.
OH
81.
82.
83.
X :-
Hg–O–C–CH3 2, H2O
NaBH4
X
(1)
O
80.
OH
O
OH
Above conversion can be achieved by :
(1) NH2-NH2/OH
(2) Zn/Hg + Conc. HCl
(3) LiAlH4
(4) NaBH4
An eletrolytic cell contains a solution of Ag2SO4
and has platinum electrodes. A current is passed
until 1.6 g of O2 has been liberated at anode. The
amount of silver deposited at cathode will be :(1) 108 g
(2) 1.6 g
(3) 0.8 g
(4) 21.60 g
For the redox reaction,
+
2+
+ CO2 + H2O
MnO4– + C2O2–
4 + H  Mn
the correct coefficients of the reactants for the
+
balanced reaction are respectively MnO4–, C2O–2
4 ,H
(1) 2, 5, 16
(2) 16, 3, 12
(3) 15, 16, 12
(4) 2, 16, 5
Which one is more stable :(1) Pb+4
(2) Ge+2
+4
(3) Sn
(4) Ge+4
Which of the following alkenes will fallow
Markownikoff rule ?
(1) F 3C
CH
CH2
(2) Cl3C
CH
CH2
(3) O2N
CH
CH2
CH 3
(4)
C
CH3
1001CM302215016
CH 2
OH
OH
:
(1)
(2)
(3)
(4)
80.

NH2-NH2/OH
Zn/Hg + 
HCl
LiAlH4
NaBH4
Ag2SO4 

Pt 
1.6 g O2 
 Ag 
(1) 108 g
(3) 0.8 g
81.
(2) 1.6 g
(4) 21.60 g

+
2+
MnO4– + C2O2–
+ CO2 + H2O
4 + H  Mn
–
–2
+
MnO4, C2O4 , H 

(1) 2, 5, 16
(3) 15, 16, 12
82.
83.
(2) 16, 3, 12
(4) 2, 16, 5

:+4
(1) Pb
(2) Ge+2
+4
(3) Sn
(4) Ge+4
 

?
HCl
(1) F 3C
CH
CH2
HCl
(2) Cl3C
CH
CH2
HBr
(3) O2N
CH
CH2
HBr
CH 3
(4)
C
CH 2
HCl
HCl
HBr
HBr
CH3
H-15/35
Target : Pre-Medical 2016/Major/27-01-2016
84.
85.
Biuret test is used for the detection of :(1) Sugar
(2) Proteins
(3) fats
(4) starch
In the process of electroplating, 'm' g of silver is
deposited when 4 ampere of current flows 2 minutes.
The amount (in g) of silver deposited by 6 ampere
of current flowing for 40 seconds will be :(1) 4m
86.
87.
m
2
(2)
(3)
4m
3

:(2) 
(4) 

'm' g Ag 
4A 

2 
6A 
40 
Ag 

(1) 
(3) 
85.
(4) 3m
Choose incorrect statement :(1) 1st ionisation potential Mg < S < P < F
(2) Atomic radii
Cl < Mg < P < Ca
(3) Basic nature Al2O3 < MgO < Na2O < K2O
(4) Acidic nature
NH3 < PH3 < AsH3
Dry bleaching is done by :(2) SO2
(1) Cl2
(3) O3
(4) H2O2
H
84.
(1) 4m
86.
m
2
(2)
(3)
4m
3

:1st  
Mg < S < P < F
Cl < Mg < P < Ca

 Al2O3 < MgO < Na2O < K2O

NH3 < PH3 < AsH3
:
(1)
(2)
(3)
(4)
87.
(2) SO2
(4) H2O2
(1) Cl2
(3) O3
H
O
N
O
N
Br2 + Fe
88.
H
Z; Identify Z :-
H
O
(1)
H
O
H
Br
Br
H
O
N
N
O
N
(2)
Br
O
H
O
(1)
Br
Z; Z :-
N
(2)
H
Br2 + Fe
88.
N
N
H
O
O
N
N
Br
(3)
Br
(4)
(3)
Br
89.
90.
(4) 3m
(4)
Br
Terelene is a condensation polymer of ethylene
glycol and :(1) Benzoic acid
(2) Phthalic acid
(3) Salicylic acid
(4) Terephthalic acid
The extent of adsorption of a gas on a solid
depends on :(1) nature of the gas
(2) pressure of the gas
(3) temperature of the gas
(4) all are correct
89.
90.

:
(1) 
(2) 
(3) 
(4) 


:(1) 
(2)  
(3) 
(4) 
        
H-16/35
1001CM302215016
Pre-Medical : Enthusiast Course/Phase-II/27-01-2016
91.
92.
Read the following term carefully :Pyrenoids, Algin, Carrageen, mannitol, Starch,
Polysiphonia, Dictyota, Fucus, Pear shaped
Zoospore, Oogamous, Volvox, Chlorophyll 'd',
Fucoxanthin, ribbon shaped chloroplast, holdfast
How many terms are related with brown algae ?
(1) 10
(2) 12
(3) 9
(4) 8
In the given figures of arthropods, which is/are
an examples of gregarious pest :-
91.

:   


  
 

 'd',


(1) 10
92.
(2) 12
(3) 9


(a)
(a)
(b)
(c)
93.
(b)
(c)
(d)
Options
(1) Only a
(2) a and d
(3) c and d
(4) a and b
Given below is the diagrammatic view of cell
cycle indicating formation of two cells from one
cell, with its part labelled from A to E.
 
(1) a
d
(3) c 
93.
(2) a 
d
(4) a 
b



A E 
C
E
G0
G0
B
D
G2
e
as
Ph
e
as
Ph
M
M
G2
A
A
D
Find out the wrong statement
(1) In animal cell during "C" DNA replication
begins in the nucleus and the centeriole
duplication is also in the nucleus.
(2) During "A" centriole move toward opposite
pole of the cell
(3) During "D" nuclear envelope assembles
around the chromosome clusters
(4) In animal "B" is achieved by the appearance
of the furrow in the plasma membrane
1001CM302215016
(d)
C
E
B
(4) 8
 
(1) 
"C" 
DNA 


(2) "A" 

(3) "D" 

(4) 
"B" 

H-17/35
Target : Pre-Medical 2016/Major/27-01-2016
DNA is chemically and structurally more stable
as compared to RNA due to :(a) Presence of thymine in place of uracil
(b) Deoxyribose sugar
(c) Double-stranded nature
Options:(1) a only
(2) b only
(3) a and b only
(4) a, b and c
95. To evolve pureline in animals which breeding
method is required ?
(1) Cross-breeding
(2) In-breeding
(3) Out-Crossing
(4) Interspecific hybridisation
96. Flower that contain all four whorls called as :(1) Complete flower
(2) Incomplete flower
(3) Bisexual flower
(4) Sterile
97. How are RFLPs detected :(1) By amplifying the DNA using PCR
(2) By doing standard mendelian cross
(3) By observing DNA of different lengths on a
Nitrocellulose membrane.
(4) By obserbing the chromosome under microscope
98. pBR322 is the first cloning vector constructed in
1977 by Boliver & Rodriguez. For how many
restriction enzymes it posses recognition sites ?
(1) 8
(2) 12
(3) 16
(4) 6
99. What is not true about tropics ?
(1) More constant and predictable environment
(2) More solar energy available
(3) Had a long evolutionary time
(4) Less seasonal variation not promote niche
specialization
100. How many statements are correct ?
(a) Pelvic girdle consists of 2 coxal bone.
(b) Clavicle articulates with acromian process.
(c) Scapula is present between 2nd and 8th ribs.
(d) patella covers the knee dorsally (knee cap).
(e) Decreased Oestrogen is responsible for
osteoporosis.
(1) 3
(2) 4
(3) 2
(4) 5
101. Panthera leo, Panthera pardus and Panthera
tigris represent :(1) They are member of same species
(2) They are species of different genus
(3) They are different species of same genus
(4) Panthera is a name of species while leo,
pardus and tigris represent variety
94.
H-18/35
94.
95.
96.
97.
98.
RNA 
DNA 
 
:(a)   
(b) 
(c) 
:(1) a 
(2) b 
(3) a  b 
(4) a, b  c


(1) 
(2) 
(3) 
(4) 

:(1) 
(2) 
(3) 
(4) 
RFLPs 
(1) PCR 
DNA 
(2) 
(3) Nitrocellulose
DNA 
  
(4) 
pBR322 
1977 

 
(1) 8
(2) 12
(3) 16
(4) 6

(1) 
(2) 
(3) 
(4) 


100. 
?
(a) 
2 
(b) 
(c) 
(d) 
(e) 
99.
(1) 3
(2) 4
(3) 2
(4) 5
101. Panthera leo, Panthera pardus  Panthera tigris

:(1)  
(2)  
(3) 
(4) Panthera 
leo, pardus 
tigris 
1001CM302215016
Pre-Medical : Enthusiast Course/Phase-II/27-01-2016
102. Which of the following animal possess poison
sting :(1) Bufo
(2) Trygon
(3) Chameleon
(4) Hemidactylus
103. In human beings the membrane of the erythrocytes
has approximately..........percent protein
and...............percent lipids respectively
(1) 40, 52
(2) 32, 40
(3) 52, 40
(4) 62, 32
102. 
104. Find out the correct match from the following
table
104. 

Column I
(i)
Column II
Column III
Polysaccharide Acid Insoluble Bio macro
fraction
molecule
(ii) Lipid
Acid soluble
fraction
Biomacro
molecule
(iii) Protein
Acid insoluble Biomicro
pool
molecule
(1) (i) only
(2) (i) and (ii)
(3) (iii) only
(4) (ii) and (iii)
105. Consider the following four statements (a-d) and select
the option which includes all the correct ones only.
(a) Cross-breeding allows the desirable qualities
of two different breeds to be combined.
(b) Honey is the food of high nutritive value and
is used in the preparation of cosmetics and
polishes of various kinds.
(c) Pisciculture is an industry devoted to the
catching processing or selling of fish, shellfish
or other aquatic animals.
(d) Inbreeding helps in accumulation of superior
genes.
Options :
(1) Statement (b), (c) and (d)
(2) Statement (a) and (d)
(3) Statement (c) and (d)
(4) Statement (a), (c) and (d)
106. Which one of the following act as organs of
perennation to tide over condition unfavourable
for growth ?
(1) Under ground stem of potato
(2) Under ground stem of turmeric
(3) Under ground stem of zaminkand
(4) All of the above
1001CM302215016
(1)

(2)

(3)

(4)

103.      
 

(1) 40, 52
(3) 52, 40
I
(i)
(2) 32, 40
(4) 62, 32
II
III
  
 
(ii) 
(iii) 
 


 

(1) (i) 
(2) (i)  (ii)
(3) (iii) 
(4) (ii)  (iii)
(a-d)
105. 

:(a) 

(b) 


(c)        


(d) 

 
(1) (b), (c) 
(d)
(2) (a) 
(d)
(d)
(3) (c) 
(4) (a), (c) 
(d)
106. 
 
(1) 
(2)  
(3) 
(4) 
H-19/35
Target : Pre-Medical 2016/Major/27-01-2016
107. When lactose is present :(1) The repressor is able to bind to the operator
(2) The repressor is unable to bind to the operator
(3) Transcription of lac y, lac z and lac A genes
occurs
(4) Both (2) and (3) are correct
108. Biogas is the mixture of gases produced by the
microbial activity. The type of gas produced
depends upon :(1) Type of microbes
(2) Type of organic substrate/waste
(3) Size of digester
(4) (1) & (2) both
109. Choose the correct match.
(a) Co-evolution – Endoparasite & host
(b) Mutualism – Relation of plants and BGA
(c) Sexual deceit – Shown by opuntia plant
(d) Connell's elegant field experiment – Competition
Options :(1) Only a & b
(2) Only b & c
(3) Only c & d
(4) a, b & d
110. Which of the following pair of essential elements
are reversibly oxidised during redox reactions or
electron transfer ?
(1) Manganese and boron
(2) Calcium and Potassium
(3) Copper and Iron
(4) Magnesium and Sulphur
107.  
(1) (repressor) 
(2) (repressor) 
111. Choose the correct statement :-
111.
(1) Bacterial flagella are made up of Basal body
hook and filament
(2) Single protective unit of bacteria is made up
of only cell wall
(3) Pili are longer than flagella
(4) A plasmid always attached with genophore
112. Which of the following character is common for
Columba,
Calotes,
Macropus
and
Ornithorhynchus :-
108.
109.
110.

(3) lac y, lac z  lac A 
(4) (2)  (3) 



(1) 
(2) 
(3) Digester 
(4) (1)  (2) 

(a) 
– 
(b) 
– BGA 
(c) 
– 
(d) 
– 
:(1) a b
(2) b c
(4) a, b d
(3) c d



(1) 
(2) 
(3) 
(4) 

:(1)  

(2) 

(3) 
(4) 


112. 

 
:(1) 
(1) Homoiothermous
(2) 
(2) Oviparous
(3) 
(3) Oil gland at the base of tail
(4) Development is direct
(4) 
  
H-20/35
1001CM302215016
Pre-Medical : Enthusiast Course/Phase-II/27-01-2016
113. Which stage of mitosis is marked by alignment
of chromosomes at the equatorial plate ?
(1) Prophase
(2) Metaphase
(3) Anaphase
(4) Telophase
114. Upper one third of oesophagus contains :(1) Striped muscle layer
(2) Skeletal muscle layer
(3) Unstriated/Smooth muscle layer
(4) Both (1) and (2)
115. The figure below show four stage (a, b, c, d) of
human development. Select the option giving
correct identification together with site of
occurance ?
113.       

(1) 
(2) 
(3) 
(4) 
114. 
:(1) 
(2) 
(3) 
/
(4) 
(1) 
(2)
115. 
(a, b, c, d) 


?
(a)
(b)
(a)
(b)
(c)
(d)
(c)
(d)
Figure
Developmental
stage
Site of
occurrence




(1)
(a)
Fertilised egg
Isthmus part of
fallopian tube
(1)
(a)
 

(2)
(b)
Zygote
End part of
fallopian tube
(2)
(b)


(3)
(c)


(4)
(d)
 
(3)
(c)
Morula
Starting point of
Fallopian tube
(4)
(d)
Blastocyst
Uterine cavity
116. Cell of tapetum possess :(1) Light cytoplasm, single nucleus
(2) Light cytoplasm, many nucleus
(3) Dense cytoplasm, many nucleus
(4) Dense cytoplasm, single nucleus
1001CM302215016
116. 
:(1)  
(2) 
(3) 
(4)  
H-21/35
Target : Pre-Medical 2016/Major/27-01-2016
117. Which of the following crosses and resultant
phenotypic ratios are mismatches :-
(1)
(2)
(3)
(4)
Cross
Phenotypic ratio
Tt × Tt
3:1
tt × Tt
2:1
TtYy × ttyy
1:1:1:1
TtYy × TtYy
9:3:3:1
118. Injections of toxoid as vaccine is given to prevent:(1) Diphtheria
(2) Small pox
(3) Chicken pox
(4) Chronic headache
119. Match the following.
Column-I
Type of interactions
(a)
(b)
Proto Co-operation
Commensalism
Column-II
Organism
117. 
 
(1)
(2)
(3)
(4)
Cross
Phenotypic ratio
Tt × Tt
3:1
tt × Tt
2:1
TtYy × ttyy
1:1:1:1
TtYy × TtYy
9:3:3:1
118. 
 
(1) 
(2) 
(3) 
(4) 
119. 

-I

(i) Penicillium &
Staphyllococcus
(a) 
(ii) Sea anemone and
clawn fish
(b) 

-II

(i) 

(ii) 

(c)
Amensalism
(iii) Cuckoo and crow
(c) 
(iii) 
(d)
Parasitism
(iv) Hermit crab and
sea anemone
(d) 
(iv) 

Options :(1) a-ii
b-i
c-iv
d-iii
(2) a-iii b-ii
c-iv
d-i
(3) a-iv
b-ii
c-i
d-iii
(4) a-i
b-ii
c-iii
d-iv
120. Which statement is not true for vernalisation ?
(1) It affects quantity and quality of flowering
(2) It promotes flowering through a period of low
temperature
(3) It prevents precocious reproductive
development
(4) Spring varieties of wheat require vernalisation
121. Choose the incorrect statement regarding
basidiomycetes :(1) Asexual reproduction with the help of
fragmentation.
(2) Rust, smut and mushroom are related with this
group.
(3) Karyogamy and meiosis take place in the
basidium
(4) Commonly known forms are Agaricus,
Aspergillus and Alternaria.
H-22/35
:(1)
(2)
(3)
(4)
a-ii
a-iii
a-iv
a-i
b-i
b-ii
b-ii
b-ii
c-iv
c-iv
c-i
c-iii
d-iii
d-i
d-iii
d-iv
120. 
(1) 
(2) 

(3) 
(4) 

121. 
 
 :(1)  
(2)  
(3)  

   
(4)   


1001CM302215016
Pre-Medical : Enthusiast Course/Phase-II/27-01-2016
122. The quiescent centre concept was proposed
by :(1) Schmidt
(2) Nageli
(3) Derman
(4) Clowes
123. Materials to be packaged in the form of vesicles
from the ER fuse with the which face of the golgi
apparatus :(1) Trans face
(2) Convex face
(3) Maturing face
(4) Vesicle fuse with lysosome
124. Which of the following shows correct pairing for
salivary glands in man :(1) Parotid Wharton's duct; Submaxillary duct
of Stensen; Sublingual duct of Rivinus
(Quiescent centre) 
122. 
:(2) 
(1) 
(3) 
(4) 
123.    
:  
(1) 
(2) 
(3) 
(4)  
124. 
:(1) 
 
 
 

(2) Parotid duct of Rivinus; Submaxillary duct
of Stensen; Sublingual Wharton's duct
(2) 

; 

 

(3) Parotid duct of Rivinus; Submaxillary 
Wharton's duct; Sublingual duct of Stensen
(3) 
 
; 
 
;  

(4) Parotid duct of Stensen; Submaxillary 
Wharton's duct; Sublingual duct of Rivinus
(4) 
 
; 
 

;  
125. Which one of the following is not the function of
placenta ? It :(1) Facilitates removal of CO2 and waste material
from embryo
(2) Secrete oxytocin during parturition
(3) Secrete estrogen & progesterone
(4) Faciliates supply of oxygen and nutrients to
embryo
126. Read the following statements–
(A) Majority of plants use biotic agent for
pollination
(B) In water lily, pollination takes place by water
(C) In papaya plant ovary have many ovule
How many statement is/are correct :(1) A & B
(2) A & C
(3) B & C
(4) A, B & C
127. Mendelian principles are :(1) Linkage segregation and independent
assortment
(2) Dominance, segregation and linkage
(3) Dominance, segregation and independent
assortment
(4) Dominance, independent assortment linkage
125. 
:-
(1) 
CO2 

(2) 
(3)  
(4) 
 
126. 
(A) 
 
(B) 
(C) 
:
(1) A 
B
(2) A 
C
(3) B 
C
(4) A, B 
C
127.  
(1) 
(2) 
(3) 
(4) 
       
1001CM302215016
H-23/35
Target : Pre-Medical 2016/Major/27-01-2016
128. The toxin produced by tetanus germs affects:(1) Voluntary muscles
(2) Involuntary muscles
(3) Both voluntary and involuntary muscles
(4) Jaw bones
129. The figure below shows three steps (A, B, C) of
ecological succession. Select the option giving
correct identification together with what it
represented ?
128. 
(1) 
(2)  
(3) 
(4) 
129. 
(A, B,
C) 

(A)
(A)
(B)
(C)
Options :(1) A - Marsh meadow stage
(2) B - Scrub stage
(3) C - Reed swamp stage
(4) B - Marsh meadow stage
130. In lactic acid fermentation :(1) Triose phosphate is the electron donor, while
acetaldehyde is the electron acceptor
(2) Triose phosphate is the electron donor, while
pyruvic acid is the electron acceptor
(3) Pyruvic acid is the electron donor, while triose
phosphate is the electron acceptor
(4) Acetaldehyde is the electron donor, while
triose phosphate is the electron acceptor
H-24/35
(B)
(C)
 :A - 
B - 
C - 
B - 
130. 
(1)     

(2) 

(3) 

(4) 

(1)
(2)
(3)
(4)
1001CM302215016
Pre-Medical : Enthusiast Course/Phase-II/27-01-2016
131. (I) Fertilization
(II) Liberation of spores
(III) Prothallus formation
(IV) Embryo formation
Arrange the above events in a correct sequence
in the life cycle of Pteridophytes :(1) II, III, I, IV
(2) IV, III, II, I
(3) I, II, III, IV
(4) I, IV, III, II
132. The pulp of pear is crisp due to the presence of:(1) Fibers
(2) Sclereids
(3) Both of these
(4) Silica
133. 'Marsupial mole' and kangaroo are the example
of :(1) Divergent evolotion
(2) Convergent evolotion
(3) Adaptive Radiation
(4) Both 1 and 3
134. Which of the following is incorrect regarding
fresh water fish ?
(1) They pass dilute Urine
(2) Generally do not drink water
(3) Ionocyte remove monovalent ions
(4) All the above
135. In which stage of development the embryonic cells
form the germinal layers by the movement?
(1) Morula
(2) Blastula
(3) Gastrula
(4) Zygote
136. Filiform apparatus is found in which part of
Angiosperm ?
(1) Funiculum
(2) Antipodal
(3) Egg cell
(4) Synergid cell
137. Improved variety of wheat 'Sonalika' is developed
by which method :(1) Introduction
(2) Mutation breeding
(3) Hybridisation
(4) Tissue Culture
138. Cancer is :(1) A highly infectious disease caused by viruses
(2) Formation of tumours due to the uncontrolled
division of cells
(3) Gradual degeneration of a tissue or organ
(4) A non-communicable nutritional disorders
131. (I) 
(II) 
(III) 
(IV) 

:-
(1) II, III, I, IV
(3) I, II, III, IV
(2) IV, III, II, I
(4) I, IV, III, II
132. 
(1) 
(2) 
(Sclereids)
(3) 
(4) 
133. '
' 
:(1) 
(2) 
(3) 
(4) 1  3 
 
134. 
?
(1) 
(2)   
(3) 
(4) 
135. 
?

(1) 
(2) 
(3) 
(4) 
136.  

(1) 
(2) 
(3) 
(4) 
137. 
' 
'

:(2) 
(1) 
(3) 
(4) 
138. 
(1) 
(2) 
(3)  
(4) 
Time Management is Life Management
1001CM302215016
H-25/35
Target : Pre-Medical 2016/Major/27-01-2016
139. Which one of the following option gives the
correct categorisation of three examples
according to the type of species (A, B, C) they
give out :-
B
Critical link
species
A
Key Stone
Species
C
Endemic
species
(1) Meta sequioa Lion in forest Mycorrhizal
in china valley
fungi
(2) Kangaroo in
Australia
Fig tree in
Pollinator
tropical forest insect
(3) Kangaroo rat
in desert
Mycorrhizal
fungi
Meta sequoia
in china valley
(4) Lion in forest
Kangaroo in Pollinator
Australia
insect
140. Identify the incorrect match :
Column-I
139.         
(A, B, C)      
 :A
B
C
  


(1) 




(2) 




(3)  



(4) 



140.  
-I

Column-II
-II

(1)
Phosphofructokinase Transferase
(1)

(2)
Aldolase
Lyase
(2)

(3)
Citrate synthase
Oxidoreductase
(3)

(4)
Mutase
Isomerase
(4)

141. Given below is the diagrammatic sketch of a
organism Identify the parts labelled A, B, C and
D and select the right option about them :-
B




141. 
A, B, C  D 
:
B
A
A
C
C
D
D
A
A
B
C
D
1 Stigma
Nucleus
Cellulose
Contractile
vacuole
2 Eye spot
Chloroplast
Pellicle
Flagella
3 Stigma
Chloroplast
Pectin
Reservoir
4 Eye spot
Nucleus
Pellicle
Contractile
vacuole
H-26/35
1 
B

2  
3 
C
D






 
4  
(Resesvoir)



1001CM302215016
Pre-Medical : Enthusiast Course/Phase-II/27-01-2016
142. Collenchyma is a :(1) Photosynthetic tissue only
(2) Water conducting tissue
(3) Living, mechanical tissue
(4) Dead, mechanical tissue
143. What is the main key concept of Darwinian theory
of evolution :(A) Natural selection
(B) Branching descent
(C) Mutation
(D) Genetic variation
(1) A, C, D
(2) A, B
(3) A, B, C, D
(4) A, D
144. Creatine is normally present in the urine of ?
(1) Infants
:142. 
(1) 
(2) 
(3) 
(4) 
143.  
:(A) 
(B)  
(C) 
(D) 
(1) A, C, D
(2) A, B
(3) A, B, C, D
(4) A, D
144.  
(1) 
(2) Lactating mother
(2)   
(3) Pregnant female
(3) 
145. The corpus luteum is maintained for the first
8 weeks of pregnancy by :(1) HCG
(2) LH
(3) Estrogen
(4) Progesterone
146. Choose the correct identification for given below
plants respectively :-
(4) 
145. 
8 
:
(1) HCG
(2) LH
(3) 
(4) 
146. 
 :-
(1) Whorted phyllotaxy, Palmately compound leaf
(2) Pinnately compound leaf, Whorled phyllotaxy
(3) Palmately compound leaf, Whorled phyllotaxy
(4) Alternate phyllotaxy, Palmately compound leaf
147. Breeding crop with higher levels of nutrients, to
improve public health is called :(1) Organic farming (2) Biofortification
(3) Bio informatics
(4) Genetic enginering
148. Dilation of blood vessels, increase in fat synthesis,
low blood sugar and inflammation of stomach are
due to the consumption of :(1) Tobacco
(2) Drug addiction
(3) Alcohol
(4) Tobacco and drug addiction




147. 
:
(1) 
(2) 
(3) Bio informatics
(4) 
148. 

(1) 
(2) 
(3) 
(4) 
(4) All the above
1001CM302215016
(1)
(2)
(3)
(4)
H-27/35
Target : Pre-Medical 2016/Major/27-01-2016
149. Represents below the ecological pyramid, which
one of the following condition could be an
example of this pattern ?
PC
21
PP
150.
151.
152.
153.
154.
        

PC
4
Options :(1) Pryamid of number in grass land ecosystem
(2) Pyramid of number in tree ecosystem
(3) Pyramid of number in aquatic ecosystem
(4) Pyramid of energy in forest ecosystem
If some solute is dissolved in pure water, the
solution has fewer free water, reducing its :
(1) DPD
(2) Osmotic potential
(3) Water potential
(4) Both (2) and (3)
How many of the following features are used as
the basis of animal classification ?
(i) Arrangement of cells
(ii) Body symmetry
(iii)Nature of coelom
(iv)Patterns of digestive system
(v) Patterns of circulatory system
(vi)Patterns of reproductive system
(1) Three
(2) Four
(3) Five
(4) Six
Carbonic anhydrase is found in :(1) RBC
(2) WBC
(3) Platelet
(4) All of the above
According to Hugo de Vries, what is the main
cause of evolution :(1) Crossing over
(2) Mutation
(3) Natural selection (4) Mutation and isolation
Which of the following statement is false?
(1) Light induces dissociation of the retinal from
opsin.
(2) Action potential is generated in photoreceptor
cells.
(3) When red, green and blue cones are
stimulated equally than sensation of white
light is produced
(4) Action potential is transmitted by optic nerve
to visual cortex area of brain.
H-28/35
149.       
21
PP
4
:(1) 
(2) 
(3) 
(4) 
150. 

(1) DPD 
(2) 
(3)  
(4) 
(2) (3) 
151. 

(i) 
(ii) 
(iii) 
(iv) 
(v) 
(vi) 
(1) 
(2) 
(3) 
(4) 
152. 
:(1) RBC
(3) Platelet
(2) WBC
(4) 
153. 
:(1) 
(2) 
(3)  (4) 
154. 
?



(1) 

(2) 

(3) 

(4) 

1001CM302215016
Pre-Medical : Enthusiast Course/Phase-II/27-01-2016
155. Read the following statements (A-D):(A) The first movement of the foetus and
appearance of hair on the head are usually
observed during fourth month.
(B) SAHELI a new oral contrapceptive for the
females
(C) MTPs are considered relatively safe during the
second trimester
(D) The corpus luteum secretes large amount of
estrogen which is essential for maintenance
of the endometrium
How many statement are incorrect in following?
(A-D):155. 
(A) 


(B) 
(C) 
MTPs 

(D) 


(1) Four
(2) Three

 

(3) Two
(4) One
(1) 
156. Which of the following is not true :(1) A holandric gene in humans is not expected
to be phenotypically expressed in women
(2) In Drosophila, the y-chromosome does not
determine maleness but is necessary for
fertility
(3) Sex-linked recessive traits in human beings
are always expected to be more frequent in
males than in females
(4) In honey bee, worker develop from
unfertilized eggs
157. Pomato is an example of :
(2) 
(3) 
156.  
(1)   


(2) 
y-

(3) 
  
(4) 

157. 
(1) Somatic hybrid
(1) 
(2) Somatic embryo
(2) 
(3) Androgenic haploid
(3) 
(4) Single cell protein
(4) 
158. Which is not related to tobacco addiction ?
(1) Gastric and duodenal ulcer
158.   
?
(1) 
(2) Bronchitis
(2) 
(3) Liver cirrhosis
(3) 
(4) Emphysema
(4) 
159. Which of the following produce negative pressure
in thoracic cavity ?
(1) Exhalation
(2) Contraction of diaphragm muscles
(3) Relaxation of muscles between ribs
(4) Contraction of muscles in wall of stomach
1001CM302215016
(4) 
159. 

(1) 
(2) 
(3) 
(4) 
H-29/35
Target : Pre-Medical 2016/Major/27-01-2016
160. Diffusion is obvious in ___(A)___ but diffusion
____(B)____ rather than ____(C)___ is more
likely.
160. ___(A)___ 
____(B)____ ____(C)___ 

A
B
C
Gases
of solids
in solids
(1) 
Gases and
(2)
liquids
in solids
of solids
(2) 

(3)
Gases and
liquids
of solids
in solids
(3) 

(4)
Gases
in solids and
liquids
of solids and
liquids
(4) 
(1)
161. In the members of which phylum digestive system
is incomplete :(1) Platyhelminthes
(2) Aschelminthes
(3) Arthropoda
(4) Echinodermata
162. Wound healing cell is :(1) Fibroblast
(2) Mast cell
(3) Lymphocyte
(4) Adipocyte
163.
A process in which heritable variations enabling
better survival are enabled to reproduce and leave
greater number of progeny is called :-
A
B
C

(2) 
(3) 
(4) 
162. 
:(1) 
(2) 
(3) 
(4) 
163. 

:
(2) 
(3) Founder effect
(3) 
(4) Both (1) and (3)
(4) (1)  (3) 
due to it's greyish appearance
(3) The cerebrum wraps around a structure called
thalamus, which is major coordinating centre
for sensory and motor signalling

(1) 
(2) Natural selection
(2) Corpus callosum is referred to as grey matter

161.  
(1) 
(1) Arachnoid is adhered to the brain tissue


(1) Genetic drift
164. Which of the following statement is true ?

?
164. 
(1)  
(2) 
(3) 


(4) 

(4) Hypothalamus lies at the roof of the thalamus
H-30/35
1001CM302215016
Pre-Medical : Enthusiast Course/Phase-II/27-01-2016
165. Match the column I with column II and select out
correct option given below :-
I 
II 
165. 

 
:-
P.
A. Mustard
P.
A. 
Q.
B. Primrose
Q.
B. 
R.
C. China rose
R.
C. 
S.
D. Sun flower
S.
D. 
(1) P = C, Q = B, R = A, S = D
(2) P = C, Q = A, R = B, S = D
(3) P = A, Q = C, R = D, S = B
(4) P = D, Q = B, R = A, S = C
166. How many dominant characteristics are present
in pea plant from given list :Round seed, Green seed colour, full pod shape,
yellow pod colour, terminal flower position, white
flower colour,
(1) 2
(2) 1
(3) 3
(4) 4
167. In gel electrophoresis :(1) DNA fragments are arranged according to
length on gel by applying electric field
(2) DNA fragments are arranged according to
charge
(3) DNA fragments are treated by alkali solution
(4) DNA fragments are denatured
168. In area or seasons of lesser solar radiations, smog
formation is incomplete and the air is reffered to
as :(1) Brown air
(2) Grey air
(3) Yellow air
(4) Colourless air
1001CM302215016
(1)
(2)
(3)
(4)
P
P
P
P
=
=
=
=
C, Q = B,
C, Q = A,
A, Q = C,
D, Q = B,
R = A, S = D
R = B, S = D
R = D, S = B
R = A, S = C
166. 



(1) 2
(2) 1
(3) 3
(4) 4
167. 
?
(1)   DNA    

(2) DNA 
(3) DNA  
(4) DNA 
168. 
:
(1) 
(2) 
(3) 
(4) 
H-31/35
Target : Pre-Medical 2016/Major/27-01-2016
169. Which of the following valve possess only 2 cusps?
(1) Valve on right AV foramen
(2) Valve on left AV foramen
(3) Valve on pulmonary arch
(4) Valve on systemic aorta
170. Find out the correct match from the following
table :
Column-I
(i)
Z-scheme
Column-II
Located on
inner side of
(ii) Photosystem-I NADP-reductase
thylakoid
membrane
+
(iii) OEC
Photolysis of
H 2O
H released
into thylakoid
lumen
(iv) Calvin cycle
Carboxylation
2 ATP
required
(1) (i) and (iii)
(2) (i), (ii) and (iii)
(3) (ii), (iii) and (iv)
(4) (ii) and (iii)
171. Which of the following character is incorrect for
given figure of an animal :-
(1) Choanocytes or collar cells line the
spongocoel and canal
(2) Digestion is intracellular
(3) Marine
(4) Hermaphrodite
172. How many segmental ganglia are found in
nervecord of cockroach ?
(1) 6
(2) 3
(3) 9
(4) 8
173. Leaderberg replica experiment shows that nature
always select the :(1) Genetic mutation
(2) Pre existing advantageous mutation
(3) Somatic mutation
(4) None of the above
H-32/35
-I

Column-III
Mobile
electron carrier
Plastocyanin
?
169. 
AV
(1) 
(2) 
AV
(3)  
(4)  
170.  
-II

-III



(i)
Z-

(ii)

-I
NADP- 
(iii) OEC
(iv)





H+ 


2 ATP 
(1) (i) and (iii)
(2) (i), (ii) and (iii)
(3) (ii), (iii) and (iv)
(4) (ii) and (iii)
171. 

(1) 
 
(2) 
(3) 
(4) 
172. 

(1) 
(2) 
(3) 
(4) 
173. 
:
(1) 
(2) 
(3) 
(4)  
1001CM302215016
Pre-Medical : Enthusiast Course/Phase-II/27-01-2016
174. Mating of more closely related individuals within
the same breed for 4-6 generations is termed as?
(1) In-breeding
(2) Cross- breeding
(3) Out-crossing
(4) Inter specific hybridisation
175. Select out wrong match :(1) Valvate
—
Calotropis
(2) Twisted
—
Gulmohur
(3) Imbricate
—
Cassia
(4) Vexillary
—
Bean
176. Gynandromorphism in certain flies are the result
of :(1) Disjunction of x-chromosome
(2) Repeated and sudden changes in both x and y
chromosome
(3) Abnormal division of chromosomes where by
one of the x-choromosome gets lost
(4) Failure of x and y chromosome to seperate
during gamete formation
177. Statement–1 : Biolistics method of gene transfer
is an example of direct gene transfer.
Statement–2 : In biolistics method PBR322 is used.
(1) Statement–1 is true, Statement–2 is true;
Statement–2 is not the correct explanation
of Statement–1.
(2) Statement–1 is false, Statement–2 is true.
(3) Statement–1 is true, Statement–2 is false.
(4) Statement–1 is true, Statement–2 is true;
Statement–2 is the correct explanation of
Statement–1.
178. By vanishing of which type of forest for
agriculture, the fertility of soil is reduced and does
not support agriculture ?
(1) Grass land
(2) Tropical deciduous forest
(3) Tropical rain forest
(4) Temperate deciduous forest
179. Identify the parts labelled A, B and C respectively
in given diagram and select the right option about
correct sequence of them :A
B
C
(1) Myosin, Troponin, Tropomyosin
(2) Tropomyosin, Troponin, F-actin
(3) F-actin, Troponin, Tropomyosin
(4) Troponin, Tropomyosin, F-actin
1001CM302215016
174. 
4-6 
(1) 
(2) 
(3) 
(4) 
175.  :
(1) 
—
(2) 
—

(3) 
—


(4) 
—
176. 
(1) x-
(2) x 
y 

(3) 
x- 
(4) 
x y 

177. 
–1 : 

–2 : 
PBR322 
(1) 
-1 
-2 
-2, 
-1
 
(2) 
-1 
-2  
(3) 
-1 
-2  
(4) 
-1    
-2    
-2,
-1 

178. 


(1) 
(2) 
(3) 
(4) 
179. 
A, B 
C 
:
A
B
C
(1)
(2)
(3)
(4)

F-


F-
F-

H-33/35
Target : Pre-Medical 2016/Major/27-01-2016
180. Enzyme which can catalyze both carboxylation
and oxygenation of RuBP in the chloroplast is not
found in :
(1) Mesophyll cells of Sorghum
(2) Bundle sheath cells of sugarcane
(3) Mesophyll cells of Sedum
(4) Mesophyll cells of wheat
180. 
RuBP 


(1) 
(2) 
(3) Sedum 
(4) 
Your moral duty is to prove that
 is 
Your Target is to secure Good Rank in Pre-Medical 2016
H-34/35
1001CM302215016
Pre-Medical : Enthusiast Course/Phase-II/27-01-2016
SPACE FOR ROUGH WORK /     
1001CM302215016
H-35/35