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Sample Questions
for
Entrance Test
Allahabad, U.P.
An initiative by
MAJOR KALSHI CLASSES PVT. LTD.
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MAJOR KALSHI CLASSES PVT. LTD.
FIGHTERS-60
1
Out of the four options in each question only
one option is correct.
uksV % izR;sd iz”u esa dsoy lgh mRrj okys cqycqys
(BUBBLE) dks dkyk djus ij 1 vad vkSj dksbZ Hkh
cqycqyk (BUBBLE) dkyk ugha djus ij “kwU; ¼0½ vad
iznku fd, tk;saxsA vU; lHkh fLFkfr;ksa esa _.kkRed ,d
¼0-33½ vad iznku fd;k tk,xkA
izR;sd iz”u esa fn;s x;s pkj fodYiksa esa ls dsoy ,d gh
lgh fodYi gSA
1. Sum of squares of first n natural numbers is—
1. izFke n izk—frd la[;kvksa ds oxZ dk ;ksx gS&
NOTE : For each question, you will be awarded
1 marks if you darken the bubble corresponding
to the correct answer Only and Zero Marks if no
bubbles are darkened. In all other cases, Minus
one (0.33) mark will be awarded in this paper.
n  n  1
2
(a)
(b)
n  n  1  2n  1 
6
n  n  1
2
(a)
2
n  n  1
(c)
2
1
2
1
(d)
3
(b)
1
3
(c)
2
2

(a) 3
(c) 4
(b) 4
(d) 8
3
2

(d)


1
3


4. iˆ  aˆ  ˆj  ˆj  aˆ  ˆj  kˆ aˆ  kˆ 


(a) 3a

(c) 4 a
(b) 2a

(d) a
5. What is the maximum value
sin 3 cos 2  cos 3 sin 2 ..... ?
,d
3. sin (19200) dk eku gksxk\
1
1
(a)
(b)
2
2
4. iˆ  aˆ  ˆj  ˆj  aˆ  ˆj  kˆ aˆ  kˆ 
(a) 3a

(c) 4 a
2. ;f n Qy u
(c)

 x2  16
if x  4

f  x   x  4
 c
if x  4

(a) 2
(c) 6
3. What is the value of sin (19200) = ?
(a)
(d) buesa ls dksbZ ugha
vuojr lw= gS rks dk eku D;k gksxk\
tinuous, what is the value of c?
(a) 2
(b) 4
(c) 6
(d) 8

n  n  1  2n  1 
6
2
n  n  1
(c)
2
(d) None of these
 x2  16
if x  4

2. If the function f  x    x  4
is con c
if x  4


(b)
of
(b) 2
(d) 1
sin x
, x  0 such that f  x  is to be
6. If f  x  
x
continuous at x = 0 then f (0) = ?
(a) – 1
(b) 0
(c) 1
(d) None of these

(b) 2a

(d) a
5. sin 3 cos 2  cos 3 sin 2 ..... dk vf/kdre
eku D;k gS\
(a) 3
(c) 4
(b) 2
(d) 1
sin x
, x  0 bl izdkj gks fd Qyu
x
f  x  x = 0 ij fujarj gS] rc f (0) = ?
6. ;fn f  x  
(a) – 1
(b) 0
(c) 1
(d) buesa ls dksbZ ugha
MAJOR KALSHI CLASSES PVT. LTD.
3
7. If U = [2 – 3 4], V  2 , X = [0 2 3] and
 
1
FIGHTERS-60
3
7. ;fn U = [2 – 3 4], V  2 , X = [0 2 3] rFkk
 
1
2 
Y   2  then UV + XY = ?
 4 
2 
Y   2  then UV + XY = ?
 4 
(a) 20
(c) – 20
(a) 20
(c) – 20
(b) [– 20]
(d) [20]
8. In how many ways can 5 red and 4 white balls be
drawn from a bag containing 10 red and 8 white
balls?
(a)
10
(c)
10
c6  8 c4
(b)
10
c5  8 c4
(d)
10
(b) [– 20]
(d) [20]
8. 10 yky ,oa 8 lQsn xsanksa ls ;qDr ,d >ksys esa ls
5 yky rFkk 4 lQsn xsnksa dks fdrus vyx&vyx
rjhds ls tksM+s cukdj fudkyk tk ldrk gS\
c5  8 c5
(a)
10
c6  8 c4
(b)
10
c5  8 c5
c6  8 c5
(c)
10
c5  8 c4
(d)
10
c6  8 c5
9. The value of log10 40000  log10 4 is equal to :
9. log10 40000  log10 4 dk eku cjkcj gS :
(a) 4
(b) 10,000
(a) 4
(b) 10,000
(c) log10 39996
(d) 39996
(c) log10 39996
(d) 39996
10. The eccentricity of the hyperbola x2  y 2  20
is :
(a) 2
(b)
2
(c) 1
(d)
1
11. The angle b/w the lines whose direction ratios
are proportional to 4, – 3, 5 and 3, 4, 5 is :
10. vfr oØ x2  y 2  20 dh fo’kerk gksxh :
(a) 2
(b)
2
(c) 1
(d)
1
11. nks js[kkvksa ds e/; dk dks.k ftudh fn”kkvksa dk
vuqikr 4] &3] 5 ,oa 3] 4] 5 ds lekuqikrh gS %
(a)

2
(b)

3
(a)

2
(b)

3
(c)

6
(d)

4
(c)

6
(d)

4
12. If
f  x   log x, g  x   x 3 ,
f  g  a   f  g  b   ......
then
2
12. ;f n
f  x   log x, g  x   x 3 ,
f  g  a   f  g  b   ......
(a) f  g  ab 
(b) f  g  b 
(a) f  g  ab 
(b) f  g  b 
(c) f  g  a 
(d) g  f  ab 
(c) f  g  a 
(d) g  f  ab 
r ks]
MAJOR KALSHI CLASSES PVT. LTD.
dy
13. If y  sin x  sin x  sin x  ......., then
dx
is equal to :
14.
FIGHTERS-60
13. ;fn
y  sin x  sin x  sin x  ......., rc ]
dy
cjkcj gS :
dx
sin x
2y 1
sin x
(a)
2y 1
cos x
(b)
2y 1
(a)
y2
(c)
cos x
2y 1
(d)
cos x
y2
(c)
cos x
cos 4 x  cos 3 x  cos 2 x
sin 4 x  sin 3 x  sin 2 x
3
14.
(b)
cos x
2y 1
(d)
2y 1
cos x
cos 4 x  cos 3 x  cos 2 x
sin 4 x  sin 3 x  sin 2 x
(a) cot 3 x
(b) cot 2 x
(a) cot 3 x
(b) cot 2 x
(c) tan 3 x
(d) tan 4 x
(c) tan 3 x
(d) tan 4 x
15. If the position vectors of the vertices A, B, C of
ABC are 7 ˆj  10kˆ  ˆi  6 ˆj  6 kˆ  4ˆi  9 ˆj  6 kˆ ,
the triangle is :
15. ABC ds dks.kh; fcUnqvksa A, B rFkk C ds LFkkfud
ln ` ” k la [;k, ¡ 7 ˆj  10kˆ  ˆi  6 ˆj  6kˆ  4ˆi
9 ˆj  6kˆ gSa] rks f=Hkqt gksxk :
(a) equilateral
(a) lejs[kh;
(b) scalene
(b) LdSfyu
(c) isoceles
(c) ledks.kh;
(d) No triangle is possible
(d) dksbZ Hkh f=Hkqt laHko ugha
16. If A  4 , 5, 7 , B  2, 4 and C  2, 3, 7 ,
16. ;fn A  4 , 5, 7 , B  2, 4 rFkk C  2, 3, 7 ,
then find  A  B    A  C  :
rc izkIr dhft,  A  B    A  C  :
(a)
 5,4  5,5 7,4  7,5
(b)  5,4  5,7  4 ,7  5,5 
(c)  2,4  4 , 5 5,3  3,7 
(a)
(d) None of these
(d) buesa ls dksbZ ugha
 5,4  5,5 7,4  7,5
(b)  5,4  5,7  4 ,7  5,5 
(c)  2,4  4 , 5 5,3  3,7 
17. Find the sixth term of the sequence 2, 6, 18 ........
17. J`a[kyk 2, 6, 18 ....... dk NBoka in gS
(a) 386
(b) 285
(a) 386
(b) 285
(c) 486
(d) 385
(c) 486
(d) 385
18. There are three copies each of 4 different books.
Find the number of ways of arranging them on a
shelf.
(a)
 2
4
(b)
10
10
(c)

12 
 13 
12
18. 4 fHkUu&fHkUu iqLrdksa dh rhu izfr;k¡ gSa] mugsa ,d
“ksgQ ¼vkyekjh½ dks O;ofLFkr j[kus ds vyx&vyx
rjhds gksaxs\
4
(a)
12
4
(d)
 3
4
 2
4
(b)
10
10
(c)
 12 
 13 
12
12
4
(d)
 3
4
4
MAJOR KALSHI CLASSES PVT. LTD.
19. Find the value of

6
 
2 1 
(a) 108
(c) 168
2 1

6
19.
(b) 198
(d) 298
20. Find the length of an arc of a circle of 3 cm radius if the angle subtended at the centre is 300.
 
2 1 
yEckbZ D;k gksxh] ;fn oØ }kjk dsUnz ij fu:fir
. 
gS\    314
(a) 1.57 cm.
(c) 2.57 cm.
21.
 ?
6
2  1 dk eku gksxk&
20. ,d o`Rr ftldh f=T;k 3 lseh0 gS ds oØ dh
(b) 1.57 m.
(d) 2.57 m.
2

 sec   tan  
(b) 1.57 m.
(d) 2.57 m.
2
 ?
(a)
1  sin 
1  sin 
(b)
1  cos 
1  cos 
(a)
1  sin 
1  sin 
(b)
1  cos 
1  cos 
(c)
1  sin 
1  sin 
(d)
1  cos 
1  cos 
(c)
1  sin 
1  sin 
(d)
1  cos 
1  cos 
22. Find the value of sin 750 sin 150  ?
22. sin 750 sin 150 dk eku D;k gS\
(a)
1
2
(b)
2
4
(a)
1
2
(b)
2
4
(c)
1
3
(d)
1
4
(c)
1
3
(d)
1
4
23. If x
2
3
1
 x 3  2  0 then find x = ?
(a) 1, – 8
(c) – 1, 8
(a) x  1, y  2
(c) x 
5
14
,y
13
13
25. The harmonic mean of
(a)
(c)
1
1  a 2b 2
a
1  a 2b 2
23. ;fn x
2
3
1
 x 3  2  0 gS rks x dk eku D;k gksxk?
(a) 1, – 8
(c) – 1, 8
(b) – 8, – 1
(d) 8, – 1
24. If  x  iy  2  3i    4  i  then
24. ;fn
(a) x  1, y  2
(d) None of these
(c) x 
(b)
25.
a
1  a 2b 2
26. For the equation x 2  x  6  0 , the roots are:
(c)
26.
5
14
,y
13
13
(b) x  3, y  4
(d) buesa ls dksbZ ugha
a
a
rFkk
dk gkjeksfud ek/; gS &
1  ab
1  ab
(a)
(d) a
(b) – 8, – 1
(d) 8, – 1
 x  iy 2  3i    4  i  rc&
(b) x  3, y  4
a
a
and
is
1  ab
1  ab
4
(b) 198
(d) 298
d ks
. k 300
(a) 1.57 cm.
(c) 2.57 cm.
 sec   tan  
6

(a) 108
(c) 168
. 
   314
21.
FIGHTERS-60
1
1  a 2b 2
a
1  a 2 b2
(b)
a
1  a 2b 2
(d) a
s
x 2  x  6  0 , ds ewy gksax—
(a) coincident
(b) real with sum zero
(a) coincident
(b) real with sum zero
(c) real with sum
(d) None
(c) real with sum
(d) None
MAJOR KALSHI CLASSES PVT. LTD.
x 2 
27. If the rth term in the expansion of   2 
3 x 
10
FIGHTERS-60
10
x 2 
27. ;fn foU;kl   2  dh rosa in esa x4 fufgr gks
3 x 
contains x4, then r is equal to :
rks] r dk eku gksxk :
(a) 2
(c) 4
(a) 2
(c) 4
28. If log8 x 
(a)
(b) 3
(d) 5
2
then the value of x is :
3
3
4
(c) 3
(b)
4
3
(d) 4
29. The decimal number corresponding to the binary
number (111010101)2 is :
5
28. ;fn log8 x 
(a)
(b) 3
(d) 5
2
, rc x dk eku gS\
3
3
4
(c) 3
(b)
4
3
(d) 4
29. ;qXed la[;k (111010101)2 dh n”keyo la[;k
gksxh :
(a)  34310
(b)  469 10
(a)  34310
(b)  469 10
(c)  938 10
(d) None of these
(c)  938 10
(d) buesa ls dksbZ ugha
30. The area of quad ABCD whose vertices in order
are A (1, 1), B (7, –3), C (12, 2) and D (7, 21)
is :
(a) 66sq. units
(b) 132 sq. units
(c) 124 sq. units
(d) 86.5 sq. units
30. prq H kq Z t ABCD ftudh Å/oZ fcUnq , ¡ Øeokj
A (1, 1), B (7, –3), C (12, 2) rFkk D (7, 21) gS] dk
{ks=Qy gksxk :
31. The direction cosines of a line equally inclined
with the co-ordinate axes are given by :
31. ,d js[kk tks lg&leU;od /kqjh ij leku :i ls
>qdh gS] dh fn”kkRed consines dk eku iznf”kZr
(a) 66 oxZ ;wfuV
(b) 132 oxZ ;wfuV
(c) 124 oxZ ;wfuV
(d) 86.5 oxZ ;wfuV
fd;k tk,xk&
(a) (1, 1, 1)
 1 1 1 
,
,
(b) 

 3 3 3
(a) (1, 1, 1)
 1 1 1 
,
,
(b) 

 3 3 3
 1 1 1 
,
,
(c) 

 2 2 2
1 1 1
(d)  , , 
3 3 3
 1 1 1 
,
,
(c) 

 2 2 2
1 1 1
(d)  , , 
3 3 3
32. In a class of 50 students the average amount of
pocket money is Rs. 35 per student. If the average is Rs. 25 for girls and Rs. 50 for boys, then
the number of girls in the class is :
(a) 20
(b) 40
(c) 30
(d) 80
32. ,d d{kk ftuesa 50 Nk= gSa] izR;sd Nk= dh vkSlr
33. A bag contains 9 block and 12 white balls one
ball is drawn at random. What is the probability
that the drawn ball is white?
33. ,d cSx ftlesa 9 dkys rFkk 12 lQsn jax dh xsansa
tsc [kpZ 35 #i, gSA ;fn vkSlr tsc [kpZ yM+fd;ksa
dh 25 #i, rFkk yM+dksa dh 50 #i, gks] rks d{kk
esa yM+fd;ksa dh la[;k gS\
(a) 20
(c) 30
(b) 40
(d) 80
gSa] esa ls ,d xsan vØer% fudkyh tkrh gSA lQsn
jax dh xsan fudyus dh laHkkO;rk gksxh %
(a)
4
3
(b)
3
4
(a)
4
3
(b)
3
4
(c)
3
7
(d)
4
7
(c)
3
7
(d)
4
7
MAJOR KALSHI CLASSES PVT. LTD.
34. If E and F are independent events t hen
6
34. ;fn E rFkk F nks Lora = ?kVuk,¡ gks a ] rc
E
P   ?
F
E
P    ? gksxh %
F
E
(a)  P  
F
E
(b)  P  
F
E
(a)  P  
F
E
(b)  P  
F
(c)  P  E 
(d)  P  F 
(c)  P  E 
(d)  P  F 
1
lim 
35. x   1  
x

x
1
lim 
35. x   1    ?
x

x
dk eku gS %
1
(a)  
e
(b) e
1
(a)  
e
(b) e
(c) log e
(d) None
(c) log e
(d) buesa ls dksbZ ugha
36. The maximum rectangle inscribed in a given circle
is such that—
37.
FIGHTERS-60
(a) length = radius
(b) length = breadth
(c) length = diameter
(d) None of these
x
2
36. ,d fn, x, o`Rr ds Hkhrj fu:fir ¼vafdr½ lcls
cM+h ledks.k lekUrj prqHkZqt ¼vk;r½ bl izdkj
gksxh fd&
(a) yEckbZ = f=T;k
(b) yEckbZ = pkSM+kbZ
(c) yEckbZ = O;kl
(d) buesa ls dksbZ ugha
37.
cos x dx  ?
x
2
cos x dx  ?
(a) x2 sin x  2 x cos x  2 sin x  c
(b) 2 x cos x  x sin x  2 sin x  c
(a) x2 sin x  2 x cos x  2 sin x  c
(b) 2 x cos x  x sin x  2 sin x  c
(c) x2 sin x  2 x sin x  2 sin x  c
(d) None of these
(c) x2 sin x  2 x sin x  2 sin x  c
(d) buesa ls dksbZ ugha
38. The order and t he degree of the D. E.
2
d 2 y   dy  
 1    
dx2   dx  
3
2
are respectively..
2
d 2 y   dy  
 1    
38. vody lehdj.k D. E.
dx2   dx  
(b) 1, 6
(a) 2, 1
(b) 1, 6
(c) 1, 3
(d) 2, 2
(c) 1, 3
(d) 2, 2
(a) 1/5 units
(b) 13/5 units
(c) 19/10 units
(d) 1/2 units
40. If tan   sec   4 , then sin  = ?
(a) 15/18
(c)
15
17
8
15
3
(d)
5
(b)
2
ds
dksfV rFkk ?kkr Øe”k% gksaxs %
(a) 2, 1
39. The perpendicular distance between two parallel lines 3x  4 y  6  0 and 6 x  8 y  7  0 , is :
3
39. nks lekukUrj js [ kkvks a 3x  4 y  6  0 rFkk
6 x  8 y  7  0 ds e/; yEc nwjh gS :
(a) 1/5 ;wfuV
(c) 19/10 ;wfuV
(b) 13/5 ;wfuV
(d) 1/2 ;wfuV
40. ;fn tan   sec   4 , rc sin  dk eku gksxk %
15
18
15
(c)
17
(a)
8
15
3
(d)
5
(b)
MAJOR KALSHI CLASSES PVT. LTD.
FIGHTERS-60
bc b  c 1
41. The value of determinant :
bc b  c 1
ca c  a 1
is
ab a  b 1
41. fuEufyf[kr lkjf.kd dk eku gS
(a)  a  b   b  c   c  a 
(a)  a  b   b  c   c  a 
(b)  a  b   b  c   c  a 
(b)  a  b   b  c   c  a 
(c)   a  b   b  c   c  a 
(c)   a  b   b  c   c  a 
(d) None of these
(d) buesa ls dksbZ ugha
 sin  cos  
42. Multiplicative inverse of 
 is :
  cos  sin  
ca c  a 1
ab a  b 1
 sin  cos  
42. 
 dk xq.kkRed izfrykse gS %
  cos  sin  
cos  
 sin 
(a) 

  cos   sin  
  sin  cos  
(b) 

 cos   sin  
cos  
 sin 
(a) 

  cos   sin  
  sin  cos  
(b) 

 cos   sin  
 sin   cos  
(c) 

 cos  sin  
 sin  cos  
(d) 

 cos  sin  
 sin   cos  
(c) 

 cos  sin  
 sin  cos  
(d) 

 cos  sin  
43. If A has 3 elements and B has 6 elements, then
the minimum number of elements in A  B is :
(a) 3
(b) 6
(c) 9
(d) 18
44.
7
5 
7
 5 
7
 1 
1
 1 

1 = ?
(a) 25 + 7 i
(b) 29 – 3 i
(c) i (a + b)
(d) None of these
45. The quadratic equation whose roots are – 5 and
–3, is
2
(a) x  8 x  15  0
2
(c) x  8 x  15  0
46. log232 = ?
(a) 16
(c) 5
47. The distance between
(2, –9) is :
(a) 2 5
2
(b) x  8 x  15  0
(d) None of these
(b) 8
(d) 6
the points (6, 7) and
(b) 5 2
(c) 4 17
(d) None of these
48. The value of  fo r which the vect ors



a  2ˆi  3 ˆj  kˆ ,b  ˆi  2 ˆj  3kˆ and c  ˆj  kˆ
are coplanar, is :
(a) 1
(b) –1
(c) 2
(d) –3
43. ;fn A ds 3 vo;o rFkk B ds 6 vo;o gSa] rc
A  B ds U;wure vo;o gksaxs :
(a) 3
(b) 6
(c) 9
(d) 18
44.
5 
7
 5 
7
 1 
1
 1 

1 = ?
(a) 25 + 7 i
(b) 29 – 3 i
(c) i (a + b)
(d) buesa ls dksbZ ugha
45. f}?kkr lehdj.k ftlds ewy &5 rFkk &3 gS %
(a) x2  8 x  15  0
(b) x2  8 x  15  0
(c) x2  8 x  15  0
(d) buesa ls dksbZ ugha
46. log232 = ?
(a) 16
(c) 5
(b) 8
(d) 6
47. fcUnq (6, 7) rFkk (2, –9) ds chp dh nwjh gS :
(a) 2 5
(b) 5 2
(c) 4 17
(d) buesa ls dksbZ ugha


48. ;f n
r Fkk
a  2ˆi  3 ˆj  kˆ ,b  ˆi  2 ˆj  3kˆ

c  ˆj  kˆ ,d gh lery ij gksa] rc  dk eku
D;k gksxk :
(a) 1
(b) –1
(c) 2
(d) –3
MAJOR KALSHI CLASSES PVT. LTD.
49. What is the mode of :
5, 7, 9, 12, 10, 15, 7, 8, 7, 25
(a) 7
(b) 15
(c) 5
(d) 25
50.
lim sin x 
?
x 0
x
(a) 0
(c) 180
51. Friction, air resistance, tension and thrust are the
forces. S. I. unit of tension is :
(a) joule
(b) newton
(c) watt
(d) henry
8
49. 5, 7, 9, 12, 10, 15, 7, 8, 7, 25 dk cgqyd D;k
gksxk \
(a) 7
(c) 5
50.
(b) 1
(d) 90
FIGHTERS-60
(b) 15
(d) 25
lim sin x 
?
x 0
x
(a) 0
(c) 180
(b) 1
(d) 90
51. ?k’kZ.k] ok;q izfrjks/k] ruko rFkk vuqosx fdlh oLrq
ij yxus okys cy gSaA ruko dh S. I. bdkbZ gS %
(a) twy
(b) U;wVu
(c) okV
(d) gsujh


52. A particle is acted upon by constant forces
52. ,d d.k ftl ij nks leku cy 4 ˆi  ˆj  3kˆ rFkk
 4 ˆi  ˆj  3kˆ  and  3 ˆi  ˆj  kˆ  is displaced from
the point  ˆi  2 ˆj  3kˆ  t o t he point
 5 ˆi  4 ˆj  kˆ  . The total work done by the forces
 3 ˆi  ˆj  kˆ  dk;Zjr gSa] fcUnq  ˆi  2 ˆj  3kˆ  ls
 5 ˆi  4 ˆj  kˆ  fcUnq ij foLFkkfir gks tkrh gS] ml
eku ¼S.I. bdkbZ½ esa gksxh %
is S.I. unit is :
(a) 20
(c) 40
d.k ij mijksDr cyksa }kjk fd;k x;k dqy dk;Z dk
(b) 30
(d) 50
53. A 40 kg child runs up a flight of 4m high in 2 sec.
calculate his power :
(a) 1568 W
(b) 784 W
(c) 784 J
(d) None
54. A jet engine develops a forward force on the aircraft of 2,00,000N. What is the power of the
engine if the aircraft is flying at 720 km/h.
(a) 2  105 W
(b) 4  10 5 W
(c) 4  107 W
(d) None
55. Which of the following pairs of physical quantities does not have same dimensional formula?
(a) Work and torgue
(b) Angular momentum and plank’s constant
(c) Tension and surface tension
(d) Impulse and linear momentum.
(a) 20
(b) 30
(c) 40
(d) 50
53. 40 fdyks otu ds ,d cPps dh “kfDr dk eku Kkr
djsa tks ,d 4 ehVj Å¡ps Vhys ij 2 lsds.M esa p<+
tkrk gS %
(a) 1568 W
(c) 784 J
(b) 784 W
(d) buesa ls dksbZ ugha
54. ,d ok;qeku ds tsV batu }kjk 2 yk[k U;wVu dk
vxzorhZ cy dk;Zjr gSA ;fn ok;qeku 720 fdyksehVj
izfr ?kaVs dh j¶rkj ls mM+ jgk gS rks batu }kjk
mRlftZr ikoj gksxh %
(a) 2  105 W
(b) 4  10 5 W
(c) 4  107 W
(d) buesa ls dksbZ ugha
55. buesa ls fdl HkkSfrd ifjek.k dh foerh; lw= ,d
leku ugha gS\
(a) dk;ZrFkk vk?kw.kZ cy
(b) dks.kh; laosx rFkk ¶ySad fu;rkad
(c) ruko rFkk iz’B ruko
(d) vkosx rFkk js[kh; vkosx
MAJOR KALSHI CLASSES PVT. LTD.
FIGHTERS-60
9
56. Which of the following measurements is most
precise?
(a) 5.00 mm
(b) 5.00 cm
(c) 5.00 m
(d) 5.00 km.
56. buesa ls dkSu lh uki lcls lgh gS %
57. At a metro station, a girl walks up a stationary
escalator in time t1. If the remains stationary on
the escalator, then the escalator take her up in
time t2. The time taken by her to walk up on the
moving escalator will be—
57. ,d esVªks LVs”ku ij ,d yM+dh ,d fLFkj ,LdsysVj
rd t1 le; esa igq¡phA ;fn og mDr ,LdsysVj ij
fLFkj voLFkk esa gS] rc ,LdsysVj mls Åij t2 le;
(a)
 t1  t2 
(b) t1t2  t2  t1 
2
t1 t2
(c)  t  t 
2
1
(d) t1  t2
58. The variation of quantity A with quantity B,
plotted in Fig. describes the motion of a particle
in a straight line which is wrong :
Y
(a) 5.00 mm
(c) 5.00 m
(b) 5.00 cm
(d) 5.00 km.
esa Åij igq¡pkrk gS] rc yM+dh }kjk mDr pyk;seku
,LdsysVj ij p<+us esa fy;k x;k le; gksxk %
(a)
 t1  t2 
(b) t1t2  t2  t1 
2
t1 t2
(c)  t  t 
2
1
(d) t1  t2
58. ,d jkf”k A esa ,d nwljh jkf”k B ds lkis{k ikbZ tkus
okys fHkUurk dks uhps fn, x, fp= esa d.k dh xfr
,d lh/kh js[kk }kjk iznf”kZr dh xbZ gS] tks fd
xyr gS %
Y
c
a
c
b
a
b
X
(a) Quantity B may represent time
(b) Quantity A is velocity if motion is uniform
(c) Quantity A is displacement if motion is uniform
(d) Quantity A is velocity if motion is uniformly
accelerated
(a)
(b)
(c)
(d)
jkf”k
jkf”k
jkf”k
jkf”k
gksA
X
B fdlh le; dks O;Dr djrk gSA
A ,d osx gS] ;fn xfr ,d leku gSA
A foLFkkiu gS] ;fn xfr leku gSA
A osx gS] ;fn xfr esa leku :i ls Roj.k
59. Consider the quantities, pressure, power, energy,
impulse, gravitational potential, electrical charge,
temprature, area, out of these theonly vector
quantities are—
(a) Impulse, pressure and area
(b) Impulse and area
(c) Area and gravitational potential
(d) Impulse and pressure
59. jkf”k;ks]a nkc] “kfDr] ÅtkZ] vkosx] xq#Rokd’kZ.k {kerk]
60. A ball is traveling with uniform translatory
motion. This means that
(a) It is at rest
(b) The path can be a straight line or circular
and the ball travels with uniform speed.
(c) all parts of the ball have the same velocity
and the velocity is constant.
(d) The centre of the ball moves with constant
velocity and the ball spins about its centre
uniformly.
60. ,d xsan leku xfr ls xfreku gSA bldk vFkZ gS
fo|qr Hkkj] rkieku] {ks=Qy esa ls lfn”k jkf”k;k¡ gSa%
(a) vkosx] nkc rFkk {ks=Qy
(b) vkosx rFkk {ks=Qy
(c) {ks=Qy rFkk xq#Rokd’kZ.k {kerk
(d) vkosx rFkk nkc
fd %
(a) xsan fLFkj voLFkk esa gSA
(b) xsan dk ifjiFk js[kh; vFkok o`Rrh; gSA
(c) xsan ds lHkh fgLls ,d leku osx ls xfreku gSa
rFkk mudk osx fLFkj gSA
(d) xsan dk dsUnz ,d leku osx ls xfreku gS rFkk
og vius dsUnz fcUnq ij ,d leku xfr ls
?kwf.kZr gSA
MAJOR KALSHI CLASSES PVT. LTD.
61. Given below in Column I are the relations between vectors a, b and c and in Column II are
the orientations of a, b and c in the xy plane.
Match the relation in Column I to correct operations in Column II
Column I
Column II
FIGHTERS-60
10
61. uhps LrEHk&I lfn”k jkf”k;ksa a, b rFkk c esa lEca/k
lehdj.k fn, x, gSa rFkk LrEHk&II esa a, b rFkk c
dk xy ry esa fu:i.k iznf”kZr gSA LrEHk&I esa fn,
x, lEcU/k dks LrEHk&II esa fuxZr lgh fu:i.k ls
lqesfyr djsa &
LrEHk&I
LrEHk&II
Y
Y
c
c
(A) a + b = c
(I)
a
b
(A) a + b = c
(I)
a
b
X
X
Y
(B) a – c = b
Y
c
(II)
b
a
(B) a – c = b
c
(II)
b
X
a
Y
(C) b – c = c
b
(III)
Y
a
c
X
(C) b – c = c
b
(III)
a
c
Y
(D) a + b + c = 0
(IV)
(a)
(b)
(c)
(d)
A
IV
I
III
IV
B
III
IV
II
I
C
I
II
I
III
c
X
Y
a
b
X
X
D
II
III
IV
II
62. A bicyclist comes to a skidding stop in 10m. During this process the force on the bicycle due to
the road is 200 N and is directly opposed to the
motion. The work done by the cycle on the road is :
(D) a + b + c = 0
(IV)
a
b
(a)
(b)
(c)
(d)
A
IV
I
III
IV
B
III
IV
II
I
C
I
II
I
III
c
X
D
II
III
IV
II
62. ,d lkbZfdy lokj 10 ehVj dh nwjh rd fQlyrs
gq, #d tkrk gSA bl izfØ;k ds nkSjku lkbZfdy ij
lM+d }kjk yxk;s tkus okyk cy 200 N gSA tks
xfr dh foijhr fn”kk esa dk;Zjr gSA lkbZfdy }kjk
lM+d ij fd;s tkus okys dk;Z dh {kerk gS %
(a) + 2000 J
(b) – 200 J
(a) + 2000 J
(b) – 200 J
(c) Zero
(d) – 20,000 J
(c) Zero
(d) – 20,000 J
MAJOR KALSHI CLASSES PVT. LTD.
63. A mass of 5 kg is moving along a circular path of
radius 1 m. If the mass moves with 300 revolutions per minute, its kinetic energy would be :
(a) 250 2
(b) 100 2
(c) 5 2
(d) 0
64. For which of the following does the centre of
mass lie outside the body?
FIGHTERS-60
63. 5 fdyks nzO;eku okyk fi.M 1 ehVj f=T;k okys
tkyksdkj ifjiFk esa xfreku gSA ;fn og fi.M 300
pDdj izfr feuV ls pyk,eku gS] rks mldh xfrt
ÅtkZ gksxh&
(a) 250 2
(b) 100 2
(c) 5 2
(d) 0
64. buesa ls fdlds fy, nzO;eku dk dsUnz fi.M ds
ckgj gksxk\
(a) A pencil
(b) A shot put
(a) isfUly
(b) ,d “kkV iqV
(c) A dice
(d) A bangle
(c) ,d iklk
(d) ,d pwM+h
65. When a disc rotates with uniform angular velocity, which of the following is not true?
(a) The sense of rotation remains same
(b) The orientation of the axis of rotation remains
same
11
65. tc ,d fMLd ,d leku dks.kh; osx ls ?kwerh gS]
rc bl fLFkfr esa buesa ls dkSu&lk dFku lR; ugha
gS\
(a) ?kw.kZu dk vFkZ ,d tSlk gksrk gSA
(b) ?kw.kZu /kqjh dk foU;kl ,d leku jgrk gSA
(c) The speed of rotation is non-zero and remains
same
(c) ?kw.kZu xfr “kwU; ugha gksrh rFkk ges”kk cjkcj
(d) The angular acceleration is non-zero and remains same
(d) dks.kh; Roj.k dk ekUk “kwU; gS rFkk ;g lnSo
66. The temperature of a wire is doubled. The
young’s modulus of elasticity.
66. ,d fo|qr rkj dk rkieku nksxquk dj fn;k tkrk
(a) will also double
(b) will become four times
(c) will remain same
(d) will decrease
jgrh gSA
,d leku jgrh gSA
gSA ,slh voLFkk esa ;ax dh ykspdrk fLFkjkad %
(a) nksxquh gks tk,xh
(b) pkj xquk c<+ tk,xh
(c) ,d leku gksxh
(d) ?kV tk,xh
67. ,d vkn”kZ rjy inkFkZ ds fy, %
67. For an ideal liquid :
(a) the bulk modulus is infinite
(a) mldk Bulk ekWM~;wyl vlhfer gksxkA
(b) the bulk modulus is zero
(b) mldk Bulk ekWM~;wyl “kwU; gksxkA
(c) the shear modulus is infinite
(c) mldk Shear ekWM~;wyl vlhfer gksxkA
(d) None
(d) buesa ls dksbZ Hkh lR; ugha gSA
68. An ideal fluid flows through pipe of circular cross
section made of two sections with diameters 2.5
cm. and 3.75 cm. The ratio of the velocities in
the two pipe is :
68. ,d vkn”kZ rjy inkFkZ nks vyx&vyx O;kl
¼2-5 lseh- rFkk 3-7 lseh-½ okys nks fgLlksa ls fufeZr
xksykdkj dkV okyh ikbZi ls gksdj cgrk gSA bu
nks vyx&vyx ikbZi esa rjy inkFkZ ds cgko ds
osx dk vuqikr gS %
(a) 9 : 4
(b) 3 : 2
(a) 9 : 4
(b) 3 : 2
(c)
(d)
(c)
(d)
3: 2
2: 3
3: 2
2: 3
MAJOR KALSHI CLASSES PVT. LTD.
69. Pressure is a scalar quantity because :
(a) It is the ratio of force to area and both force
and area are vectors.
(b) It is the ratio of the magnitude of the force
to area.
(c) It is the ratio of the component of the force
normal to the area
(d) It depends on the size of the area chosen
70. A string of mass 2.5 kg is under a tension of 200
N. The length of the stretched string is 20.0 m. If
the transverse jerk is struck at one end of the
string the disturbance will reach the other end in :
(a) one second
(c) 2 seconds
(b) 0.5 second
(d) data given is
insufficient
71. During the propagation of plane progressive
mechanical wave :
(a) all the particles are vibrating in the same phase
(b) amplitude of all the particles is equal
(c) particles of the medium executes S.H.M.
(d) wave velocity depends upon the nature of
the medium
FIGHTERS-60
12
69. nkc ,d vfn”k jkf”k gS] D;ksafd %
(a) ;g cy rFkk {ks=Qy dk vuqikr n”kkZrk gS rFkk
cy ,oa {ks=Qy nksuksa lfn”k jkf”k gsA
(b) ;g cy dh izcyrk rFkk {ks=Qy dk vuqikr
gSA
(c) ;g cy ds ?kVd rFkk {ks=Qy dk vuqikr gSA
(d) ;g pqus gq, {ks=Qy iz’B vkdkj ij fuHkZj gSA
70. 2-5 fdyks Hkkj okys ,d jLls ij 200 N dk ruko
cy gSA f[kaps gq, /kkxs dh yEckbZ 20-00 ehVj gSA
;fn /kkxs ds ,d fljs ls fn, x, vuqizLFk >Vds ls
mRiUu daiu dks nwljs fljs rd igq¡pus esa yxus
okys le; dk eku gksxk %
(a) 1 lsds.M
(b) 0-5 lsds.M
(c) 2 lsds.M
(d) vkadM+s i;kZIr ugha gSA
71. ,d likV vxzlfjr ;kaf=d rjax ds xfr”khy gksus
ds nkSjku %
(a) mlesa fufgr lHkh d.k ,d gh pj.k esa daiu
djsaxsA
(b) lHkh lEc) d.kksa dh vf/kdre mNky cjkcj
gksxhA
(c) ek/;e ds d.k ,d ljy] y;c) xfr djsaxsA
(d) rjax dk osx ek/;e dh iz—fr ij fuHkZj djsxkA
72. A particle executes SHM with a time period of
2s and amplitude 5 cm. Maximum magnitude of
its velocity is :
(a) 2.5  cm/s
(b) 5  cm/s
(c) 10  cm/s
(d) 20  cm/s
72. 2s ds le;kof/k rFkk 5 lseh- ds vk;ke okyk ,d
73. How will the frequency of a simple pendulum
vary when it is taken from the surface of the earth
to the bottom of a deep mine?
(a) Increases
(b) Decreases
(c) Remains unchanged
(d) Pendulum will not oscillate
73. i`Foh dh lrg ls ,d xgjh [kku ds Hkwry ij ys
74. A mass of 1 kg is suspended from a spring. Its
time period of oscillation on the earth is T. What
will be its time period at the centre of the earth?
74. ,d 1 fdyks dk Hkkj ,d /kkxs ls yVdk gSA i`Foh
d.k ljy y;c) xfr ls xfreku gSA mlds osx
dh vf/kdre izcyrk gksxh %
(a) 2.5  cm/s
(c) 10  cm/s
(b) 5  cm/s
(d) 20  cm/s
tkus ij ,d ljy nksyd dh vko`fRr esa dSlk
cnyko gksxk\
(a) vko`fRr c<+sxh
(b) ?kVsxh
(c) vifjofrZr jgsxh
(d) nksyd nksyu ugha djsxhA
ij mlds nksyu le; dky T gSA i`Foh ds dsUnz ij
mlds nksyu dk le; dky D;k gksxk %
(a) Zero
(b) T
(a) “kwU;
(b) T
(c) 2T
(d) Infinity
(c) 2T
(d) vlhfer
MAJOR KALSHI CLASSES PVT. LTD.
75. What happens when charge is placed on a soap
bubble?
(a) It collapses
(b) Its radius increases
(c) Its radius decreases (d) None
(b) F
(c) F/2
(d) Zero
(b) potential
(c) resistance
(d) current
75. ,d lkcqu ds cqycqys ij vkos”k j[kus ij D;k
gksxk\
(a) og QV tk,xk
(b) mldh f=T;k c<+sxh
76. + 3C rFkk – 3C ds vkos”k okyh nks xsans ,d nwljs
dks F cy ls vkdf’kZr djrs gSaA ;fn mu nksuksa xsanksa
ds vkos”k esa + 3C dh c<+ksRrjh dj nh tk, rks
nksuksa xsanksa ds e/; cy gksxk %
(a) 2F
(b) F
(c) F/2
(d) “kwU;
77. ohV LVksu fczt dk mi;ksx buesa ls fdldks ekius
77. Wheat stone bridge is used to measure :
(a) e.m.f.
13
(c) mldh f=T;k ?kVsxh (d) buesa ls dksbZ ugha
76. Two balls carrying charges of + 3C and – 3C
attract each other with a force F. If charge + 3C
is added to both, the force b/w the balls will be :
(a) 2F
FIGHTERS-60
esa fd;k tkrk gS\
(a) e.m.f.
(b) oksgVst {kerk
(c) izfrjks/k
(d) fo|qr {kerk
78. A cell of emf 2V, when short circuited gives a
current of 4 A. what is internal resistance of the
cell?
(a) 0.5 
(b) 1.0 
(c) 2.0 
(d) 4.0 
78. 2V ds emf ¼fo|qr izsjd cy½ okys ,d lsy ds “kkVZ
ljfdV gksus ij mlesa 4A dh fo|qr izokfgr gksrh
79. In the circuit given below what is the current in
the 2  resistor?
79. uhps iznf”kZr ifjiFk esa 2  ds izfrpkyd esa fo|eku
a
gSA lsy dh vkarfjd izfrjks/kdrk gksxh %
(a) 0.5 
(c) 2.0 
fo|qr /kkjk dk eku gksxk\
4Ω
2Ω
c
d
(b) 1.0 
(d) 4.0 
a
4Ω
2Ω
b
c
b
8Ω

8Ω
+
(a) 2A
(c) 6A
d
(b) 4A
(d) 8A
80. A heater is marked 1000 W. The energy consumed by it in one hour is :
+
(a) 2A
(c) 6A
(b) 4A
(d) 8A
80. ,d ghVj dh {kerk 1000 W gSA mlds }kjk 1 ?kaVs
esa miHkksx ¼iz;ksx½ dh tkus okyh ÅtkZ dk ek=k gS %
(a) 1 J
(b) 1 kJ
(a) 1 J
(b) 1 kJ
(c) 1 kwh
(d) 1 wh
(c) 1 kwh
(d) 1 wh
81. The frequency (in Hz) of the commercial alternating current generated in India is :

81. Hkkjr esa O;olkf;d A. C. ¼izfrorhZ fo|qr /kkjk½ dh
vko`fRr gS %
(a) 50
(b) 60
(a) 50
(b) 60
(c) 110
(d) 220
(c) 110
(d) 220
MAJOR KALSHI CLASSES PVT. LTD.
FIGHTERS-60
14
82. Which of the following has the dimensions of
current?
 
 
(a) 0 B.d l
(b)  0 B.d l
 
 
(c) B.d l  0
(d) B.d l 0
82. buesa ls fdl jkf”k ds vk;ke fo|qr /kkjk ds vk;ke
83. 1 ohm second =
83. 1 ohm lsds.M cjkcj gksrk gS %
ln`”k gksxk\
 
(a) 0 B.d l
 
(c) B.d l  0
 
(b)  0 B.d l
 
(d) B.d l 0
(a) henry
(b) siemns
(a) henry
(b) siemns
(c) weber
(d) tesla
(c) veber
(d) tesla
84. Which o f the fo llowing forms a part of
electromagnetic spectrum?
84. buesa ls dkSu ,d fo|qr pqEcdh; LisDVªe dk fgLlk
gS\
(a) –rays
(b) –rays
(a) –fdj.ksa
(b) –fdj.ksa
(c) –rays
(d) None
(c) –fdj.ksa
(d) dksbZ ugha
85. The interference fringes formed by a thin oil film
on water, when seen in the yellow light of sodium lamp will be :
85. ty dh lrg ij fo{ksfir ,d irys rSyh; i`’B
}kjk fufeZr gLr{ksih; ifg;ksa dks lksfM;e ySEi dh
ihyh jks”kuh esa %
(a) coloured
(a) jaxhu fn[ksxh
(b) yellow and black
(b) ihyh rFkk dkyh fn[ksxh
(c) coloured but without yellow
(c) jaxhu ijUrq ihr foghu
(d) partly green and partly orange
(d) vkaf”kd gjk rFkk ukjaxh
86. The minimum value of relative refracting index
is :
86. lkis { k ijkorhZ lw p dka d dh U;w u re eku
gksxh %
(a) Zero
(a) “kwU;
(b) less than 1 but not zero
(b) 1 ls de ij “kwU; ugha
(c) 1
(c) 1
(d) ,d ls vf/kd
(d) More than 1
87. What is the order of pressure of the gas in
cathode ray tube?
(a) 1 atmosphere
(c) 1 m of Hg
(b) 1 mm of Hg
(d) 1 nm of Hg
88. What is the nature of path of an electron when it
moves in a transverse electric field?
87. dSFkksM fdj.k ufydk esa xSl ds ncko dk ifjeki
gS %
(a) 1 atmosphere
(c) 1 m of Hg
(b) 1 mm of Hg
(d) 1 nm of Hg
88. ,d bysDVªku ds iFk dh iz—fr tc og ,d vuqizLFk
(a) straight line
(b) Ellipse
fo|qr {ks= esa pyrh gS] dSlh gksrh gS\
(a) lh/kh js[kh;
(b) v.Mkdkj
(c) Parabola
(d) Circle
(c) iSjkcksyk
89. The cyclotron was deviced by
(d) o`Rrh;
89. lkbdyksVªku dk vfo’dkj fd;k Fkk %
(a) E. Lawrence
(b) Lorentz
(a) bZ0 ykjsUl
(b) ykjsUt
(c) Oersted
(d) Maxwell
(c) vksjLVhM
(d) eSDlosy
MAJOR KALSHI CLASSES PVT. LTD.
90. Which of the following can not be accelerated
by cyclotron :
FIGHTERS-60
90. buesa ls dkSu ls d.k dks lkbDyksVªku }kjk Rofjr
ugha fd;k tk ldrk\
(a) –particle
(b) proton
(a) –d.k
(b) izksVku
(c) ion
(d) neutron
(c) vk;u
(d) U;wVªku
91. When 1 cm3 of water at 00C is changed to ice at
00C then the volume of ice approximately would
be :
91. tc 00C rkieku ij 1 cm3 vk;ru ds ty dks 00C
ij cQZ esa cnyk tkrk gS] rks cQZ dk vk;ru
yxHkx fdruk gksxk %
(a) 0.5 cm3
(b) 0.9 cm3
(a) 0.5 cm3
(b) 0.9 cm3
(c) 1.0 cm3
(d) 1.1 cm3
(c) 1.0 cm3
(d) 1.1 cm3
92. The height of a building is 78.4 m. If a stone
drops from the edge of the roof of the building,
15
92. ,d bekjr dh Å¡pkbZ 78-4 ehVj gSA ;fn ml
(a) 4 second
(b) 8 second
bekjr dh Nr ds ,d Nksj ls ,d iRFkj uhps
fxjk;k tk, rks mls tehu rd igq¡pus esa fdruk
le; yxsxk\
(a) 4 lsds.M
(b) 8 lsds.M
(c) 12 second
(d) 16 second
(c) 12 lsds.M
how much time does it take to reach the ground?
93. A total of 4900 joules energy was expended in
lifting a mass of 50 kg. The mass was raised to a
height of :
(d) 16 lsds.M
93. 50 fdyks Hkkj okys ,d fi.M dks mBkus esa 4900
twYl@ÅtkZ dh [kir gksrh gSA ml fi.M dh
tehu ls Å¡pkbZ gS %
(a) 5 m
(b) 10 m
(a) 5 eh-
(b) 10 eh-
(c) 98 m
(d) 980 m
(c) 98 eh-
(d) 980 eh-
94. A planet of Solar System has mass four times
and diameter twice than those of earth. The value
of g on this planet is :
94. lkS;Z e.My ds ,d x`g dk Hkkj rFkk O;kl i`Foh ds
Hkkj rFkk O;kl ls Øe”k% 4 xquk rFkk nks xquk gSA
ml x`g ij g dk eku gksxk\
(a) 4.9 ms–2
(b) 9.8 ms–2
(a) 4.9 ms–2
(b) 9.8 ms–2
(c) 19.6 ms–2
(d) 39.2 ms–2
(c) 19.6 ms–2
(d) 39.2 ms–2
95. The value of which one of the following quanti-
95. buesa ls fdl jkf”k dk eku lHkh eki iz.kkyh ds
ties remains same in all systems of units?
bdkbZ;ksa esa ,d leku gksxh \
(a) Acceleration due to gravity
(a) xq#Rokd’kZ.k ds dkj.k mRiUu Roj.k dk
(b) Specific gravity
(b) fof”k’V Hkkj
(c) Pressure
(c) nkc
(d) Density
(d) ?kuRo
96. What would be the power of an engine which
96. 18 kJ izfr feuV dh nj ls ÅtkZ dh vkiwfrZ djus
supplies 18 kJ of energy per minute?
okys batu dh dqy “kfDr dk eku gksxk\
(a) 200 W
(b) 250 W
(a) 200 W
(b) 250 W
(c) 300 W
(d) 1080 W
(c) 300 W
(d) 1080 W
MAJOR KALSHI CLASSES PVT. LTD.
97. Absolute zero temperature is :
FIGHTERS-60
97. laiw.kZ rkieku dk vFkZ gS&
(a) 00C
(b) – 273.16 K
(a) 00C
(b) – 273.16 K
(c) – 273.160C
(d) – 100 K
(c) – 273.160C
(d) – 100 K
98. A star which appears blue, will be :
16
98. uhyk fn[kus okyk rkjk nj vly
(a) as hot as the sun
(a) lwjt ds ftruk xeZ gksxkA
(b) cooler than the sun
(b) lwjt ls BMk gksxkA
(c) very cold indeed
(c) vR;Ur BaMk rkjk gksxkA
(d) much hotter than the sun
(d) lw;Z ls dbZ xquk xeZA
99. 10 g of ice at 00C is mixed with 10 g of water at
99. 00C rkieku ij 10 g cQZ dks 600C ij j[kus 10gm
600C. The resultant temperature of mixture is :
ty esa feyk;k tkrk gSA bl feJ.k dk rnFkZ
rkieku D;k gksxk\
(a) 00C
(b) 300C
(a) 00C
(b) 300C
(c) 400C
(d) 600C
(c) 400C
(d) 600C
100. Consider the following statements :
The fog during winter season is more on the day
when :
1. sky is clear
2. sky is cloudy
100. fuEufyf[kr dFkuksa ij fopkj djsa %
tkM+s ds ekSle esa dksgjk ml fnu vf/kd ?kuk gksrk
gS] tc %
1. vkdk”k lkQ gks
3. wind is blowing
2. vkdk”k cknyksa ls vkPNkfnr gks
Which of the statements given above is/are
3. tc gok cg jgh gks
correct?
buesa ls dkSu ls dFku lR; gS@gSa %
(a) 1 only
(b) 1 and 3
(a) dsoy 1
(b) 1 rFkk 3
(c) 1 and 2
(d) 2 and 3
(c) 1 rFkk 2
(d) 2 rFkk 4
101. Law of conservation of mass is not correct for—
(a) radioactive change (b) oxidation
(c) hydrolysis
(d) None
102. The law of constant proportion was proposed
by :
101. nzO;eku laj{k.k dk fu;e buesa ls fdl izfØ;k gsrq
lR; ugha gS\
(a) jsfM;ks/kehZ ifjorZu
(b) vkoklhdj.k
(c) gkbMªksfyfll
(d) buesa ls dksbZ ugha
102. fLFkj vuq i kr ds fu;e dks izL rkfor fdlus
fd;k\
(a) Proust
(b) Einstein
(a) Proust
(b) vkbZUlVkbu
(c) Richter
(d) Dalton
(c) fjoVj
(d) MkYVu
103. Bohr’s Theory is applicable to :
(a) H atom
(c) Li
+2
ions
(b) He+ ion
(d) All of these
103. cksj ¼Bohr’s½ dk fl)kUr buesa ls fdl ij ykxw
gksrk gS\
(a) H atom
(b) He+ vk;u
(c) Li +2 vk;u
(d) bu lHkh ij
MAJOR KALSHI CLASSES PVT. LTD.
FIGHTERS-60
17
104. bysDVªku dh [kkst fdlus dh\
104. Electron was discovered by :
(a) Crookes
(b) J. J. Thomson
(a) ØwDl
(b) ts0 ts0 Fkkelu
(c) Rutherford
(d) Chadwick
(c) jnjQksMZ
(d) pSMfod
105. The discovery of neutrons became very late because :
105. U;wVªkWu dh [kkst dh nsjh dk dkj.k gS&
(a) D;ksafd U;wVªkWu ijek.kq ds Hkhrj fufgr gksrs gSaA
(a) neutrons are present in the nucleus
(b) U;wVªkWu inkFkZ ds ewyHkwr [email protected] gSA
(b) neutrons are fundamental particles
(c) U;wVªkWu ij dksbZ vkos”k ugha gksrkA
(c) neutrons have no charge
(d) bu lHkh ij
(d) All of the above
106. The number of neutrons in
13
Al 27 is :
106.
13
Al 27 esa U;wVªkWu dh la[;k gksrh gS %
(a) 40
(b) 27
(a) 40
(b) 27
(c) 14
(d) 13
(c) 14
(d) 13
107. Oxidation number of oxygen in hydrogen peroxide is :
107. H2O2 ¼gkbMªk st u ijkDlkbM½ esa vkDlhtu dk
vkDlhdj.k la[;k gksxh %
(a) – 1
(b) + 1
(a) – 1
(b) + 1
(c) – 2
(d) None
(c) – 2
(d) buesa ls dksbZ ugha
108. Which is strongest reducing agent?
108. lcls izcy mikp;d gS %
(a) F–
(b) Cl–
(a) F–
(b) Cl–
(c) Br–
(d) I–
(c) Br–
(d) I–
109. Which one among the following metals is more
reactive than hydrogen?
109. buesa ls dkSu&lh /kkrq gkbMªkstu ls T;knk lfØ;
gS\
(a) Mercury
(b) Copper
(a) ikjk
(b) dkWij
(c) Silver
(d) Tin
(c) flYoj
(d) fVu
110. With reference to their relative strength, which
one of the following sequences of the bases is
correct?
110. vius lkisf{kd {kkjh; {kerk ds lanHkZ esa] buesa ls
(a) HCO3  CH 3COO   CIO4  OH 
(a) HCO3  CH 3COO   CIO4  OH 
(b) ClO4  CH 3COO   HCO3  OH 
(b) ClO4  CH 3COO   HCO3  OH 
(c) OH   HCO3  ClO4  CH 3COO 
(c) OH   HCO3  ClO4  CH 3COO 
(d) ClO4  CH 3COO   OH   HCO3
(d) ClO4  CH 3COO   OH   HCO3
111. Of all the gases present in the air, which one of
111. ok;q esa fo|eku lHkh xSlksa esa fdl xSl dh izfr”kr
dkSu&lh {kkjh; J`a[kyk lgh gS\
the following is highest in percentage?
ek=k lcls vf/kd gS %
(a) Carbone dioxide
(b) Hydrogen
(a) CO2
(b) gkbMªkstu
(c) Nitrogen
(d) Oxygen
(c) ukbVªkstu
(d) vkWDlhtu
MAJOR KALSHI CLASSES PVT. LTD.
112. The energy of an ideal gas depends only on its :
(a) pressure
(b) volume
(c) number of moles
(d) temprature
FIGHTERS-60
18
112. ,d vkn”kZ xSl dh ÅtkZ buesa ls dsoy fdl ij
fuHkZj djrk gS\
(a) nkc
(b) vk;ru
(c) eksy dh dqy la[;k (d) rkieku
113. gfM~M;k¡ jkr esa nhIreku jgrh gSa] D;ksafd&
113. Bones glow in the dark because :
(a) they contain shining material
(a) buesa pedhys rRo gksrs gSaA
(b) they contain red phosphorus
(b) buesa yky QkLQksjl gksrk gSA
(c) white phosphorus undergo slow combustion
in contact with air
(c) lQsn QkLQksjl ok;q ds laidZ esa vR;Ur /kheh
(d) white phosphorus changed into red phosphorus
114. How many isomers are possible for alkane
(molecular weight 86)?
(a) 4
(b) 3
(c) 5
(d) 6
Toyu djrs gSaA
(d) lQsn QkLQksjl yky QkLQksjl esa ifjofrZr
gksrk gSA
114. ,Ydsu ¼ijek.kq Hkkj&86½ ds fdrus laHkkfor %
(a) 4
(b) 3
(c) 5
(d) 6
115. yksgs dk lcls “kq) izk:i gS %
115. The purest form of iron is :
(a) cast iron
(b) pig iron
(a) dkLV vk;ju
(b) fix vk;ju
(c) steel
(d) wrought iron
(c) LVhy
(d) wrought iron
116. Which one of the following statements is
correct?
In the reaction 2 FeCl2  Cl2
2 FeCl3
116. buesa ls dkSu lk dFku lR; gS\
jklk;fud vfHkfØ;k
2 FeCl2  Cl2
2 FeCl3
(a) FeCl2 is an oxidizing agent
(a) FeCl2 ,d vip;d ?kVd gSA
(b) Cl2 is an oxidizing agent
(b) Cl2 ,d vip;d ,stsUV gSA
(c) FeCl3 is an oxidizing agent
(c) FeCl3 ,d vip;d ,sts.V gSA
(d) Cl2 is a reducing agent
(d) Cl2 ,d mikp;d ,sts.V gSA
117. In modern periodic Table, 6th period contains :
117. vk/kqfud vko`Rr lkj.kh esa NBk ihfj;M esa gksrs gSa %
(a) 32 elements
(b) 18 elements
(a) 32 rRo
(b) 18 rRo
(c) 30 elements
(d) 8 elements
(c) 30 rRo
(d) 8 rRo
118. Mkcfjfu;j Vªk;M gS %
118. Dobereiner triad is :
(a) Na, K, Rb
(b) Mg, S, As
(a) Na, K, Rb
(b) Mg, S, As
(c) Cl, Br, I
(d) P, S, As
(c) Cl, Br, I
(d) P, S, As
MAJOR KALSHI CLASSES PVT. LTD.
119. The formula of a metallic phosphate is MPO4,
FIGHTERS-60
119. ,d eSVkfyd ¼/kkfRod½ QkLQsV dk QkewZyk MPO4
the formula of its bromide is :
gS mlds czksekbM dk QkewZyk gksxk %
(a) MBr
(b) MBr2
(a) MBr
(b) MBr2
(c) M3Br
(d) MBr3
(c) M3Br
(d) MBr3
120. Which of the following bond is non-polar?
120. buesa ls dkSu&lk cU/k vukosf”kr cU/k gS\
(a) N – H
(b) C – H
(a) N – H
(b) C – H
(c) F – F
(d) O – H
(c) F – F
(d) O – H
121. When an ionic compound of the formula Xa Yb is
19
121. Xa Yb QkewZyk okys ,d vk;fud ;qXed dks tc ty
dissolved in water the ions formed will be :
esa ?kksyk tkrk gS] rks fufeZr vk;u gS %
(a) X a  and Y b
(b) aX a  and bY 
(a) X a  rFkk Y b
(b) aX a  rFkk bY 
(c) bX b  and aY b 
(d) aX b  and bY a 
(c) bX b  rFkk aY b 
(d) aX b  rFkk bY a 
122. The number of moles of CO2 which contain 16g
122. 16 xzke vkDlhtu ;qDr CO2 esa fdrus eksy CO2
gksxk\
of oxygen is :
(a) 0.25
(b) 0.50
(a) 0.25
(b) 0.50
(c) 1
(d) 2
(c) 1
(d) 2
123. The mass of an atom of nitrogen is :
(a)
14
g
6.023  1023
(b)
28
g
6.023  1023
(c)
1
g
6.023  1023
(d) 14
124. A reaction between HCl and O 2 is given
123. ukbVªkstu ds ,d ijek.kq dk nzO;eku gS&
(a)
14
g
6.023  1023
(b)
28
g
6.023  1023
(c)
1
g
6.023  1023
(d) 14
124. HCl rFkk O2 ds e/; vfHkfØ;k fuEufyf[kr lehdj.k
}kjk iznf”kZr dh tkrh gS&
by :
4 HCl  O2  2 H 2  2Cl2
4 HCl  O2  2 H 2  2Cl2
The equivalent weight of HCl is equal to
HCl dk lerqY; Hkkj cjkcj gS&
(a) its molecular weight
(a) vius ijek.kq Hkkj ds
(b) half of its molecular weight
(b) vius ijek.kq Hkkj dk vk/kk
(c) twice of its molecular weight
(c) vius ijek.kq Hkkj dk nksxquk
(d) four times its molecular weight
(d) vius ijek.kq Hkkj dk pkj xquk
MAJOR KALSHI CLASSES PVT. LTD.
125. Pick up the false statement :
FIGHTERS-60
20
125. buesa ls vlR; dFku dks fpfUgr dhft,&
(a) solid CO2 is known as dricold
(a) Bksl CO2 dks “kq’d cQZ dgrs gSaA
(b) Dry ice is used as a refriegrent
(b) MªkbZ vkbZl dks “khryu ,sts.V ds :i esaA
(c) Dry ice sublimes on heating
(d) Dry ice is covalent solid
126. Which one of the following is a dibasic acid?
(c) MªkbZ vkbZl xeZ djus ij Hkki voLFkk esa foyhu
gks tkrh gSA
(d) MªkbZ vkbZl ,d dksoSysUV lkfyM gSA
126. buesa ls dkSu ,d Dibasic f}{kkjh; vEy gS\
(a) HNO3
(b) H 2CO3
(a) HNO3
(b) H 2CO3
(c) H 3 PO2
(d) None of these
(c) H 3 PO2
(d) buesa ls dksbZ ugha
127. Trical is :
127. Vªkbdky gksrk gS&
(a) Carbon dioxide
(b) Carbon monoxide
(a) dkcZu MkbvkWDlkbM (b) dkcZu eksuksvkDlkbM
(c) Carbon suboxide
(d) Water
(c) dkcZu lcvkDlkbM (d) okVj
128. The H—O—OH bond in water molecule is :
(a) 104 0 31
(b) 1200
(c) 1800
(d) 1090 28
129. Air is completely removed from an electric bulb
to prevent :
128. ty esa H—O—OH cU/k gksrk gS :
(a) 104 0 31
(b) 1200
(c) 1800
(d) 1090 28
129. fo|qr cYc ls gok iwjh rjg ls fudky nh tkrh gS
rkfd %
(a) bursting of the bulb
(a) cYc u QVsA
(b) loss of light due to absorption
(b) fo|qr izdk”k dk xSl }kjk vi?kVu u gksA
(c) oxidation of tungsten filament
(c) VaxLVu rUrq dh vi?kVu fØ;k jksdh tk ldsA
(d) None of the above
(d) buesa ls dksbZ ughaA
130. Water boils at lower temprature than 1000C on a
hill station because
130. ty dk DoFkukad fdlh fgy LVs”ku ij 1000C ls
de gksrk gS] D;ksafd %
(a) there cloud formation at hight altitudes
(b) pressure is lower at high altitudes
(a) Å¡pkbZ ij cknyksa dk fuekZ.k gksrk gSA
(c) temprature is lower at high altitudes
(c) Å¡pkbZ ij rkieku de gksrk gSA
(d) water vapour are less at high altitudes
(d) Å¡pkbZ ij ty ok’i de curk gSA
131. Nodules with nitrogen fixing bacteria are present
(b) Å¡pkbZ okys LFkku ij nkc de gksrk gSA
131. ukbVªkstu dks fQDls”ku djus okys thok.kq buesa ls
fdl iks/ks dh tM+ksa dh xkaB esa ekStwn jgrs gSa\
in :
(a) Mustand
(b) Rice
(a) eLVMZ
(b) pkoy
(c) Gram
(d) Cotton
(c) puk
(d) dikl
MAJOR KALSHI CLASSES PVT. LTD.
132. Which of the following substances is used as a
FIGHTERS-60
21
132. buesa ls fdl inkFkZ dk iz;ksx moZjd ds :i esa
fertilizers?
djrs gSa %
(a) K2 SO4 Al2  SO4 3 . 24 H 2O
(a) K2 SO4 Al2  SO4 3 . 24 H 2O
(b) CaCN 2
(b) CaCN 2
(c) Ca  H 2 PO4 2 . H 2O  2  CaSO4 . 2H 2O 
(c) Ca  H 2 PO4 2 . H 2O  2  CaSO4 . 2H 2O 
(d) Both (b) and (c)
(d) (b) rFkk (c) nksuksa
133. Distance between two layers of carbon atoms in
133. xzsQkbV esa dkcZu dh nksuksa ijrksa ds e/; nwjh gksrh
gS&
graphite is :
(a) 335 Pm
(b) 154 Pm
(a) 335 Pm
(b) 154 Pm
(c) 5.33 Pm
(d) None of these
(c) 5.33 Pm
(d) buesa ls dksbZ ugha
134. Which one of the following glasses is used in
134. cqysV izwQ LØhu esa buesa ls dkSu ls dk¡p dk
mi;ksx gksrk gS\
bullet proof screens?
(a) Soda glass
(b) Pyrex glass
(a) lksM Xykl
(b) ikbjsDl Xykl
(c) Jena glass
(d) Reinforced glass
(c) tsuk Xykl
(d) Reinforced Xykl
135. For making coloured glasses .......... are used.
135. jaxhu p”es ds ysUl cuus esa fdldk iz;ksx fd;k
tkrk gS\
(a) oxides of carbon
(a) dkcZu ds vkWDlkbM dk
(b) oxides of alkaline earth metals
(b) ,Ydkykbu vFkZ esVy ds vkWDlkbM dk
(c) oxides of alkali metals
(c) {kkjh; /kkrqvksa ds vkWDlkbM dk
(d) oxides of transition metals
(d) Vªkft”ku /kkrqvksa ds vkWDlkbM dk
136. Match List-I and List-II and select the correct
answer using the codes given below the list :
136. lwph-I rFkk lwph-II dks lqesfyr dj lgh mRrj dk
uhps fn, x, dwVksa dh enn ls pquko djsa %
List-I
List-II
lwph-I
lwph-II
A. Nitrous oxide
1. N2O5
A. ukbVªl vkWDlkbM
1. N2O5
B. Nitric anhydride
2. HNO2
B. ukbfVªd ,ugkbMªkbZM
2. HNO2
C. Nitrous acid
3. N2O
C. ukbVªl vEy
3. N2O
D. Anhydride of nitrous acid
4. N2O3
D. ,ugkbMªkbZM vkWQ ukbVªl ,flM 4. N2O3
A
B
C
D
(a)
1
2
3
4
(b)
3
1
2
(c)
3
1
(d)
1
3
A
B
C
D
(a)
1
2
3
4
4
(b)
3
1
2
4
4
2
(c)
3
1
4
2
2
4
(d)
1
3
2
4
MAJOR KALSHI CLASSES PVT. LTD.
137. The molecule having two unpaired electrons is :
FIGHTERS-60
22
137. nks vxqf.kr bysDVªkWu okyk ijek.kq gS %
(a) CO
(b) NO
(a) CO
(b) NO
(c) CN
(d) O2
(c) CN
(d) O2
138. gkbMªkstu dks buesa ls fdlds Åij lap;u ¼izkfIr½
138. Hydrogen is collected :
(a) over water
(b) over mercury
(c) over alcohal
(d) None
139. The conjugate acid of NH 2 is :
fd;k tkrk gS\
(a) ty ds Åij
(b) ikjs ds Åij
(c) ,Ydksgy ds Åij
(d) dksbZ ugha
139. NH 2 dh la;kstd vEy gS %
(a) NH 3
(b) NH 2OH
(a) NH 3
(b) NH 2OH
(c) NH 4
(d) N 3 H
(c) NH 4
(d) N 3 H
140. A soda water bottle has pH :
140. lksMk okVj cksry ds pH dk eku gksrk gS %
(a) < 7
(b) > 7
(a) < 7
(b) > 7
(c) = 7
(d) unpredictable
(c) = 7
(d) vfuf”pr
141. The metal compound commonly found in
141. flUnwj ;k dqedqe esa ik;k tkus okyk ;kSfxd rRo
Sindhoor or Kumkum is based on
gksrk gS %
(a) Tin
(b) Lead
(a) fVu
(b) lhlk
(c) Copper
(d) Zine
(c) rkack
(d) ftad
142. fQVdjh dk iz;ksx gksrk gS %
142. Alum is used as
(a) an analgesic
(a) ,d nnZ fuokjd ds :i esa
(b) a fertilizer
(b) ,d mojZd ds rkSj ij
(c) a disinfectant
(c) ,d dhVk.kquk”kd ds :i esa
(d) a purifier for water
(d) ty ds “kqf)dj.k gsrq
143. Which among the following elements (metals)
pollutes the air of a city having large number of
automobiles?
143. Hkkjh la[;k esa okgu ;qDr “kgj ds ok;qe.My esa
(a) Cadmium
(b) Lead
iznw’k.k QSykus ds fy, dkSu&ls /kkfRod rRo ftEesnkj
gSa\
(a) dSMfe;e
(b) lhlk
(c) Chromium
(d) Nickel
(c) Øksfe;e
(d) fudy
144. vkWDlhtu rFkk vkstksu gS %
144. Oxygen and ozone are
(a) allotropes
(b) isomers
(a) len”khZ ¼,yksVªki½
(b) leHkkjh
(c) isotopes
(d) isobars
(c) leLFkkfud
(d) leHkkfjd
145. When applied to the affected area, which one of
the following will relieve the pain due to ant-bite
or bee-sting?
145. e/kqeD[kh ds dkVus ij izHkkfor {ks= ij yxkus ij
buesa ls dkSu&lk jlk;u jkgr nsrk gS\
(a) Lemon juice
(b) Vinegar
(a) uhacw dk jl
(b) fljdk ¼fousxj½
(c) Baking soda
(d) Caustic soda
(c) csfdax lksMk
(d) dkfLVd lksMk
MAJOR KALSHI CLASSES PVT. LTD.
146. Which among the following is a chemical change?
FIGHTERS-60
23
146. buesa ls dkSu&lk ifjorZu jlk;fud ifjorZu gS\
(a) A wet towel dries in the sun
(a) lw;Z dh jks”kuh esa rkSfy;s dk lw[kuk
(b) Lemon jice added to tea causing its colour
(b) pk; esa uhacw jl feykus ij pk; ds jax dk
to change
cnyuk
(c) jsfM;sVj ls fudyus okyh xeZ ok;q dk Åij
(c) Hot air rises over a radiator
(d) Coffee is brewed by passing steam through
mBuk
(d) ihlh gqbZ dkQh ls Hkki dks ikl djus ij dkQh
dk Hkkx cuuk
ground coffee
147. Which among the following is a element?
147. buesa ls dkSu&lh inkFkZ rRo gS\
(a) Alumina
(b) Brass
(a) ,ywfeuk
(b) czkl
(c) Graphite
(d) Silica
(c) xzsQkbZV
(d) flfydk
148. Consider the following equation for the formation of ammonia from nitrogen and hydrogen :
148. ukbVªkstu rFkk gkbMªkstu ls veksfu;k ds fuekZ.k dh
fuEufyf[kr lehdj.k dk v/;;u djsa&
N2 + 3H2 = 2NH3
N2 + 3H2 = 2NH3
How many hydrogen molecules are required to
react with 100 molecules of nitrogen?
ukbVªkstu ds 100 v.kqvksa ls vfHkfØ;k gsrq gkbMªkstu
ds fdrus v.kqvksa dh vko”;drk gksxh\
(a) 100
(b) 200
(a) 100
(b) 200
(c) 300
(d) 400
(c) 300
(d) 400
149. Which one among the following is used as a
moderator in nuclear reactors?
149. buesa ls dkSu&lk rRo ijek.kq fj;sDVjksa esa ekMjsVj
(a) Ozone
(b) Heavy hydrogen
¼leizs’kd½ ds :i esa iz;ksx fd;k tkrk gS\
(a) vkstksu
(b) Hkkjh gkbMªkstu
(c) Heavy water
(d) Hydrogen peroxide
(c) Hkkjh ty
150. Which one of the following contains maximum
percentage of nitrogen by mass?
(a) Urea
(b) Ammonium cyanide
(c) Ammonium carbonate
(d) Ammonium nitrate
151. In 1690 A.D. who is credited with the establishment of Calcutta city?
(d) gkbMªkstu ijkDlkbZM
150. buesa ls fdlesa ukbVªkstu ds nzO;eku ds lanHkZ esa
lcls vf/kdre izfr”kr gksrk gS\
(a) ;wfj;k
(b) ,eksfu;e lkbukbZM
(c) ,eksfu;e dkjcksusV
(d) ,eksfu;e ukbVªsV
151. 1690 bZ0 esa dydRrk dh LFkkiuk dk Js; fdldks
fn;k tkrk gS\
(a) Captain William Heath
(a) dSIVu fofy;e ghFk
(b) William Hajez
(b) fofy;e gstst
(c) John Charnok
(c) tkWu pkjukWd
(d) Robert Clive
(d) jkWcVZ Dykbo
MAJOR KALSHI CLASSES PVT. LTD.
152. Who constituted the Secret Revolutionary coun-
FIGHTERS-60
24
152. ^vfHkuo Hkkjr* uked xqIr ØkfUrdkjh lfefr dk
xBu fdlus fd;k Fkk\
cil, “Abhinav Bharat”.
(a) Khudiram Bose
(b) Praful Chaki
(a) [kqnhjke cksl
(b) izQqYy pkdh
(c) B. D. Savarkar
(d) Pulin Bihari Das
(c) ch0 Mh0 lkojdj
(d) iqfyu fcgkjh nkl
153. How many states border touches the Uttar
153. mRrj izns”k dks Hkkjr ds fdrus jkT;ksa dh lhek,¡
Li”kZ djrh gSa\
Pradesh?
(a) 4
(b) 5
(a) 4
(b) 5
(c) 8
(d) 3
(c) 8
(d) 3
154. By which constitutionial Amendment was the
154. lEifRr ds ew y vf/kdkj dks fdl la f o/kku
fundamental right to property was annulled :
la”kks/ku fo/ks;d }kjk lekIr fd;k x;k\
(a) 42th
(b) 44th
(a) 42osa
(b) 44osa
(c) 45th
(d) 52th
(c) 45osa
(d) 52osa
155. Who was the founder President of Harijan Sewak
155. egkRek xka/kh }kjk LFkkfir gfjtu lsod la?k ds
Sangh set up by Mahatma Gandhi?
laLFkkid v/;{k dkSu Fks\
(a) Mahadev Desai
(a) egknso nslkbZ
(b) Ghanshyam Das Bidla
(b) ?ku”;ke nkl fcM+yk
(c) Amritlal Thakkar
(c) ve`ryky BDdj
(d) B. R. Amedkar
(d) ch0 vkj0 vEcsMdj
156. Match the List-I with the List-II
List-I
List-II
156. lwph&I dks lwph&II ls lqesfyr dhft,&
A. Rabat
1- Brazil
lwph&I
A. jckr
B. Jerusalem
2- Morocco
B. ts#lye
2- eksjDdks
C. Gobi
3- Israel
C. xksch
3- bt+jk;y
D. Selvas
4- Mangolia
D. lsYokl
4- eaxksfy;k
Choose the right answer from the following :
Codes :
(a)
(b)
(c)
(d)
A
B
C
D
1
2
4
3
2
3
3
2
3
4
2
4
4
1
1
1
157. Shivasamundram water fall is situated on the bank
of which river :
(a) Narmada River
(b) Kaveri River
(c) Tungbhadra River
(d) Chambal River
lwph&II
1- czkthy
fuEufyf[kr dwV esa ls lgh mRrj dk p;u dhft,&
dwV
(a)
(b)
(c)
(d)
A
B
C
D
1
2
4
3
2
3
3
2
3
4
2
4
4
1
1
1
157. f”koleqnze ty izikr fuEu esa ls fdl unh ij
fLFkr gS\
(a) ueZnk unh
(c) rqaxHknzk unh
(b) dkosjh unh
(d) pEcy unh
MAJOR KALSHI CLASSES PVT. LTD.
158. At which of the following oceans Sargasso sea
is located ?
(a) Pacific Ocean
(b) Atlantic Ocean
(c) Indian Ocean
(d) Mediterranean Sea
159. The Production of Sugarcane per hectare is
highest in Maharashtra. Why is it so?
(a) Maharashtra’s climatic is suitable for sugarcane cultivation
(b) Maharashtra Govt. gives more subsidy on
sugarcane farming
(c) In Maharashtra sufficient irrigation facilities
and fertilizers supply is available
(d) None of the above
160. Which is the supreme body in the field of
FIGHTERS-60
25
158. lkjxSlks lkxj fuEu esa ls dgk¡ fLFkr gS\
(a) iz”kkUr egklkxj
(b) ,Vykf.Vd egklkxj
(c) fgUn egklkxj
(d) Hkwe/; lkxj
159. xUuk dk mRiknu izfr gsDVs;j lcls vf/kd egkjk’Vª
esa gksrk gS] ,slk D;ksa gksrk gS\
(a) egkjk’Vª dh tyok;q xUuk ds fy, mi;qDr gS
(b) egkjk’Vª ljdkj xUuk ij vf/kd NwV (Subsidy) nsrh gS
(c) egkjk’Vª esa flapkbZ ,oa moZjd i;kZIr ek=k esa
miyC/k gSa
(d) mi;qZDr esa ls dksbZ ugha
160. Hkkjr esa vkS|ksfxd foRr ds {ks= esa loksZPp laLFkk
Industrial Finance :
dkSu gS\
(a) Reserve Bank of India
(a) Hkkjrh; fjt+oZ cSad
(b) Industrial Development Bank
(b) baMfLVª;y MsoyiesaV cSad
(c) NABARD
(c) ukckMZ
(d) Industrial Finance Corporation of India
(d) baMfLVª;y QkbusUl dkiksZjs”ku vkWQ bf.M;k
161. Who was the President of State Reconstitution
161. fnlEcj 1953 esa xfBr jkT;&iquxZBu vk;ksx ds
Commission set up in Dec. 1953?
v/;{k dkSu Fks\
(a) Justice M. C. Chagla
(a) U;k;ewfrZ ,e0 lh0 Nkxyk
(b) Justice Fazal Ali
(b) U;k;ewfrZ Qty vyh
(c) Pandit Hriday Nath Kunjru
(c) ia0 ân;ukFk dqt:
(d) Guljari Lal Nanda
(d) xqytkjh yky uUnk
162. During which of the following movement the slogan of “Bande Matram” adopted for the first
time?
(a) Swadeshi Movement
(b) Civil Disobedience Movement
(c) Non-cooperation Movement
(d) Quit India Movement
163. Who is the President of National Development
Council?
(a) Vice-president of Planning Commission
(b) President
(c) President of Finance Commission
(d) Prime Minister
162. fuEu esa ls fdl vkUnksyu ds nkSjku ^cans ekrje~* dk
Lyksxu igyh ckj vaxh—r fd;k x;k\
(a) Lons”kh vkUnksyu
(b) lfou; voKk vkUnksyu
(c) vlg;ksx vkUnksyu
(d) Hkkjr NksM+k vkUnksyu
163. jk’Vªh; fodkl ifj’kn~ dk v/;{k dkSu gksrk gS\
(a) ;kstuk vk;ksx dk mik/;{k
(b) jk’Vªifr
(c) foRr vk;ksx dk v/;{k
(d) iz/kkuea=h
MAJOR KALSHI CLASSES PVT. LTD.
FIGHTERS-60
26
164. At what stage comptroller and Auditor General
retires?
164. dEIVªksyj ,.M vkWMhVj tujy lsok fuo`Rr gksrs
(a) After 6 years of appointment or after attaining the age of 65 years
(a) fu;qfDr ds 6 o’kZ ckn ;k 65 o’kZ dh vk;q iwjh
(b) After attaining 62 years age
(c) 5 years after appointment or after completion of 65 years of age
(d) On attaining 60 years age
165. After 1858 A.D. when India came under the ambit
of British Royal crown the exodus of Indian
wealth and burden of British debt also increased
because
(a) The expenses which were being incurred on
British Administration and Military operation
increased a lot
gSa %
gksus ij
(b) 62 o’kZ dh vk;q iwjh gksus ij
(c) fu;qfDr ds 5 o’kZ ckn ;k 65 o’kZ dh vk;q iwjh
gksus ij
(d) 60 o’kZ dh vk;q ij
165. 1858 bZ0 ds i”pkr~ tc Hkkjr fczfV”k “kkgh rkt ds
v/khu vk x;k] rks Hkkjr ls /ku dk cfgxZeu cM+k
vkSj Hkkjr ij fczfV”k _.kksa dk cks> Hkh c<+ x;k]
D;ksafd
(a) Hkkjr esa fczfV”k iz”kklfud vkSj lSU; O;oLFkk ds
lapkyu ij gksus okys O;; cgqr c<+ x,
(b) More money was expatriated outside India
in comparison to British monetary investment
(b) Hkkjr esa fczfV”k iw¡thfuos”k ds cnys fczVsu dks
(c) Excessive increase in home charges
(c) x`g izHkkjksa (Home charges) esa vR;f/kd o`f)
(d) All the above
(d) mi;qZDr lHkh
166. Allen Johnson Sir leef came on a four days visit
to India in September 2013. He was honoured
with the Indira Gandhi Peace Award. he is the
President of which country?
(a) Liberia
(b) Sweden
(c) Finland
(d) Norway
vf/kd /ku Hkstuk
166. ,yu tkWulu ljyhQ flrEcj] 2013 esa pkj&fnolh;
;k=k ij Hkkjr vkbZAa bUgsa bfUnjk xk¡/kh “kkfUr iqjLdkj
ls lEekfur fd;k x;kA og fdl ns”k dh jk’Vªifr
gSa\
(a) ykbcsfj;k
(b) LohMu
(c) fQuyS.M
(d) ukWosZ
167. Recently for which privilege class of officers and
167. vHkh gky gh esa ljdkj us fdl [kkl Js.kh ds
their kith and kins Government has extended the
vQljksa vkSj vkfJrksa ds fy, fons”k esa Hkh bykt ds
facility of bearing the medical expenses incurred
in a foreign country?
[kpZ dh lqfo/kk iznku dh gS\
(a) I.A.S.
(b) I.P.S.
(a) vkbZ0 ,0 ,l0
(b) vkbZ0 ih0 ,l0
(c) I.F.S.
(d) All the above
(c) vkbZ0 ,Q0 ,l0
(d) ;s lHkh
168. Recently which region (area) has been declared
as ecologically vulnerable and sensitive by the
Environment and Forest Ministry?
168. gky gh esa i;kZoj.k ,oa ou eU=ky; us fdl {ks= dks
ikfjfLFkfrdh laosnu”khy {ks= ?kksf’kr fd;k gS\
(a) e:n tathjk ¼egkjk’Vª½
(a) Marud Janzira (Maharashtra)
(b) Western Ghats
(c) Oceanic National Park (Gulf of Kutch)
(d) None of the above
(b) if”peh ?kkV
(c) lkeqfnzd us”kuy ikdZ ¼dPN dh [kkM+½
(d) mijksDr esa ls dksbZ ugha
MAJOR KALSHI CLASSES PVT. LTD.
169. Prime Minister Manmohan Singh issued a Postal
Stamp in commemesation of which of the following
(a) Lala jagatnarayan
(b) Sunita Kaila
(c) Kalpana Chawla
(d) None of the above
FIGHTERS-60
27
169. iz/kkuea=h eueksgu flag us 9 flrEcj] 2013 dks
fdldh Le`fr esa Mkd fVdV tkjh fd;k\
(a) ykyk txrukjk;.k
(b) lquhrk dSyk
(c) dYiuk pkoyk
(d) mijksDr esa ls dksbZ ugha
170. Government has constituted a committee under
170. Hkkjrh; efgyk cSad ds Cywfiz.V rS;kj djus ds fy,
whose presidentship for preparing a blue print
ljdkj us fdldh v/;{krk esa ,d lfefr dk xBu
of Indian women Bank?
fd;k gS\
(a) D. P. Tripathi
(b) P. N. Verma
(a) Mh0 ih0 f=ikBh
(b) ih0 ,u0 oekZ
(c) M. V. N. Rao
(d) Rajeev Kaushik
(c) ,e0 oh0 ,u0 jko
(d) jktho dkSf”kd
171. If NOIDA is coded by STNIF, then MEERUT
171. ;fn NOIDA dks STNIF fy[kk tkrk gS] rks blh
dwVfyfi (Code) esa MEERUT dSls fy[kk tk,xk\
is coded by—
(a) QIIVYX
(b) RJJWZV
(a) QIIVYX
(b) RJJWZV
(c) RJJWZY
(d) RIIVYX
(c) RJJWZY
(d) RIIVYX
172. If RED is coded by 6720 then GREEN is coded
172. ;fn RED dks dwV ladsrksa esa 6720 fy[kk tkrk gS]
rks GREEN ds dwV ladsr D;k gksaxs\
by —
(a) 9207716
(b) 1677199
(a) 9207716
(b) 1677199
(c) 1677209
(d) 16717209
(c) 1677209
(d) 16717209
173. If the ninth day of a month falls one day before
sunday, then on which day of the week the 1st of
month will fall?
(a) Friday
(b) Saturday
(c) Sunday
(d) Monday
174. If 234  150 = 54, 251  402 = 48 and
173. ;fn ekl dh 9 rkjh[k jfookj ds igys okys fnu
iM+rh gks] rks ekl dh 1 rkjh[k fdl fnu iM+sxh\
(a) “kqØokj
(b) “kfuokj
(c) jfookj
(d) lkseokj
174. ;fn 234  150 = 54, 251  402 = 48 vkSj
523  246 = 120 then, 651  345 = \
523  246 = 120 gks] rks 651  345 = \
(a) 120
(b) 85
(a) 120
(b) 85
(c) 144
(d) 60
(c) 144
(d) 60
175. If ^&* denotes ^  *] ^$* denotes ^  *] ^  * denotes
175. ;fn ^&* dk vFkZ Hkkx nsuk] ^$* dk vFkZ xq.kk djuk]
^  * denotes ^$* then choose right
^  * dk vFkZ ?kVkuk vkSj ^  * dk vFkZ tksM+uk gks rks
uhps fn, x, lehdj.kksa esa dkSu&lk lgh gS&
‘–’,
equation—
(a) 18  3  2 + 8 – 6 = 10
(b) 18 – 3 + 2  8  6 = 14
(c) 18 – 3  2  8 + 6 = 17
(a) 18  3  2 + 8 – 6 = 10
(d) 18  8 + 2  8 – 6 = 15
(d) 18  8 + 2  8 – 6 = 15
(b) 18 – 3 + 2  8  6 = 14
(c) 18 – 3  2  8 + 6 = 17
MAJOR KALSHI CLASSES PVT. LTD.
176. Which of the following options denotes the ra-
FIGHTERS-60
28
176. fuEufyf[kr fodYiksa esa ls dkSu&lk fodYi uhps
tional order of the words enumerated below?
fn, gq, “kCnksa dk lkFkZd Øe n”kkZrk gS\
1- Book
2- Pulp
1- iqLrd]
2- yqXnh]
3- Wooden log
4- Forest
3- ydM+h dk yV~Bk]
4- ou]
(a) 3, 2, 5, 1, 4
(b) 2, 5, 1, 4, 3
(a) 3, 2, 5, 1, 4
(b) 2, 5, 1, 4, 3
(c) 4, 3, 2, 5, 1
(d) 5, 4, 3, 1, 2
(c) 4, 3, 2, 5, 1
(d) 5, 4, 3, 1, 2
5- Paper
177. Out of the following which is an odd one?
5- dkxt
177. fuEu esa dkSu&lk fo’ke gS&
(a) IJCD
(b) WYTS
(a) IJCD
(b) WYTS
(c) ORKL
(d) PQMN
(c) ORKL
(d) PQMN
178. yqIr la[;k crkb,&
178.
8
9
6
8
7
7
8
?
5
4
?
9
8
7
6
7
5
4
270 224 336
270 224 336
(a) 9
(b) 6
(a) 9
(b) 6
(c) 7
(d) 5
(c) 7
(d) 5
179. Which o f the fo llowing figures depicts
179. buesa ls dkSu&lh vk—fr leprqeqZtksa vkSj cgqHkqtksa
quadrilaterats and polygons :
dks n”kkZrh gS\
(a)
(b)
(a)
(b)
(c)
(d)
(c)
(d)
180. Which one figure is the miror image in the given
180. dkSu&lh vk—fr nh xbZ vk—fr dk niZ.k izfrfcEc
figure where as mirror is placed in PQ state :
gS tcfd niZ.k PQ dh fLFkfr esa j[kk tkrk gS\
Q. Figure
iz”u vk—fr
Q
P
(a)
(b)
(c)
P
(d)
(a)
(b)
(c)
Q
(d)
MAJOR KALSHI CLASSES PVT. LTD.
Directions (181-184) : In these four questions,
some parts of the questions or sentence have errors
and some have none. Find out which part of a
sentence has an error. If a sentence is free from error
your answer is (d).
181. All the staffs (a)/ of this office hold the view (b)/
that Mr. Sinha is a very wise and intelligent
officer. (c)/ No error (d)
182. He said that he did not feel (a)/ any need to discuss (b)/ the episode in the detail. (c)/ No error (d)
183. He found (a)/ himself in a trouble (b)/ when he
saw no rickshaw outside the station. (c)/ No
error (d)
184. Not only the doctor (a)/ but also the nurses of
his nursing home is very kind and helpful (b)/ to
the attandants. (c) No error (d)
Directions (185-186) : In these questions, choose
the word opposite in meaning to the given word.
185. Confess
(a) Refuse
(b) Deny
(c) Contest
(d) Contend
186. Absolute
(a) Deficient
(b) Faulty
(c) United
(d) Scarce
Directions (187-188) : In these questions, choose
the word which best express in meaning to the given
word.
187. Unique
(a) Single
(c) Concealed
(b) Usual
(d) Double
188. Sorrow
(a) Excited
(c) Cry
(b) Mourn
(d) Delighted
Directions (189-190) : In these questions choose
the best alternative which best express the meaning of
the idiom/phrase.
189. To come around
(a) To get well
(b) To reach around about
(c) To Succeed
(d) To complete a circle
FIGHTERS-60
29
190. A white elephant
(a) An elephant with white skin
(b) A costly thing
(c) A costly and useful thing
(d) A costly but useless thing
Directions (191-192) : In these questions choose
the one, which can be substituted for the given words/
sentences.
191. Government by one man :
(a) Autocracy
(b) Autobiography
(c) Democracy
(d) Anarchy
192. Persons working in the same office :
(a) Compatriot
(b) Colleagues
(c) Company
(d) Partner
Directions (193-194) : In these questions choose
the correctly spelt word.
193. (a) Diecive
(b) Deceive
(c) Diceive
(d) Decieve
194. (a) Tachnique
(c) Tequniche
(b) Technique
(d) Technequie
Directions (195-196) : In these questions a sentence is divided into four parts P, Q, R and S respectively. All these four parts are jumbled with each other.
So choose the right option.
195. I was P : and stay for a few days in Delhi ,
Q : when my father told me, R : very excited,
S : that I could go with him
(a) P Q R S
(b) Q R SP
(c) R Q S P
(d) S P Q R
196. A policeman P : to abide , Q : if he has to do
well, R : by the strict letters of the law,
S : cannot afford.
(a) P R Q S
(b) Q S P R
(c) R Q P S
(d) S P R Q
PASSAGE
Sometimes we went off the road and on a parth
through the pine forest. The floor of the forest was
soft to walk on; the frost did not harden it as it did the
road. But we did not mind the hardness of the road
because we had nails in the soles and heels of our boots
and the heel nails bit on the frozen ruts and with nailed
boots it was good walking on the road and invigorating. It was lovely walking in the woods.
MAJOR KALSHI CLASSES PVT. LTD.
197. Sometimes we walked through the pine forest
as :
FIGHTERS-60
199. We did not mind the hardness of the road
because :
(a) the path was unaffected by the frost
(a) we had nailed boots on
(b) it was good walking with nails in the boots
(b) it was good walking on the road
(c) the walk was invigorating
(c) the walk was refreshing
(d) it was sheer joy to walk in the forest
(d) the nails bit on the frozen roads
198. The floor of the forest was soft because :
30
200. ‘Frozen ruts’ means :
(a) the frost did not hardent it on account of trees
(a) very cold roads
(b) the travellers were wearing boots
(b) wheel marks in which frost had become hard
(c) the shoes had nails on their sole and heel
(c) the road covered with frost
(d) they enjoyed walking in the woods
(d) roads convered with snow
ANSWER SHEET
1. (b)
2. (d)
3. (c)
4. (b)
5. (d)
6. (c)
7. (d)
8. (c)
9. (a)
10. (b)
11. (b)
12. (a)
13. (b)
14. (a)
15. (c)
16. (a)
17. (c)
18. (d)
19. (b)
20. (a)
21. (c)
22. (d)
23. (a)
24. (c)
25. (d)
26. (b)
27. (b)
28. (d)
29. (b)
30. (b)
31. (b)
32. (c)
33. (d)
34. (c)
35. (b)
36. (b)
37. (a)
38. (d)
39. (c)
40. (c)
41. (b)
42. (c)
43. (b)
44. (d)
45. (c)
46. (c)
47. (c)
48. (b)
49. (a)
50. (b)
51. (c)
52. (c)
53. (b)
54. (c)
55. (c)
56. (a)
57. (c)
58. (b)
59. (b)
60. (c)
61. (a)
62. (c)
63. (a)
64. (d)
65. (d)
66. (d)
67. (a)
68. (a)
69. (c)
70. (b)
71. (a)
72. (b)
73. (b)
74. (b)
75. (b)
76. (d)
77. (c)
78. (a)
79. (c)
80. (c)
81. (a)
82. (c)
83. (a)
84. (c)
85. (b)
86. (b)
87. (c)
88. (c)
89. (a)
90. (d)
91. (d)
92. (a)
93. (b)
94. (b)
95. (b)
96. (c)
97. (c)
98. (d)
99. (a)
100. (b)
101. (a)
102. (a)
103. (d)
104. (b)
105. (c)
106. (c)
107. (a)
108. (d)
109. (d)
110. (b)
111. (c) 112. (d)
113. (c)
114. (c)
115. (d)
116. (b)
117. (a)
118. (c)
119. (d)
120. (c)
121. (d) 122. (b)
123. (a)
124. (a)
125. (d)
126. (b)
127. (a)
128. (a)
129. (c)
130. (d)
131. (c) 132. (d)
133. (a)
134. (d)
135. (d)
136. (b)
137. (d)
138. (a)
139. (a)
140. (a)
141. (a) 142. (c)
143. (a)
144. (c)
145. (d)
146. (b)
147. (a)
148. (c)
149. (a)
150. (b)
151. (c)
152. (c)
153. (c)
154. (b)
155. (b)
156. (b)
157. (b)
158. (b)
159. (a)
160. (b)
161. (b) 162. (a)
163. (d)
164. (a)
165. (d)
166. (a)
167. (d)
168. (c)
169. (a)
170. (c)
171. (c) 172. (c)
173. (a)
174. (c)
175. (b)
176. (c)
177. (a)
178. (b)
179. (a)
180. (b)
181. (c) 182. (c)
183. (b)
184. (b)
185. (b)
186. (b)
187. (a)
188. (b)
189. (d)
190. (d)
191. (a) 192. (b)
193. (b)
194. (b)
195. (c)
196. (b)
197. (a)
198. (a)
199. (a)
200. (c)
Allahabad, U.P.
Administrative :
15/33, Haridwar House, Stanely Road, Civil Lines, Allahabad - 211 0011
Branch Office :
9/10 A, Church Lane, Nr. Anand Bhawan, Allahabad - 211 006
Contact : 09696330033, 09935145976, 09005308749
Visit us www.majorkalshiclasses.com
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