Sample Questions SCHOLARSHIP & TALENT SEARCH PROGRAMME- 2014 MKC Foundation

Transcription

Allahabad, U.P.
Sample Questions
for
Two years Integrated/Academic Course
(FOR X TO XI MOVING STUDENTS)
2014
SCHOLARSHIP & TALENT SEARCH
PROGRAMME- 2014
for
MKC Foundation
MAJOR KALSHI CLASSES PVT. LTD.
9/10 A, Church Lane, Nr. Anand Bhawan, Allahabad - 211 006
Contact : 09696330033, 09935145976, 09005308749
Visit us www.majorkalshiclasses.com
Email : [email protected]
MKC FOUNDATION (SAMPLE PAPER)
Two year (Academic/Integrated) Course
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. If a  b : a  b  5 : 1 then a2  b2 : a2  b2 
1. ;fn a  b : a  b  5 : 1 rks a2  b2 : a2  b2 
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.
(a) 5 : 13
(c) 13 : 5
3
2. If x 
(b) 2 : 3
(d) 3 : 2
m  1  3 m 1
, then,
3
m 1 3 m 1
(a) 5 : 13
(c) 13 : 5
3
2. ;fn x 
(b) 2 : 3
(d) 3 : 2
m  1  3 m 1
, rks
3
m 1 3 m 1
x 3  3mx2  3 x 
x 3  3mx2  3 x 
(a) 0
(b) 1
(a) 0
(b) 1
(c) –m
(d) m
(c) –m
(d) m
b  c
3. What is the value of  a  b a  c



(a) 0
(c) –1
(b) 1
(d) none of these
4. If the ratio of work finished by (x – 1) persons in
(x + 1) days and (x + 2) persons in (x – 1) days is
9 : 10 then find the value of x :
(a) 5
(b) 6
(c) 7
(d) 8
b  c
3.  a  b a  c dk eku gS&



(a) 0
(b) 1
(c) –1
(d) buesa ls dksbZ ugha
4. ;fn
 x  1 O;fDr;ksa }kjk  x  1 fnuksa esa fd;s
x;s dk;Z rFkk  x  2  O;fDr;ksa }kjk  x  1 fnuksa
esa fd;s x;s dk;Z dk vuqikr 9 % 10 gS rks x dk
eku gS&
(a) 5
(c) 7
(b) 6
(d) 8
5. If figure 581 is divided into A, B, C in such a
way that 4A = 5B = 7C then the A has a value of :
(a) 140
(b) 196
(c) 240
(d) 245
5. ;fn 581 dks A, B, C esa bl izdkj foHkkftr fd;k
tk;s fd 4A = 5B = 7C rks A dk Hkkx gS&
6. If p : q  r : s  t : u  3 : 5, then
6. ;fn p : q  r : s  t : u  3 : 5, rks mp  nr  bt
(a) 140
(b) 196
(c) 240
(d) 245
mp  nr  bt : mq  ns  bu is :
: mq  ns  bu gS&
(a) 1 : 2
(c) 1 : 1
(a) 1 : 2
(b) 2 : 1
(c) 1 : 1
(b) 2 : 1
(d) none of these
7. The possible solutions of
x  1  x  1  4 x  1 are :
(a) zero
(b) one
(c) two
(d) none of these
7. lehdj.k
x  1  x  1  4 x  1 ds lEHko gy
gSa&
(a) “kwU;
(c) nks
(b) ,d
(d) nks ls vf/kd
Beware of Negative Marking
1
2
8. If  x  1   3
x 2

2
1

 x    4 , then x 
x

(a) –2
(c) –1
1
3
8. ;fn  x   
x 2

(b) 1/2
(d) 0
(b) q  r
(c)   q  r 
(d)   p  q  r 
1

 x    4 , rks x 
x

(a) –2
(c) –1
9. If the roots of equation x2  px  q  0 are  , 
and the roots of equation x2  px  r  0 are  , 
then           
(a) q  r
10. If l , m, n are real numbers and l  m the roots
2
9. ;fn
(b) 1/2
(d) 0
x2  px  q  0
x2  px  r  0
ds
ds ew y  ,  gS a rFkk
ew y
 ,
gSa ]
rks
         
(a) q  r
(b) q  r
(c)   q  r 
(d)   p  q  r 
10. ;fn l , m, n okLrfod gSa rFkk l  m rks leh0
of  l  m  x  5  l  m   2  l  m   0 are :
 l  m  x2  5  l  m   2  l  m   0 ds ewy gSa&
(a) Real and equal
(a) okLrfod rFkk leku
(b) dkYifud
(c) okLrfod rFkk vleku
(b) Imaginary
(c) Real but unequal
(d) None of these
11. If the roots of equation x2  8 x   a 2  6 a   0
are real then :
(a) 2  a  8
(c) 2  a  8
11. ;fn l eh0
x2  8 x   a2  6 a   0
ds ew y
okLrfod gSa] rc
(b) 2  a  8
(d) 2  a  8
12. I f p2  q  r   q 2  r  p   r 2  p  q 
(a) 2  a  8
(c) 2  a  8

k
 q  r  r  p  p  q  ] then, what is the value
of k &
(a) 1
(b) –1
(c) pqr
(d) p + q + r
12. ;f n
(b) 2  a  8
(d) 2  a  8
p2  q  r   q 2  r  p   r 2  p  q   k
 q  r  r  p  p  q  ] rc
k dk eku gS&
(a) 1
(b) –1
(c) pqr
(d) p + q + r
13. A person has some hens and some cows. If the
total heads of cattle are 48 and the number of
legs is 140 then how many hens are there ?
(a) 26
(b) 25
(c) 23
(d) 22
13. ,d O;fDr ds ikl dqN eqfxZ;k¡ rFkk dqN xk;sa gSaA
14. The H.C.F of two polynomials is  x  3 and
14. nks cgqinksa dk e0 l0 i0
;fn fljksa dh la[;k 48 gS rFkk iSjksa dh la[;k 140
gSa rks eqfxZ;ksa dh la[;k gS&
(a) 26
(c) 23
x
(b) 25
(d) 22
 7x  6
 x  3 gS rFkk y0 l0
the L.C.M. is  x 3  7 x  6  . If one of the poly-
i0
nomial is  x2  2 x  3  then the other is :
x
(a) x2  x  6
(b) x2  x  6
(a) x2  x  6
(b) x2  x  6
(c) x2  x  6
(d) x2  x  6
(c) x2  x  6
(d) x2  x  6
2
3
gSA ;f n mu esa ls , d
 2 x  3  gS rks nwljk gS&
2
15. The biggest number in these three
4
4 , 3 3, 2
is :
(a)
4
(b)
3
4
15.
4
4 , 3 3 , 2 esa ls lcls cM+k gS&
(a)
4
4
(b)
3
3
3
(c)
(c)
2
(d) None of these
2
16. If one of the factors of x 4  ax 3  3 x  b is
x2  1 then the value of a  2b will be :
(a) 1
(b) –1
(c) 5
(d) –5
16. ;fn x 4  ax 3  3 x  b dk ,d xq.ku[k.M x2  1
gS rks a  2b dk eku gS&
(a) 1
(c) 5
17. If X and Y are two sets and X c , X represents
(b) –1
(d) –5
17. ;fn X rFkk Y nks leqPp; gSa rFkk X c , X ds iwjd
the supplementary sets then X   X  Y  
leqPp; dks iznf”kZr djrk gS rks X   X  Y c 
(a) X
(b) Y
(a) X
(b) Y
(c) 
(d) X  Y
(c) 
(d) X  Y
c
18. If X  4 n  3n  1 : n  N 
18. ;fn X  4 n  3n  1 : n  N 
Y  9  n  1  : n  N  rks
Y  9  n  1  : n  N  then
(a) X  Y
(b) X  Y
(a) X  Y
(b) X  Y
(c) X  Y
(d) X  Y
(c) X  Y
(d) X  Y
19. Out of 100 students in a class 20 students know
English, 20 students do not know Hindi and 10
students know neither English or Hindi. The no
of students who know both English and Hindi
are :
(a) 20
(b) 80
(c) 30
(d) 10
19. ;fn ,d d{kk ds 100 Nk=ksa esa ls 20 vaxzsth tkurs
20. If sin   cos   a and tan   cot   b then
20. ;fn sin   cos   a rFkk tan   cot   b rks&
1 1
(a) 
a b
(c)
1 b2  1

a
2
gSa] 20 fgUnh ugha tkurs rFkk 10 nksuksa Hkk’kkvksa dks
ugha tkursA fgUnh rFkk vaxzsth nksuksa Hkk’kkvksa dks
tkuus okys Nk=ksa dh la[;k gS&
(a) 20
(b) 80
(c) 30
(d) 10
1 a2  1
(b) 
b
2
1 1
(a) 
a b
(d) a  b  0
(c)
21. sec 4   tan4   sec2   tan2  
1 b2  1

a
2
1 a2  1
(b) 
b
2
(d) a  b  0
21. sec 4   tan4   sec2   tan2  
(a) 0
(b) 1/2
(a) 0
(b) 1/2
(c) 1
(d) 3/2
(c) 1
(d) 3/2
3
22.
22.
2  2  2 cos 4 
2  2  2 cos 4 
(a) 0
(b) cos 
(a) 0
(b) cos 
(c) 2 cos 
(d) cos 2
(c) 2 cos 
(d) cos 2
23. 3 sin   4 cos  dk vf/kdre eku gS
23. the maximum value of 3 sin   4 cos  :
(a) 5
(c)
7
2
(b) –5
(a) 5
(d) 4
(c)
cos 
cos 

 4 and if 0    ,
1  sin  1  sin 
then  is :
24. If
(b) –5
7
2
(d) 4
cos 
cos 

4
1  sin  1  sin 
24. ;f n
vkS j
;f n
0    , rc  gS&
(a) vf/kd dks.k
(b) U;wu dks.k
(a) vf/kd dks.k
(b) U;wu dks.k
(c) ledks.k
(d) lHkh lEHko gSa
(c) ledks.k
(d) lHkh lEHko gSa
25. If a sin2   b cos 2   c then, what is the value
of tan  &
(a)
(c)
cb
ac
bc
ac
(b)
cb
a2  c2
bc
ac
(d)
sin  90 0    cos  270 0    tan  1800   
26.
cot  90    cosec  90   
0
0
(a) cos   cos 3 
(c) sin  cos 
25. ;fn a sin2   b cos 2   c rks tan  dk eku gS&
(a)
cb
ac
(b)
bc
ac
(c)
cb
a2  c2
(d)
bc
ac
sin  90 0    cos  270 0    tan  1800   

(b) cos 2
(d) sin   sin 3 
26.
cot  90 0    cosec  900   
(a) cos   cos 3 
(c) sin  cos 

(b) cos 2
(d) sin   sin3 
27. A table is sold on a cash payment of Rs. 1000/or after paying Rs. 600 as down payment and
rest of amount in 6 equal instalments. The rate
of simple interest will be :
(a) 19.4%
(b) 17.78%
(c) 10%
(d) 14.64%
27. ,d est udn Hkqxrku ij 1000 #0 esa vFkok 600
28. If the equimean of n numbers ie x1 ,x2 ,x3 ,.....,xn
28. ;fn n la[;kvksa x1 ,x2 ,x3 ,.....,xn dk lekUrj ek/;
n
is x then
x
i
is equal to :
i 1
(a) n  x1  x2  x3  ...  xn 
udn rFkk 70 #i;ksa dh 6 fd”rksa ij cspk tkrk gSA
lk/kkj.k C;kt dh nj gS&
(a) 19.4%
(b) 17.78%
(c) 10%
(d) 14.64%
n
x gS rks
x
i
cjkcj gS&
i 1
(a) n  x1  x2  x3  ...  xn 
x1  x2  x3  ...xn
n
(c) x  x1  x2  x3  ...  xn 
(b)
(d) none of these
(b)
x1  x2  x3  ...xn
n
(c) x  x1  x2  x3  ...  xn 
4
29. fuEu lkj.kh
29. In the following table :
0&20 20&40 40&60 60&80 80&100
Marks
No. of
Students
8
12
dk gjkRed ek/; gS&
(a) 28.75
(c) 36.25
24
21
2
(b) 34.25
(d) 33.50
izkIrkad
0&20 20&40 40&60 60&80 80&100
fo-dh-la8
12
dk gjkRed ek/; gS&
24
(a) 28.75
(b) 34.25
(c) 36.25
(d) 33.50
21
2
30. What will be the area of a triangle in sq. units the
mid points of the three sides of the triangle are
(9, 1), (1, 1) and (1,0) respectively :
(a) 2
(b) 3
(c) 4
(d) 7.5
30. ml f=Hkqt dk {ks=Qy ftldh Hkqtkvksa ds e/;
31. The central point of a triangle whose vertices
are ¼3] 0½] ¼6] 4½ and ¼3] 8½ is :
31. f=Hkqt] ftlds “kh’kZ ¼3] 0½] ¼6] 4½ rFkk ¼3] 8½ gSa] dk
fcUnq ¼0] 1½] ¼1] 1½ rFkk ¼1] 0½ gSa] oxZ bdkbZ esa gS&
(a) 2
(b) 3
(c) 4
(d) 7.5
vUr% dsUnz gS&
(a) (13/3, 4)
(b) (13/3, – 4)
(a) (13/3, 4)
(b) (13/3, – 4)
(c) (4/3, 13)
(d) (11/3, 4)
(c) (4/3, 13)
(d) (11/3, 4)
32. The angle which is formed by the line
x  3 y  6  0 , with the positive direction of
x-axis is:
(a) 300
(b) 1200
(c) 1500
(d) 1350
33. If the mean of x and
M  M 2  3
2
(c) 1232 cm2
34. If M 
value of

i1
(a) 300
(b) 1200
(c) 1500
(d) 1350
33. ;fn x rFkk
1
1
dk ek/; M gS rks x 3 rFkk 3 dk
x
x
M  M 2  3
(b) M  M 2  3 
(a)
(d) None of these
(c) 1232 lseh02
x1  x2  x3  ...  x20
, then, what is the
20
20
/ku fn”kk ls cukrh gS&
ek/; gS&
1
will be :
x3
x 3 and
(a)
1
is M , then the mean of
x
32. og dks.k] tks js[kk x  3 y  6  0 , x  v{k dh
 xi  M 

 :
 20 
34. ;fn M 
20

i1
(a) (19/20) M
(b) (1/20) M
(c) 1
(d) None of these
2
(b) M  M 2  3 
x1  x2  x3  ...  x20
, rks
20
 xi  M 

 dk eku gS&
 20 
(a) (19/20) M
(b) (1/20) M
(c) 1
5
35. If M and Mg represent the mean of non-classified and classified figures, then :
35. ;fn M rFkk Mg Øe”k% voxhZ—r rFkk oxhZ—r
vk¡dM+ksa ds ek/; dks iznf”kZr djrs gSa rks&
(a) M = Mg
(b) M  Mg
(a) M = Mg
(b) M  Mg
(c) Mg  M
(d) M  Mg
(c) Mg  M
(d) M  Mg
36. If the four arms of a quadrilateral ABCD are tangent on a circle, then
(a) AC + AD = BD + CD
(d) AC + AD = BC + BD
37. If the given figure AP is a tangent line at point P
of the circle. If the transecting line ABC is drawn
in such a manner that the line PD, divided equally
then the difference between ABP and APB
is equal to :
P
D
B
Li”khZ; gSa] rks
(a) AC + AD = BD + CD
(b) AB + CD = BC  AD
(c) AB + CD = AC + BC
(d) AC + AD = BC + BD
(b) AB + CD = BC  AD
(c) AB + CD = AC + BC
C
36. ,d prqHkqZt ABCD dh pkjksa Hkqtk;sa ,d o`Rr ij
37. fn;s x;s fp= esa AP o`Rr ds fcUnq P ij Li”kZ js[kk
gSA ;fn Nsnd js[kk ABC bl izdkj gS fd js[kk PD,
BPC dks lef)Hkkftr djrh gS rks ABP rFkk
APB dk vUrj gS&
P
A
D
C
A
B
(a) 2 BPD
(b) BPD
(a) 2 BPD
(b) BPD
(c) BAP
(d) 2 BCP
(c) BAP
(d) 2 BCP
38. The length of the arm of a parallelogram is 12cms
and its area is 60 sq. cms. If the sum of inclined
angles is equal to 300 then the length of the second arm of ??????? is :
(a) 10 cms
(b) 8 cms
(c) 6 cms
(d) 4 cms
38. ,d lekukUrj prqHkqZt dh Hkqtk 12 lseh0 gS vkSj
39. If the mid point of the base BC of a triangle ABC
is D and where DM and DN are the perpendiculars to the arms AB and AC and DM = DN then
the triangle is :
(a) Isoscles triangle
(b) Equilateral
(c)
(d)
39. f=Hkqt ABC ds vk/kkj BC dk e/; fcUnq D gSA DM
rFkk DN Øe”k% Hkqtkvksa AB rFkk AC ij yEc gSaA
;fn DM = DN rks f=Hkqt gS %
40. In the given figure O is the centre of circle.
Chordant lines AB and CD intersect each other
at point P. If AB = 16 cms] CP = 6 cms] PD = 8
cms and AP > PB, then AP is equal to :
40. fn;s x;s fp= esa O o`Rr dk dsUnz gSA thok;sa AB
rFkk CD fcUnq P ij izfrPNsfnr gksrh gSaA ;fn AB =
16 lseh0] CP = 6 lseh0] PD = 8 lseh0 rFkk AP >
PB, rks AP gS&
A
D
mldk {ks=Qy 60 oxZ lseh0 gSA ;fn vklUu dks.kksa
dk ;ksx 300 gks rks nwljh Hkqtk gS&
(a) 10 lseh0
(b) 8 lseh0
(c) 6 lseh0
(d) 4 lseh0
(a) lef)ckgq
(b) leckgq
(c) fo’keckgq
(d) ledksf.kd
A
P
.O
C
D
P
.O
B
(a) 12 cms
(b) 10 cms
(c) 4 cms
(d) 6 cms
C
(a) 12 lseh0
(c) 4 lseh0
B
(b) 10 lseh0
(d) 6 lseh0
6
41. A man throws a particle with a velocity ‘u’ from
a height h in the vertically downwards direction
and throws another particle with a same velocity
‘u’ in a horizontal direction. The ratio of the velocities of the two particles on reacting the earth’s
surface will be :
(a) 1 : 2
(b) 1 : 1
(c)
u 2  2 gh : u
(d)
2 gh : u 2
41. h Å¡pkbZ ls ,d O;fDr ,d d.k dk osx ‘u’ ls
Å/okZ/kj uhps dh vksj rFkk nwljs d.k dks leku osx
‘u’ ls {kSfrt fn”kk esa Qsadrk gSA i`Foh dh lrg ij
igq¡pus ij d.kksa ds osxksa esa vuqikr gksxk&
(a) 1 : 2
(c)
u 2  2 gh : u
(b) 1 : 1
(d)
2 gh : u 2
42. A particles travels with a constant acceleration
and covers a distance x in first 2 seconds starting
from a still position and covers y distance in the
next 2 seconds then :
(a) y = x
(b) y = 2x
(c) y = 3x
(d) y = 4x
42. ,d d.k fLFkj voLFkk ls vkjEHk dj fLFkj Roj.k ls
43. If the kinetic energy of any object is increased to
4k from k, then the momentum of that particle
will increase by :
(a) 300%
(b) 200%
(c) 100%
(d) 50%
43. ;fn fdlh oLrq dh xfrt ÅtkZ dks k ls c<+kdj 4k
44. Under the influence of unequal forces the minimum no of these forces which is required to keep
an object in a still position should be :
(a) 2
(b) 3
(c) 4
(d) 5
44. vleku cyksa ds izHkko ds vUrxZr oLrq dks lkE;
45. Water is thrown on the blades of a Turbine
(Electrically operated), from a height of 100 mtrs.
at a rate of 100 kg per second. What is the measure of electrical power generated?
(g = 10 m/sec2)
45. 100 ehVj Å¡pkbZ ls 100 fdxzk0 izfr ls0 dh nj ls
izFke 2 ls0 esa x nwjh r; djrk gS rFkk vxys 2
lseh0 esa y nwjh r; djrk gSA rc&
(a) y = x
(b) y = 2x
(c) y = 3x
(d) y = 4x
dj nh tk;s rks mlds laosx esa o`f) gks tk;sxh&
(a) 300%
(b) 200%
(c) 100%
(d) 50%
voLFkk esa j[kus ds fy;s bu cyksa dh U;wure la[;k
gksuh pkfg,&
(a) 2
(c) 4
(b) 3
(d) 5
Vjckbu ¼fo|qr tfu=½ dh ia[kqfM+;ksa ij ikuh fxjrk
gSA tfu= dks “kfDr izkIr gksrh gS&
(g = 10 eh0@lsa02)
(a) 1 Kilowatt
(b) 10 Kilowatt
(a) 1 fdyksokV
(b) 10 fdyksokV
(c) 100 Kilowatt
(d) 106 Kilowatt
(c) 100 fdyksokV
(d) 106 fdyksokV
46. The myopic vision point of a myopic patient is 2
mtrs. away. The power of lens required to rectify the vision error will be :
(a) 0.5 D
(b) –0.5 D
(c) 2.0 D
(d) –2.0 D
47. The temp. of a mixture which maintains heat
balance obtained on mixing 1 gm Ice with one
gm water vapour will be?
(a) 00C
(b) 550C
(c) 1000C
(d) 2800C
46. fudV n`f’V nks’k okys O;fDr dk nwj n`f’V fcUnq 2
ehVj dh nwjh ij gSA n`f’V nks’k nwj djus ds fy;s
ftl “kfDr dk ySal mi;ksx djuk gksxk&
(a) 0.5 D
(c) 2.0 D
(b) –0.5 D
(d) –2.0 D
47. ,d xzke cQZ o ,d xzke ok’i feykus ij feJ.k dk
Å’eh; lUrqyu esa rkieku gksxk ¼cQZ rFkk ok’i dh
xqIr Å’ek Øe”k% 80 o 540 dSyksjh izfrxzke gS½&
(a) 00C
(c) 1000C
(b) 550C
(d) 2800C
7
48. The reading point on the main scale on measuring the diameter of a wire by a screwgauge is
3cm and the 32nd sign of round scale coincided
with certain part of the main scale. If the actual
diameter of the wire is 0.332 cms then the smallest measurement of the screwgauge in micron
will be :
(a) 1
(b) 10
(c) 100
(d) None of these
48. ,d LØwxst ls ,d rkj dk O;kl ekius ij eq[;
49. A balloon was flying with a velocity of 7 dm/sec
at a height of 75.6 mtrs. An object was released
from the balloon at that height. How much tiem
it will take to reach the earth surface?
49. 75-6 ehVj dh Å¡pkbZ ij ,d xqCckjk 7 Mslh eh0@ls0
iSekus dk ikB~;kad 3 feeh0 Fkk rFkk mlds xksy
iSekus dk 32oka fpUg eq[; iSekus ds fdlh Hkkx ls
feyrk gqvk ik;k x;kA ;fn rkj dk ;FkkFkZ O;kl 0332 lseh0 gS rks LØwxst dk vYirekad ekbØksu esa
gS&
(a) 1
(b) 10
(c) 100
ds osx ls mM+ jgk FkkA mlesa ls ,d fi.M NksM+k
x;kA mls i`Foh rd igq¡pus esa le; yxsxk&
(a) 2 sec
(b) 3 sec
(a) 2 ls0
(b) 3 ls0
(c) 4 sec
(d) 5 sec
(c) 4 ls0
(d) 5 ls0
50. Two rods of length l1 and l2 are made of materials whose linear coefficient of expansion is 1
and 2 respectively. If the difference in the length
of the two rods is constant at a certain temperature then :
50. l1 rFkk l2 yEckb;ksa dh nks NM+sa Øe”k% 1 rFkk 2
js[kh; izlkj xq.kkad okys inkFkZ ls cuh gSaA ;fn
fdlh rki ij mudh yEckbZ esa vUrj leku jgrk gS
rc&
(a)  22 l1  21 l2
(b) 2 l12  1 l22
(a) 22 l1  12 l2
(b) 2 l12  1 l22
(c)  2 l1   1 l2
(d) 1 l1   2 l2
(c)  2 l1   1 l2
(d) 1 l1   2 l2
51. An object weight is 5kg thrown in a vertically
upward direction with a kinetic energy of 1000
joule. The time taken to reach the earth after
reaching its maximum height is :
(a) 4 sec
(b) 2 sec
(c) 3 sec
(d) None of these
52. What is the depth of water at when the volume
1
of the volume of the air
3
bubble on the water surface (Barometre height
is assumed to be 76 cms)
51. 1000 twy dh xfrt ÅtkZ esa 5 fdxzk0 ds fi.M dks
Å/okZ/kj Åij dh vksj Qsadk tkrk gSA Åij tkdj
i`Foh rd igq¡pus esa le; yxsxk ¼g = 10 eh0@ls2½&
(a) 4 ls0
(b) 2 ls0
(c) 3 ls0
52. ikuh dh og xgjkbZ ftl ij ok;q ds cqycqys dk
1
gksxk tks lrg ij
3
of an air bubble is
vk;ru ml vk;ru dk
(a) 4134-4 cms.
(b) 2067-2 cms.
(c) 684 cms.
(d) None of these
igq¡pus ij gksrk gS ¼cSjksehVj dh Å¡pkbZ 76 lseh0
ekfu;s½&
(a) 4134-4 lseh0
(b) 2067-2 lseh0
(c) 684 lseh0
53. 5.76 gm wax of 0.96 R.D. was polished on a
piece of 40 gm sugar cube. If the weight of the
polished sugar cube in water is 14.76 gm then
what is the relative density of sugar cube?
53. ,d 40 xzke otu ds phuh ds VqdM+s ij 0-96 vk0
?k0 dh 5-76 xzke ekse ls ysi fd;k x;kA ;fn
ysfir VqdM+s dk ty esa Hkkj 14-76 xzke gks rks phuh
dk vk0 ?k0 gksxk&
(a) 1.83
(b) 1.6
(a) 1.83
(b) 1.6
(c) 1.29
(d) 1.08
(c) 1.29
(d) 1.08
8
54. An defective thermometer gives an actual reading of 50C instead of marked reading 00C and for
1000C is actually measure as 950C. If the temperature of a body is denoted by 590C on this
thermometer then the actual temp of the body
is :
(a) 690C
(b) 590C
(c) 540C
(d) 600C
54. ,d nksf’kr FkekZehVj ij vafdr 00C ;FkkFkZ esa 50C
55. At a constant pressure the temp of a gas is increased to such an extent that its volume increases
55. fLFkj nkc ij fdlh xSl dk rki bruk c<+k;k tkrk
gS fd mldk vk;ru frxquk gks tkrk gSA ;fn  dk
3 times. If the value of  is
will be :
(a) 2730 k
(c) 8190 k
1
then the temp
273
(b) 5460 k
(d) None of these
56. There is some air filled above the mercury column is an 90 cm long air barometer. The reading
marked on the Barometer is 74cms whereas the
actual pressure of air is 76 cms and temp is 150C.
If on a particular day the temp is 90C and the
reading measurement is 75.8 cms. then its actual
pressure is :
(a) 78 cm of mercury
(b) 74-4 cm of mercury
(c) 77-12 cm of mercury(d) None of these
57. The absorption capacity of any surface is 0.7.
On this surface there is absorption of 20 joules
energy per second. The amount of energy absorbed in 5 secs. is :
rFkk 1000C ;FkkFkZ esa 950C gSA ;fn bl FkekZehVj
ls ,d fi.M dk rkieku 590C n”kkZ;k x;k gS rks
fi.M dk okLrfod rkieku gS&
(a) 690C
(b) 590C
(c) 540C
(d) 600C
eku
1
gks rks og rki gksxk&
273
(a) 2730 k
(b) 5460 k
(c) 8190 k
56. ,d 90 lseh0 yEch ok;q nkcekih dh V~;wc esa ikjs ds
ry ds Åij dqN ok;q gSA nkcekih esa ikB~;kad 74
lseh0 gS tcfd ok;qe.My dk okLrfod nkc 76
lseh0 rFkk rki 150C gSA ;fn fdlh fnu 90C ij
ikB~;kad 75-8 gks rks ml le; okLrfod nkc gS&
(a) 78 lseh0 ikjk
(b) 74-4 lseh0 ikjk
(c) 77-12 lseh0 ikjk
57. fdlh i`’B dh vo”kks’kdrk 0-7 gSA bl ij izfr ls0
20 twy ÅtkZ dk vkiru gksrk gSA 5 ls0 esa ÅtkZ
vo”kksf’kr gksxh&
(a) 14 joules
(b) 28 joules
(a) 14 twy
(b) 28 twy
(c) 56 joules
(d) 70 joules
(c) 56 twy
(d) 70 twy
58. A 50 volt battery is connected to a resistance of
10 ohms. The quantity of heat generated per second will be :
58. 50 oksYV dh cSVªh dks 10 vkse ds vojks/k ls tksM+k
x;k gSA 1 feuV esa fdruh Å’ek l`ftr gksxh&
(a) 60000 joules
(b) 15000 joules
(a) 60000 twy
(b) 15000 twy
(c) 250 joules
(d) zero
(c) 250 twy
(d) “kwU;
59. When a wave enters from one medium to an-
59. tc rjax ,d ek/;e ls nwljs ek/;e esa izos”k djrh
other medium, then their is a change in :
gS rc ifjorZu gksrk gS&
(a) Frequency and velocity of wave
(a) vko`fRr rFkk osx esa
(b) Frequency and wavelength
(b) vko`fRr rFkk rjaxnS/;Z esa
(c) Wave length and velocity
(c) rjaxnS/;Z rFkk osx esa
(d) In all the three
(d) rhuksa esa
9
60. If a red coloured flowers seen through a blue
coloured light, then the colour observed will be :
60. ;fn uhys jax ds izdk”k esa ls yky jax dk Qwy ns[kk
(a) Violet
(b) Yellow
(c) Black
(d) Red
61. The angle of incidence of light of a fluid relative
to wind is 600. Then the refractive index of the
fluid relative to air will be :
(a)
(c)
tk;s rks og fn[kkbZ nsxk&
(a) cSaxuh
(b) ihyk
(c) dkyk
(d) yky
61. ok;q ds lkis{k fdlh nzo dk ØkfUrd dks.k 600 gS]
rks ml nzo dk viorZukad ok;q ds lkis{k gksxk&
3
2
2
(b)
3
(a)
3
2
(b)
2
3
3
1
(d)
3
(c)
3
(d)
1
3
62. An aeroplane is flying at a height of 1000 mtrs.
There is a camera installed on it, which have a
lense of 60 cm focas length and 60  60 cm2
photographic plate is attached to it. At a time
how much area of earth can be photographed.
(a) 104 sq mtr.
(b) 106 sq mtr.
(c) 108 sq mtr.
(d) 102 sq mtr.
62. ,d ok;q;ku 1000 eh0 dh Å¡pkbZ ij mM+ jgk gSA
blesa ,d dSejk yxk gS ftlesa 60 lseh0 Qksdl
nwjh dk ySal rFkk 60  60 lseh02 dh QksVksxzkQh
IysV yxh gSA ,d gh ckj esa i`Foh ds fdrus {ks=Qy
dk QksVks fy;k tk ldrk gS&
(a) 104 oxZ eh0
(b) 106 oxZ eh0
(c) 108 oxZ eh0
(d) 102 oxZ eh0
63. The intensity of sound decreases by 20% after
passing through a 10 cm thick wall. The percentage fall in the intensity of sound after passing
through same 20cm thick wall again will be?
(a) 80%
(b) 36%
(c) 40%
(d) 30%
63. /ofu dh rhozrk 10 lseh0 eksVh nhokj ls xqtjus ij
20% de gks tkrh gSA ,slh gh 20 lseh0 eksVh
64. A convex lens whose focal length is 5cm a last
image is formed at a distance of 25 cms of it is
used as an eye lens with an objective lens of
magnification capacity 30 then the magnifying
capacity of the compound microscope will be :
64. ,d mRry ySal] ftldh Qksdl nwjh 5 lseh0 gS] ls
(a) 15
(b) 30
(c) 150
(d) 180
65. The resistance of a voltmeter is 1000 ohms. It
can measure a potential difference of 2 volts.
How much extra resistance has to be connected
in the series to convert it into a 5 volts potential
difference voltmeter .
nhokj ls xqtjus ij rhozrk de gks tk;sxh&
(a) 80%
(b) 36%
(c) 40%
(d) 30%
vfUre izfrfcEc 25 lseh0 dh nwjh ij curk gSA ;fn
bls la;qDr ekbØksLdksi esa vfHkus= ySal ds :i esa
30 vko/kZu {kerk okys vfHkn`’;d ySal ds lkFk
iz;ksx fd;k tk;s rks la;qDr ekbØksLdksi dh vko/kZu
{kerk gksxh&
(a) 15
(c) 150
(b) 30
(d) 180
65. ,d oksYVehVj dk izfrjks/k 1000 vkse gSA ;g 2
oksYV dk foHkokUrj uki ldrk gSA bldks 5 oksYV
rd dk foHkokUrj ukius okys oksYVehVj esa cnyus
ds fy;s blds Js.khØe esa vfrfjDr izfrjks/k tksM+uk
gksxk&
(a) 100 ohms
(b) 2500 ohms
(a) 100 vkse
(b) 2500 vkse
(c) 1000 ohms
(d) 1500 ohms
(c) 1000 vkse
(d) 1500 vkse
10
66. In the reaction Fe  CuSO4  Cu  FeSO4 Cu
is :
(a) Oxidised
66. Fe  CuSO4  Cu  FeSO4 esa Cu gksrk gS&
(a) vip;fur
(b) mip;fur
(b) Reduced
(c) Neither oxidised nor reduced
(c) u mip;fur u vip;fur
(d) None of these
(d) buesa ls dksbZ ughaA
67. In a 5 litre capacity vessel gas is filled at 1 atmospheric pressure and 230C temp. If the not wt. of
the gas is 32 the n the weight of gas in moles is
equal to :
(a) 0.223
(b) 0.205
(c) 4.48
(d) None of these
67. ,d 5 yhVj {kerk ds crZu esa 1 ok;qe.My nkc
rFkk 230C rki ij xSl Hkjh xbZ gSA ;fn xSl dk
68. In a sample of petrol there is 30% n-heptane gas.
The octane number of this sample is :
68. ,d isVªksy ds uewus esa 30% n-gSIVsu gSA bl uewus
(a) 15
(b) 70
(c) 30
(d) 35
v.kqHkkj 32 gS rks crZu esa xSl dh ek=k eksy esa gS&
(a) 0.223
(b) 0.205
(c) 4.48
dh vkWDVsu la[;k gS&
(a) 15
(c) 30
(b) 70
(d) 35
69. The Atomic number of elements A, B and C is
z – 1, z and z + 2 respectively element B is an
inert gas whose atomic number is 18. The bond
formed in the compound made from the elements
A and C will be :
(a) Ionic
(b) Coordinate
(c) Metallic
(d) Hydrogen
69. A, B rFkk C rRoksa ds ijek.kq Øekad z – 1, z rFkk
z + 2 gSaA B rRo ,d vØh; xSl gS ftldk ijek.kq
Øekad 18 gSA A rFkk C ls cuus okys ;kSfxd esa
70. Anode in the electrolytic purification process of
an metal is made from
70. /kkrq ds oS|qr “kks/ku esa _.kksn cuk;k tkrk gS&
(a) Pure metal
cU/k gksxk&
(a) vk;fud
(c) /kkfRod
(b) lg&la;ksth
(d) gkbMªkstu
(a) “kq) /kkrq ls
(b) v”kq) /kkrq ls
(b) Impure metal
(c) Both ie. either pure or impure metal
(c) “kq) vFkok v”kq) nksuksa /kkrq gks ldrs gSa
(d) None of them
71. The number of electrons in the nucleus of
Uranium
92
U 325 :
(a) 92
(c) 235
71. ;wjsfu;e
92
U 325 ds ukfHkd esa bysDVªkWu dh la[;k
gS&
(b) 143
(d) zero
72. On keeping in air whose weight will be
reduced?
(a) Conc H 2 SO4
(b) Solid NaOH
(c) Anhydrous CuSO4
(d) Saturated Solution of CO2
(a) 92
(b) 143
(c) 235
(d) “kwU;
72. ok;q esa j[kus ls fuEufyf[kr esa ls fdldk Hkkj
?kVsxk&
(a) lkafnzr H 2 SO4
(b) Bksl NaOH
(c) futZy CuSO4
(d) CO2 dk larÌr ?kksy
11
73. Which among the following does not form a nitride on reacting with nitrogen?
73. fuEufyf[kr esa ls dkSu&lk ukbVªkstu ls vfHkfØ;k
(a) Li
(b) Na
(c) Be
(d) Mg
djds ukbVªkbM ugha cukrk&
(a) Li
(c) Be
74. To displace 0.2935 gm nickel from the aqueous
solution of Nickel Sulphate how much electricity will be required to be passed? (The Atomic
weight of Nickel = 58.71)
(a) 96500 Coloumb
(b) 965 Coloumb
(c) 96-5 Coloumb
(d) 482-5 Coloumb
75. To moist the Cl2 gas we use :
(b) Na
(d) Mg
74. fufdy lYQsV ds tyh; ?kksy ls 0-2935 xzke
fufdy fo{ksfir djus ds fy;s fo|qr dh fdruh
ek=k izokfgr djuh gksxh] fufdy dk ijek.kq Hkkj
58-71 gSA
(a) 96500 dwykWe
(b) 965 dwykWe
(c) 96-5 dwykWe
(d) 482-5 dwykWe
75. Cl2 xSl dks “kq’d djus ds fy;s iz;ksx djrs gSa&
(a) Conc H 2 SO4
(b) MnO2
(a) lkUnz H 2 SO4
(b) MnO2
(c) KOH
(d) CaO
(c) KOH
(d) CaO
76. an element M the formula of the chloride is MCl2
Its Atomic weight is :
76. ,d /kkrq M ds DyksjkbM] ftldk lw= MCl2 gS] esa
Dyksjhu 52-07% gSA bldk ijek.kq Hkkj gS&
(a) 38.57
(b) 65.35
(a) 38.57
(b) 65.35
(c) 32.68
(d) None of these
(c) 32.68
77. The
equivalent
wt
of
H 2C2O4
is
:
77. H 2C2O4 d k
rqY;ka d h
 H  1, C  12, O  16 
gS&  H  1, C  12, O  16 
(a) 90
(c) 31
(a) 90
(c) 31
(b) 45
(d) 32
78. The volume of NO2 obtained from the following
reaction :
Cu  4 HNO3  Cu  NO3 2  2 NO2  2 H 2O
(a) 4-6 litre
(b) 22-4 litre
(c) 11-2 litre
(d) None of the above
79. The half life period fo a radioactive nucleus is 44
days. In how many days the 1 gm nucleus will be
reduced to 62.5 mg.?
(a) 275 days
(b) 702 days
(c) 352 days
(d) 176 days
80. In BaCl2 .2 H 2O the percentage of water is :
H kkj
(b) 45
(d) 32
78. fuEu vfHkfØ;k ls izkIr NO2 dk vk;ru gS&
Cu  4 HNO3  Cu  NO3 2  2 NO2  2 H 2O
(a) 4-6 yhVj
(b) 22-4 yhVj
(c) 11-2 yhVj
79. ,d jsfM;ks,fDVo ukfHkd dh v)Z vk;q 44 fnu gSA
bl ukfHkd dk 1 xzke fdrus fnu esa de gksdj 625 feyh0 xzke jg tk;sxk&
(a) 275 fnu
(b) 702 fnu
(c) 352 fnu
(d) 176 fnu
80. BaCl2 .2 H 2O esa ikuh dh izfr”kr ek=k gS
 Ba  137.4 , Cl  35.5, H  1,O  16  &
 Ba  137.4 , Cl  35.5, H  1,O  16  &
(a) 18.4%
(b) 29%
(a) 18.4%
(b) 29%
(c) 14.8%
(d) None of these
(c) 14.8%
12
81. Who develo ped the missile amo ng t he
following :
(a) J. Robert Openheimer
(b) Wernher Von Bron
(c) Edward Tailor
(d) Samuel Cohen
81. iz{ksikL= dk fodkl fdlus fd;k\
82. Who is known as the father of extremest Radical
movement in India :
82. Hkkjr esa xjenyh; vkUnksyu dk firk fdudks dgk
(a) Bal Gangadhar Tilak
(b) Sardar Vallabh Bhai Patel
(c) Gopal Krishna Gokhale
(d) Motilal Nehru
(a) ts0 jkWcVZ vksiughej
(b) ouZgj okWu czkWu
(c) ,MoMZ Vsyj
(d) lSeq,y dksgsu
tkrk gS\
(a) cky xaxk/kj fryd
(b) ljnkj oYyHkHkkbZ iVsy
(c) xksiky—’.k xks[kys
(d) eksrhyky usg:
83. Who decides on matter related to disputes
regarding the election of India’s President and
Vice-President :
(a) High Court
(b) Election Commission
(c) Supreme Court
(d) Parliament
83. Hkkjr ds jk’Vªifr vkSj mi&jk’Vªifr ds pquko ls
84. Who is the author of book “Midnight Children”
84. iqLrd ^feMukbV~l fpYMªu* fdlus fy[kh gS\
lEcfU/kr fooknksa dk fu.kZ; djrk gS&
(a) mPp U;k;ky;
(b) pquko vk;ksx
(c) mPpre U;k;ky;
(d) laln
(a) Arundhati Roy
(b) Tasleema Nasreen
(a) v#U/krh jkW;
(b) rlyhek uljhu
(c) Salman Rushdie
(d) Kiran Desai
(c) lyeku #”nh
(d) fdj.k nslkbZ
85. The ‘CDMA’ technology used in mobile phones
is :
(a) Computer Developed Management Application
(b) Code Division Multiple Application
(c) Code Division Multiple Access
(d) Code Division Mobile Application
85. eksckby Qksuksa esa iz;qDr ‘CDMA’ izkS|ksfxdh gS %
86. How many members are elected for Rajya Sabha
from Uttar Pradesh :
(a) 31
(b) 35
(c) 36
(d) 33
86. mRrj izns”k ls jkT; lHkk ds fdrus lnL; pqus tkrs
87. The position UP in terms of Sugarcane Produc-
87. xUuk mRiknu dh n`f’V ls mRrj izns”k dk ns”k esa
(a) dEI;wVj MsosyIM eSustesaV ,sIyhds”ku
(b) dksM fMfotu efYViy ,sIyhds”ku
(c) dksM fMfotu efYViy ,sDlsl
(d) dksM fMfotu eksckby ,sIyhds”ku
gSa\
(a) 31
(c) 36
(b) 35
(d) 33
dkSu&lk LFkku gS\
tion in our country is :
(a) Fifth
(b) Third
(a) ik¡pok¡
(b) rhljk
(c) Second
(d) First
(c) nwljk
(d) izFke
13
88. In which article of Indian constitution we get a
list of 22 regional languages which have been
recognised by the constitution :
88. Hkkjrh; lafo/kku dh fdl vuqlwph esa lafo/kku }kjk
(a) Fifth
(b) Sixth
ekU;rk izkIr Hkkjr dh 22 izknsf”kd Hkk’kkvksa dh lwph
feyrh gS\
(a) iape vuqlwph
(b) ‘k’Ve vuqlwph
(c) Seventh
(d) Eighth
(c) lIre vuqlwph
89. You are standing on a Signal Post at a Traffic Pt.
Any vehicle After breaking the signal. Then what
will you do?
(a) After catching the vehicle you will ask for all
the documents
(b) You will abuse the driver heavily so that he
does not repeat the same
(c) You will take the vehicle and the driver to
the police station
(d) You will not leave your place and will ask
your companion to park the vehicle on one
side and impose a challan
90. Some old man is standing in a bus. Whereas you
are sitting on your seat. That man is experiencing lot of hassles and is very much frustrated.
What will you do?
(a) You will still remain seated
(b) You will ask to go to next cabin and fund a
suitable seat
(c) You will ask the conductor to arrange a seat
for the elderly fellow otherwise you will him
to share the seat with you.
(d) You will not bothered at all.
91. The hardest allotrope of carbon is :
(d) v’Ve vuqlwph
89. vki VªSfQd M~;wVh ds flxuy iksLV ij gSA dksbZ
okgu flxuy rksM+dj ?kql tkrk gS] rks vki D;k
djsaxs\
(a) okgu pkyd dks idM+dj okgu ds lHkh dkxtkr
dh ek¡x djsaxsA
(b) ml pkyd ds lkFk xkyh&xykSp djsaxs rkfd
nqckjk ,slk u djsA
(c) ml okgu dks pkyd ds lkFk Fkkuk ys tk,¡xsA
(d) vki viuk LFkku ugha NksM+saxs rFkk vius lkFkh
ls dgsaxs fd xkM+h dks jksM ds lkbM esa djok,¡
,oa pkyku djsaA
90. cl esa dksbZ o`) [kM+k gS] tcfd vkidks lhV feyh
gqbZ gSA ml O;fDr dks cgqr ijs”kkuh gS] vkSj grk”k
gSa] rks vki D;k djsaxs\
(a) vki viuh lhV ij vkjke ls cSBs jgsaxsA
(b) mls dgsaxs fd vkxs dh rjQ tkdj dsfcu esa
txg <w¡<+sA
(c) daMDVj ls dgsaxs fd blds fy, dksbZ O;oLFkk
djsa vU;Fkk [kqn viuh lhV ij mUgsa ^,MtLV*
dj cSBus nsx
a sA
(d) vki dksbZ eryc ugha j[ksaxsA
91. dkcZu dk lokZf/kd dBksj vij:i gksrk gS&
(a) Diamond
(b) Graphite
(a) ghjk
(b) xzsQkbV
(c) Coke
(d) Kajal
(c) dksd
(d) dkty
92. The cause of destruction of ozone layer is :
92. vkstksu ijr ds vo{k; dk dkj.k gS
(a) Release of Chlorofluoro Carbon (CFC)
(a) Dyksjks&¶yksjks dkcZu
(b) Carbon-dioxide
(b) dkcZu&MkbvkWDlkbM
(c) Sulphur-dioxide
(c) lYQj MkbvkWDlkbM
(d) Ethane
(d) bFksu
14
93. During the vulcanisation process which substance
should be added to harden the rubber?
(a) Nitrogen
(b) Silicon
(c) Sulphur
(d) Alcohol
94. The sun rises in the east and sets in the west what
93. oYduhdj.k izfØ;k ds nkSjku fuEufyf[kr esa ls
fdl inkFkZ ds feykus ls jcj dks dBksj cuk;k tk
ldrk gS\
(a) ukbVªkstu
(b) flfydkWu
(c) lYQj
(d) ,sYdksgkWy
94. lw;Z iwoZ fn”kk esa mxrk gS vkSj if”pe esa Mwcrk gS
is the reason behind this :
bldk dkj.k D;k gS\
(a) The shape of earth
(a) i`Foh dh vk—fr
(b) The revolution of earth around, the sun
(b) i`Foh dk lw;Z ds pkjksa vksj ifjØe.k
(c) The rotation of earth on its axis
(c) i`Foh dk viuh /kwjh ij ?kweuk
(d) The speed of Sun
(d) lw;Z dh xfr
95. ‘Manav Seva Puraskar ’ was started to
95. ekuo lsok iqjLdkj fuEufyf[kr esa ls fdldh ;knxkj
commemorate which person’s life?
esa “kq: fd;k x;k Fkk\
(a) Indira Gandhi
(a) bafnjk xk¡/kh
(b) Acharya Vinoba Bhave
(b) vkpk;Z fouksck Hkkos
(c) Rajiv Gandhi
(c) jktho xk¡/kh
(d) Dr. Rajendra Prasad
(d) MkW0 jktsUnz izlkn
96. ^Vh vkj vkbZ ih ,l* (TRIPS) dk iw.kZ :i bl
96. Full form of TRIPS is :
(a) Trade Related Investment Property Rights
(b) Trade Related Inherited Property Rights
(c) Trade Related Intellectual Property Rights
(d) Trade Related Interest Property Rights
97. The colour of ‘Chakra’ (wheel) in the white band
of National Flag is :
(a) Sky Blue
(b) Brown
(c) Dark Blue
(d) Black
98. Which place among the following is called Roof
izdkj gS&
(a) VªsM fjysVsM
(b) VªsM fjysVsM
(c) VªsM fjysVsM
(d) VªsM fjysVsM
bUosLVesaV izkWiVhZ jkbV~l
bUgsfjVsM izkWiVhZ jkbV~l
bUVySDpqy izkWiVhZ jkbV~l
bUVjsLV izkWiVhZ jkbV~l
97. jk’Vªh; /ot dh lQsn iV~Vh esa fLFkr pØ fdl jax
dk gS\
(a) vklekuh
(c) xgjk uhyk
(d) dkyk
98. ^nqfu;k dh Nr* ¼:Q vkWQ n oYMZ½ fuEufyf[kr esa
of the world :
ls fdldks dgk tkrk gS\
(a) Mount Everest
(a) ekm.V ,ojsLV
(b) Pamir Plateau
(b) ikehj dk iBkj
(c) Plaints of Siberia
(c) lkbcsfj;k dk eSnku
(d) Hindukush Mountain
(d) fganwdq”k ioZr
(b) Hkwjk
15
Instruction (Q. 99-100) : In the figure given below
circle represents the Indian territory, Triangle
depicts the urban population, Pentagon represents the imposters (Bx) and square represents
the male population.
funsZ”k ¼iz”u 99&100½ uhps n”kkZ, x, fp= esa o`Rr Hkkjrh;
dks] iznf”kZr djrk gS f=Hkqt “kgjh dks iznf”kZr
djrk gS] iapHkqt Bx dks rFkk oxZ iq#’kksa dks iznf”kZr
djrk gSA vc fuEufyf[kr iz”u uhps n”kkZ, x,
fp= ij vk/kkfjr gSaA
1
1
2
8
8
2
10
10
3
7
9
4
12
11
7
3
6
6
9
5
99. The number of male impostes who are neither
Indians nor urbanites are represented by which
region?
4
5
12
11
13
13
99. Bx iq#’k tksfd u rks Hkkjrh; gS vkSj u “kgjh gS]
fdl {ks= }kjk iznf”kZr fd;k x;k gS\
(a) 5
(b) 4
(a) 5
(b) 4
(c) 9
(d) 6
(c) 9
(d) 6
100. Imposters who are urban Indians but are not male
are represented by which region?
(a) 4
(b) 5
(c) 9
(d) 6
100. Bx tksfd “kgjh Hkkjrh; gS] ysfdu iq#’k ugha gS]
fdl {ks= }kjk iznf”kZr fd;k x;k gS\
(a) 4
(c) 9
(b) 5
(d) 6
Instructions (Q. 101-102) : In the questions given
below what will take the place of question
mark (?)
funsZ”k ¼iz”u 101&102½ uhps fn, x, iz”uksa esa iz”ufpUg
¼\½ ds LFkku ij D;k vk,xk\
101.
101.
9
4
31
8
7
(a) 7
(c) 6
8
6
32
4
7
14
8
46
3
?
(b) 4
(d) 5
102. Just as examinee is directly related to exams, a
Traveller is related to who m among the
following?
(a) Station
(b) Journey
(c) Train
(d) Ticket
103. If in any coded language ‘Pn Sn Tn’ means “You
do not go”, ‘Pe Se Te’ means “We will go to
market”, ‘Tn Te Se’ means “Will not go to the
market” and ‘Pn He Ke’ means “You do not eat”
then in the same coded language what will ‘Pe
sn’ stand for ?
(a) Go don’t
(b) Market go
(c) We eat
(d) We go
9
(a) 7
(c) 6
4
31
8
6
7
8
32
4
7
14
8
46
3
?
(b) 4
(d) 5
102. ftl izdkj] îjh{kkFkhZ* dk lEcU/k îjh{kk* ls gS]
mlh izdkj] ^;k=h* dk lEcU/k fuEufyf[kr esa ls
fdlls gksxk\
(a) LVs”ku
(b) lQj
(c) jsyxkM+h
(d) fVdV
103. ;fn fdlh dwV Hkk’kk esa ‘Pn Sn Tn’ dk vFkZ gS] ^rqe
ugha tkvks*] ‘Pe Se Te’ dk vFkZ gS] ^ge cktkj
tk,¡xs*] ‘Tn Te Se’ dk vFkZ gS ^cktkj ugha tk,¡xs*
rFkk ‘Pn He Ke’ dk vFkZ gS ^rqe er [kkvks*] rks
mlh dwV Hkk’kk esa ‘Pe sn’ dk D;k vFkZ gS\
(a) tkvks er
(b) cktkj tkvks
(c) ge [kkvks
(d) ge tkvks
16
104. B is older than A, but is younger to D, C is older
to E but younger to A, then who is the oldest
among them?
(a) A
(b) E
(c) D
(d) B
104. B, A ls vf/kd mez dk gS] ysfdu D ls de gSA C,
E ls vf/kd mez dk gS] ysfdu A ls de gS] rks lcls
vf/kd mez dk dkSu gS\
(a) A
(c) D
(b) E
(d) B
Instructions (Q. 105 to 106) : In each of the
questions complete the sequence
funsZ”k ¼iz”u 105 vkSj 106½ izR;sd iz”u esa Jà[kyk dh
iwfrZ dhft,A
105. a_bcda_bcda_ccdabc_d
105. a_bcda_bcda_ccdabc_d
(a) acbd
(b) abbb
(a) acbd
(b) abbb
(c) abcd
(d) abbd
(c) abcd
(d) abbd
106. How many ‘6’ numerals are there in the given
chain (sequence) which is preceded by a
undivisible number and is just followed by its
multiple
106. uhps nh xbZ vad Jà[kyk esa ,sls fdrus 6 gSa ftuds
462163563665768569763262163
462163563665768569763262163
(a) 3
(c) 5
(a) 3
(c) 5
(b) 4
(d) 2
107. In the figure given below the no. of triangles
exceeds the no. of circles by ?
(a) 6
(b) 7
(c) 8
(d) 5
Bhd igys vHkkT; la[;k gks] rFkk Bhd ckn mldk
xq.ku gks\
(b) 4
(d) 2
107. uhps nh xbZ vk—fr esa f=Hkqtksa dh la[;k o`Rrksa dh
la[;k ls fdruk vf/kd gS\
(a) 6
(c) 8
(b) 7
(d) 5
108. If '  ' means '  ' ] '  ' means '  ' ] '  ' means
'  ' and '  ' means '  ' then the value of the
equation 18  4  3  8  6  18 will be :
(a) 22
(b) 0
(c) 36
(d) 8
108. ;fn '  ' dk vFkZ '  ' ] '  ' dk vFkZ '  ' ] '  ' dk
vFkZ '  ' rFkk '  ' dk vFkZ ' ' gS] rks lehdj.k
18  4  3  8  6  18 dk eku gksxk&
(a) 22
(b) 0
109. Saroj is the mother-in-law of Neelam, Neelam is
the sister-in-law (Bhabhi), son is the son of
Kunwar, then how is Saroj related to Kunwar?
(a) wife
(b) sister
109. ljkst] uhye dh lkl gS( uhye] lksuw dh HkkHkh gS(
(c) aunty
(d) grand mother
110. Any person called A walks 5 km in the south and
after turning right walks 2 kms and again after
turning to right walked 5 kms and in the end
walks another 5 kms after turning to left. In which
direction he is going in the last?
(a) East
(c) South
(b) West
(d) North
(c) 36
(d) 8
lksuw] dq¡oj dk iq= gS] rks ljkst dk dq¡oj ls D;k
lEcU/k gS\
(a) iRuh
(b) cgu
(c) cqvk
(d) nknh
110. dksbZ O;fDr A nf{k.k dh vksj 5 fdeh pyrk gS vkSj
nk,¡ eqM+dj 2 fdeh pyk vkSj iqu% nk,¡ eqM+dj 5
fdeh pyk rFkk vUr esa ck,¡ eqM+dj 5 fdeh pykA
vUr esa og fdl fn”kk dh vksj tk jgk Fkk\
(a) iwoZ
(b) if”pe
(c) nf{k.k
(d) mRrj
17
Directions (Q. Nos. 116–120) : In these questions,
out of four alternatives, choose the one which
best expresses the same meaning of the given
word.
111. Valour
(a) Wandering
(c) Bravery
(b) Brightness
(d) Affluence
112. Mercurial
(a) Studious
(c) Hot-tempered
(b) Sprightly
(d) Handsome
choose the word opposite in meaning to the given
word.
113. Fickle
(a) Inaccurate
(c) Appreciate
114. Evasive
(a) Frank
(c) Exuberant
(b) Unnoticed
(d) Loyal
(b) Mistaken
(d) Pensive
the first and the last part of the sentence are numbered 1 and 6. The rest of the sentence is split
into four parts and named P, Q, R and S. These
four parts are not given in their proper order.
Read the sentence and find out which of the four
combinations is correct.
115. 1. One of the most widely spread of bad habits
P. which is now smoked or chewed by men
Q. and even by children
R. often by women
S. is the use of tobacco
6. almost all over the world.
(a) SPRQ
(b) PQRS
(c) SRQP
(d) PQSR
116. 1. The landscape
P. with nature displaying
Q. here is awesome
R. that are seldom
S. a range of delights
6. seen together
(a) PSRQ
(b) QPSR
(c) RSPQ
(d) QRSP
Directions (Q. Nos. 136–145) : In these questions, a
sentence has been given in Active/Passive Voice.
Out of four alternatives suggested, select the one
which best expresses the same sentence in Passive/Active Voice.
117. His pocket has been picked.
(a) They have his pocket picked
(b) Picking has been done to his pocket
(c) Picked has been his pocket
(d) Someone has picked his pocket
118. The French surrendered Quebec to the English
in 1759.
(a) Quebec was surrendered by the French to
the English in 1759
(b) Quebec was surrendered to the English in
1759 by the French
(c) The English were surrendered Quebec in
1759 by the French
(d) Quebec was surrendered in 1759 by the
French to the English
Directions (Q. Nos. 119–120) : In these questions, a
sentence has been given in Direct/Indirect speech.
Out of the four alternatives suggested, select the
one which best expresses the same sentence in
Indirect/Direct speech.
119. “Are you alone, my son?” asked a soft voice close
behind me.
(a) A soft voice from my back asked if I was
alone
(b) A soft voice said to me are you alone son
(c) A soft voice asked that what I was doing there
alone
(d) A soft voice behind me asked if I was alone
120. He said, “I must go next week”.
(a) He said that he must go next week
(b) He said that he must go the following week
(c) He said that he would have to go the following week
(d) He said that he was to go the following week
18
ANSWER SHEET
1. (a)
2. (d)
3. (a)
4. (d)
5. (d)
6. (d)
7. (a)
8. (c)
9. (c)
10. (c)
11. (a)
12. (b)
13. (a)
14. (d)
15. (b)
16. (b)
17. (c)
18. (a)
19. (d)
20. (b)
21. (a)
22. (b)
23. (a)
24. (b)
25. (a)
26. (d)
27. (b)
28. (d)
29. (d)
30. (a)
31. (a)
32. (c)
33. (b)
34. (d)
35. (c)
36. (b)
37. (a)
38. (a)
39. (a)
40. (a)
41. (b)
42. (d)
43. (c)
44. (a)
45. (c)
46. (b)
47. (c)
48. (b)
49. (c)
50. (d)
51. (a)
52. (b)
53. (b)
54. (d)
55. (c)
56. (d)
57. (d)
58. (b)
59. (c)
60. (c)
61. (b)
62. (b)
63. (c)
64. (d)
65. (d)
66. (a)
67. (b)
68. (b)
69. (a)
70. (a)
71. (a)
72. (c)
73. (b)
74. (b)
75. (a)
76. (b)
77. (b)
78. (d)
79. (d)
80. (c)
81. (b)
82. (a)
83. (c)
84. (c)
85. (c)
86. (a)
87. (d)
88. (d)
89. (d)
90. (c)
91. (a)
92. (a)
93. (c)
94. (c)
95. (c)
96. (c)
97. (a)
98 (b)
99. (c) 100. (d)
101. (d)
102. (b)
103. (d)
104. (a)
105. (d)
106. (d)
107. (a) 108. (b)
109. (a) 110. (b)
111. (a)
112. (b)
113. (d)
114. (a)
115. (a)
116. (b)
117. (c) 118. (b)
119. (d) 120. (c)
*****
19

Sample Questions SCHOLARSHIP & TALENT SEARCH PROGRAMME- 2014 MKC Foundation

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