MP Vyapam Sub Engineer 2013: All papers, Sub-Engineer (Civil) Direct and Backlog Recruitment Test
Text of page 1
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Text of page 2
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13IRUYADR_A]
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Text of page 3
13/RUYADR' ·111108 __
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ri200 "Sf~-.=iY1IT'~. ?fIT ~ : 3.00 ~ ~~:200
Time for marking all 200 Questions: '3.00 Hours Maximum Marks: 200
1 ~ "Sf~-;:f-q-,f 11 it 'tWT t
. 'tWT-~ t '~ ~faa6) ~TR?J : "Sf:R>.01 -« 50 ~
,'~ ~l'R?f : "Sf.16. 51 -« 100t a~
'q'pT~~ t~ m~lR?r : "Sf.16. 101 -« 150 ~'
, Cj'1wRl~lR?r: "Sf.16. 151 -« 200 I
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NOTE
1 This paper has Two Sections, In
Section-A Physics: Q. No. 01 to 50 and
.Chemistry : Q. No.' 51 to. 100 are included.' Accordingly in
Section-B Zoology: Q: No. 101 to 150 and '
Botany : Q. No. 151 to 200 are included.
2 This question booklet contains 200 questions numbered from 1 to 200 and
each question carry 01 mark. All questions are compWs9ry. There is no
negative marking. '. ,
3 Tally the number of pages alongwith no.' of questions printed on cover page
of the booklet. Also check that question booklet contains the questions of
all relevant su~jects/topics, as required and stated above and no repetition
or omission of questions is evident. ) . .
4 If any discrepancy is found in the Question booklet the same can be replaced
with another correct question booklet.within first 15 minutes.
5 Before answering the questions please read carefullythe instructions printed
on the back cover page of the, question booklet and strictly follow them.
Indicate your answers by blacking, bubbles carefully only on the
O.M.R. Answer Sheet provided. .
'6 Use of any type of calculator, mobile phone or any other electronic equipment
and log table etc.' is strictly prohibited. " ~~1. .
Pffi..~vYADR~A] 3 j [~ontd .••
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Text of page 4
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1 surr., TenSio,ti,$j$lrfaceenergyVper unit:
(A) length
(C) volume
T<S-~ t1f6O-~~
(B) area
(D) mass
~.
I
I
~
(A)~
(C) ~
(B) ~
(D) ,$tel/Ii'''' !
2 The escape speed 'of a body from-the Earth .depends on :
(A) mass of the body
'-
(B) mass of the Earth
(C) the direction of projection ,
(D) the height of the location'from where the body is launched
M ~"C6T1f1frt,~ ~.~ ,ctmff t
(A) ~. ~. $tel/Ii'''' 1R (B) "'lf1fr t $t&4"1'''' If{
(C)' tt ~ 'cCr~~TT 1R (D) ~,~ fq-ag _~ 1}"qJ t.
3 Figure shows a block of mass M. attached .to a massless spring of spring
constant K and resting on a smooth horizontal surface. The, other end
of the spring is fixed toa rigid wall. the block .isgiven a maximum
displacement ~. The maximum' speed of the block is :
.~ ~~ ¥ $tel/liI1~~qIT $tel/Iii••• mam Kf6i1T fitQdienCffiift f6i1T
-« -erctar~ ~ em If{ ~ fa:w;rr ~ t I fWrr "C6T~ ft:m ~ ¥. cftcm:
,~. ·WTT.tl ~, qIT ~ .~ ~ aA. 1R. ~.'"C6T ~ ~ t :
~
~ Xm
& I'-,.....,~"""'r--I-'T-:. f-' '-~---' '-' ' -'··' -,[,l'
Smooth surface (~tfttt Mf)
(A) KX (B) AI X
M 'm K m
(C) g;x m (0) J¥X;m
4 ...-.~[C.,ntd ..•
..
Text of page 5
4 . Maximum deviation of the rays &1Jing}on the ',eye is .pr~ by:
(A) eye lens (8) pupil
(C) cornea" (0) ciliary muscles
~ lIT m:.1fRifr. ~'lfiT Pcltm., ~ 00 t :
(A) ~~c-« (B) ~ -«. .
. ,
5 The displacement of a body. is Zero. It necessarily' means that
(A) thebodyhas moved only in one direction.
(B) the body.snot moved at all.
(C) the body has either not moved or .it has come back to ·the
starting point.
(D) the body has moved with a constant acceleration in one direction and
then with •same .constant deceleration at perpendicular direction.
~ ~ C5T ~ ~~ll AATffi ~-«~ ~ t ftIi .
(A) . ftroe" ~ ~ fr ~~lT -q. ~ i1
(B) ~·· •• ~~il·
(C) ~ ~ffi ~ fr 'ftY ~ ~'.~ q){~: ~'tfmt ~m t ~
. lIT an ~ il ..
(D) ~ ~ e'l<C4(01 -« .~~~lT-q ~ ru{tf~;mr.~ e'1(C4(01 -« ('1+(SJQC{
~~lT-q~tl .
6 A charge Q is placed at a distance, of 2R from the center of a uniforinally
charged sphere of radius R and surface charge density -<1. The force on Q is :
(A) proportional to.o Q
(B) proportional to <1/Q
(C) proportional to Q/<1
(D) zero
~~T Q, ~n ~ (-<1) (fQT ~ R t qA)('1'1I'1~ffi ~. t ~ -«
2R ~ lIT 1m il Q lIT mCfR'fT'~ :
(A) <1Q ..~ Ef'1ljQI(ft \'
(B) .<1/Q ~ t'I'1114ldli
(C) Q/<1 ~~'1'lqltft· t
(D) .~~ t
13IRUYAPR~A] 5 (CoDtd.~·.
Text of page 6
I I
7 It is required to produce a magnetic field like that of bar magnet. Which of
the following may be used for this ?
(A) Straight wire (B) Circular coil.
(C) Rectangular' coil (0) Solenoid
~ ~ ~in ~~~c6\q.W>r ~ in ~ .~ . .q -«. ~ ~
~ \jff ~ t?
(A) ~ OR (B) C[dICbI< .~.
(C) I3ilqdlCbI< ~ (0) ~f):'1I~CbI
8 Weber is the unit for
(A) Inductance
(B) Magnetic flux density
(C) Magnetic field strength
(0) Magnetic flux
m~t:
(A) ~-tr
(B) ~~c6\~ ~ ~ -tr
(C)·' ~~c6\~W>r ~ -tr
(0) ~~c6\~ ~ ..-tr
.9 A 1.5 V, zero internal resistance battery is connected to a 1 in long wire AB
of uniform cross-section. The potential gradient on wire AB and the potential
at point C, 20. cm· away from point A are respectively: .
1.5 V, .~~ I3iFdf):Cb ~~ ~ ~ ~ 1m ~ cren ~. ~~q;g crffi
CfIT AB -« ~ ~ t ICfIT AB 1:f\ ~. ~ cren ~ C'i1fT '~ A -«
20 em ~ t, 1:f\.~ ~~T: t: .
c
A B
+-20 em-+
1.5V
(A) 1.5 Vim; 03 V (B) 1.5 V/m;~.2 V
(C) 1.5 V/cm; 03 V (0) 1,.5V/cm; 1.2\7:.,
13/RUXADR_A] . , 6 I1\ .s1(JJ.; I[~JI···
I
Text of page 8
14' Acceleration due to gravity att., surfaceofEerth.is 10 m/s2. M othff
. 1 . 1
planet has amass 10 ;at.tdradius1" that of Earth. The acceleration due to
gravity at tl.\e surface of the pl~ in mls2is :
(A) 2 (B) 4
(C) 8 (0) 16
llafr "ffii( lR,t}b(iftq·lfR'Ol 10 mls2,l I ~fefflf % ~l sl)i~"l""aQT ~
11 .,' .... ..' .: 1c\. .
llafr CfiT l6ir~:10 ar.rr 2 l, fi6 ~ lR'!jb(iftq (CI"{UT ~ .• (~l«~) :
(A) 2 (B) 4
(C) 8 (D) 16
15 A wire has a length L, areaof.cross-s~i~Ii ~:t8Jldt~eyq~'~\ modulus of
the material of the wire is Y.Work done ill increasingthe lenSth of the
~-':
wire ' , .
by Ax is:
.,. I
(A) YA(Ax)2
2L
(C) YA(Ax)
2L
~ art c6T.'~ L ar.rr~ qfhi§t::CfiT ~ A ~ art t ~d CfiT'$J
~ yt lartcfi)'~··.Ax·~ ~.~lNf'~m:
(A) YA(Ax)2 YA(Ax)
(B) , 2L2
2L
. YA(Ax)
(C)
.2L
16 In a nucleus'zXA, the neutron excess is :
,
(A) (A-z) (B). (A -2z) .
(C) (2A-z) (0) 2(A-z)
~ zXA if.~-~t:
(A) (A-z) (B) {A-2z)
(C) (2A~) (0) 2(A-z)
11""1.
8'1:.
Text of page 11
26 The radius It of a nucleus z X A is proportional to:
1
(A) Z3 1
(B) (A-Z)3
2.
(0) A3
1 . 1
(A)Z3 .; (B} (A-Z)3
27 The missing particle in the following decay is:
p~n+e- +?
(A) Pion (B) Muon
(C) Nutrino (D) Positron
..~'.~.-q ,~ .•qm t :
P~'?te-+?
(A) ~i3lf.f
(B) 1<{~
(C) ..~:. . (D) ql~s:;T'1
28 Becquerel (Bq) is' the unit. for the :
(A) decay constant (B) .mean life
(C) total number of decays
>
(D) decay rate
~"~t:
(A) ~ rCr (B) ~.~ rCr
(C) l[q itr .~ W:rr c6T (D) l[q'q{ rCr
29 The tqtal binding energy .of a medium weight nucleus is proportional to :
(A) the number of protons
(B) the number of neutrons
(C) the number of nucleons
:(Df' sqti&re'ofthentimber of neutrotts
1l~ ~oq¥iI'1 ~. ~. rfiT ~ ~-~ (~I~~·l.~) :}1.'iljql~~ :
(A) ~ rCr'th9trr $ . .
(B) ~rCr"mr$
(C) ~00'1" rCr ~ $ .
(D) ~ rCr th9trri; q1f $ .
13~tiR_A] . [Contd ..•
Text of page 12
30 The net work done by a conservative force on a particle moving in
closed path:
(A) depends on the area enclosed by the path
(B) depends on the total length of the path
(C) is always zero
(D) is constant but notzero
~ ~ em ~-~ lIT ~ ~ lIT ~ l1lif ~. :'
(A) .~ i6\ffi ~·~·em~·".q ~ tr{
(B) ~ i6\ffi t ~ ~~ ~ lIT
(C) ~~n ~~ 1lar ,
(D) .~~n~mt~~~·
31 A myopic person. can see objects clearly. up' to ..a maximum distance of
50 em. The type and focal length of the corrective .lens is :
(A) Convex, 50 cm (B) Convex, 100 em
\
(C) Concave, 50 em (D) Concave, 100 em
~~-~ ~ CffiifT ~ ~ 50 em {t.0Cfi" ~ ~ -mq; ~ ~
t 1~~·q,l~~·~.fiC1)f~a~~~'{frt:.
(A) iftWT, 50 em (B) iftWT, 100 em
(C) ~, 50 cm (D). ~, ·lOOcm.
32 In Young's double slit experiment, each slit sends light of intensity I on the
')..
screen. The intensity at a point onthescreen where the path difference is 4"
will be :
I I
(A) - (B)
4 2
(C) I (D). 2I
~ ~ ~ ~"Ti, ~ fuiR; -« I tfum C1)fW6T~l ~ tr{ ~ t ,~C1)f
~ '" .. 0').. ~ ~...+.t\.
~ I"'~ ij'jlT 1f~ 4 e, lIT OICi40.1~'·1I :
I I
(A) - (B) 2
4
(C) 1 (D). 2I
l3IRUYADR_A1 12 ..·lContd •••
Text of page 14
.~ . . .. '
36 The radius vector r com of the center of mass of a system ofN-particles of
total mass M is :
. N
~ 1 N ~
(A) rcom =-
.
L
M· i=1
mj rt (B) ~rcom =-
1 ~
'" mi2~ri
M· .
i=1
....; N ~ . N
(C) r com = M L mi r i -. (0)
. ~
rcom =M
.
L··2~mj rj
i=1 ;==1
t.: ~:
~ 1 N .~ N
(A) r com =- I,
mj r, (B)
~ l~. 2~
rcom =- L mj ri
. M j=t" M ;=1 .
~. N ~ ~ N ~
(C) r com =MI, mi r, (0) r com=M L m; r,
i=1 j=1
\ 37 For a system of objects that exert forces on ope another the potential energy
is associated with the :
(A) motion of objects
(B) momentum of objects
(C) angular. acceleration of objects
(0) configuration of objects'
~.~-q""{lRm~WTRcmf~t~~-tr~~~~:
(A) . fqqif c€r. Tffu -q""{
(B) . fqTJ5l t m -q""{
(C) fqTJ5l t ~.~-q""{
(0) fqTJ5l t ~-q""{
38 A block lies on a rough horizontal floor. The maximum value of the static
frictional force for the block is 8 N, the frictional force on the block in case
the block is pulled horizontally by a force of 5 N ~s : .
(A) 8 N(B) 5N
~) 4N (0) 2N
~~. ~ •.~ ~ m<r -q""{-nsn ~ I~ t ftirq .~ ~ .."£JIttiT
~ 8 N ~ I~ fqua ~ '5 N t ~ ~~ ~~1T if-fi.~ m iffi-q""{
~ ~ ~ CfIT 1Wf m:
(A) 8 N (B) 5N
. (C) 4 N (0) 2N
14
•
\
Text of page 15
39 The foUo~g fourequatiQflS give the position Y (in m) ofa particle at time
t (in. seco~; t > 0). In.whiCh sitt#-tion the velocity of the.l?:l)J1icleis constant '
but not zero ? . ,,',
, 2
(A) Y=-2 (8) y=-
t3
4
(C) Y=-' +5 (0) Y=6t-4
t2
~·cfi.T(2fr eq)Cf)(UJ' w:flr t(l> 0, -«.~1·lf{ ~ t6t ~Y(1fr. -q) llORfr
~ I~ ~4tf6:(OIt ~,~.t6t qni(~ m t :err.'~~. ~ t ?
2
(A) Y=-2 (8) Y = t3
, 4
(C) ,Y =2"+5 (0) . Y =6t-4
t
40 Two bodies X' and Y start from the same point run in opposite directions
respectively with uniform accelerations of OA m1s2 and 0.6;m1s2. How far ~
apart X and Y will be afterJu.s ? '
(A) 350 m (B) 400 III
(C) 450 m (0) 500 III
iT ~. X"ff~ Y ~ fr ~ -« ~qad~lT.m -q Sf)qfl:: 0.4 m1s2 "ff~
0.6 mls2 Wi ~ -« 1lfir~ t I 30 s :ana:X"ffen Y t ~ t6t ~t
.(A) 350 m (B) 400m
(C) 450~m (0) 500 m
, '
41 If D denote the total distance travelled by an object and d the displacement
of the object, which of the following can not be true ?
(A) D=d (B) Dje d
(C) D < d (0) D > d
~D.~d~T: ~ mrT.Rilt T(2fr lfr ~"ffen~ cfit ~ ~,t,
aT ~ -q.qfr;r m. e4\t6{OI ~ t ?'
(A) D = d (:8). D;fd
(C) D<d (O) D> d
131RUYAl)R A] 15. [Ceatd ••.
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Text of page 16
42 The potential energy Vs aisplace~~ntgraph for a body executing, simple
, harmonic motion of amplitude A, may be represented by the curve
.£~~_ Curve no. 2
./ i
/' I~ Curve no. 3
r. /
/ .....
........ +,
Displacement ----:+
(A) no. 1 (B) no. 2
(C) no. 3 (0) no. 4
'A' ~ it;" ~ ~ 1lfu q){ 'd fqug qft ~ - .~ i3fR ~ em
mtfj ~ 1l' ~ fcrffi CJ1I) ~~m ~ 'ij'(T ~ t ?
......
_ ; ~_.L~~~
of. 1
r \
1 I ".,~
.'
.......•••.•.
! ,
j+A
I
f·
.......• ,..•..
-
""
/\
...
..
'C6\CI' '1. 4
(A) -;f. 1
.~.--+ . (B) -;f. 2
(C) -;f. 3
16 [Contd ...
Text of page 17
43 In the ~one bridse circqit shown u.,•.the, .flgur'e, the~tude of the
c~ent I _the .:'-;;.,v',<." .'
potentiAl dHfer~e be~n
'. ,: ......• '
points A and B..are respectively:
-:1:.. ...,... - ....• : .. " -: '_ "',' .." ,
.~~ ~mt·.~e:tit4~~.q ~'IC6T 1'fFrafrr~:Aim B t~
f?I\i~lo:a(..,: l:./"j" -.
IS V
(A) LO A; 0.0 V (B) 0.0 A; LO V
(e) O.lA; 0.1 V (0) 0.0 A; 0.0 v
44 The differential form of Biot-Savart law is: .
(A)
-7-4
(e) d B = Jlo i dl· r (0)
~n: r3
-.rrn~~~. ~ ~ ~t
(A) (B)
-7 -7
'Jlo r ·dl
-7
(D) dB=--;-
4n: r3
45, A prot<>(Ienters a uniform magnetic field of 1.0 m'Iat right angle to the direction
of the field with a speed of S> 106 mls. The force experienced by the proton is ':
(A) Zero (B) 8.0, x. 10'"-16 N
(C) 3.2 x 10- N 16 (0) 8.0 x 10-28 N
1.0 mI$ w:r ¥'Itl~ ,.q ~ VriA «sr
tl' fbn $ (i\qrCl({ 5xl06m1scir «sr
~ ~ 'OOffi .t I ~ '1ft \if1TT ~ t:
(A) ~~ (B) 8.0 x 1O~16N
(e) 3.2 x 1O-16N (D) 8.0 .x 1O-28N
13~UYADR!AiJ" 17 [Contd•••
Text of page 18
46 A p~allebpUlte capaciWt:is conntfted toa battery. What will happen to the
chargeon the plates of the capacitor if the separation between the plates
is increased? .-
(A) charge will increase (B) .chrage will decrease'
(C) charge will remain same (D) charge will become zero
~ ~ ~ ~~ ~ ~ -ij-" ~t I q~lq)l~ 1ft ~~T ?fiT~m
~·q~dfjfi!TI tt ~ tt ~. ~ eft ~ ?
(A) ~~T ~ (B) "~~T tR;tn
(C) ~~T ql\' "WIT (D) ~~T ~~ ~ ifflt1TlT
47 Two metallicplates X and Y having electric potential of ..,;200V and -400V
respectively are held 10 em apart, as shown in the figure. A proton is released
mid way between the ·plates. The proton will :
x Y
·..10 em-
-200V -400V
(A) move towards X with constant speed
(B) move towards Y with constant speed
(C) will accelerate towards X
(D) will accelerate towards Y
Gl ~ tt q?f?:~')i X ~ Y ~ "4\ Ff~T:-29()V tf'U -400V ~"~ t,
~ ~ -ij- 10 em tt Ifr"4\ ~ l, ~ ~ ~~ ~ t I~ Vrif;:r. q~l~')i
~ l{tlf cIT;ff -ij- ~.~"4\ $T ~ II~ :
X Y
·10 em-
-200V -400V
(A) X cfit &rt ~ 'qRif -ij- ~
(B) Y cfit &rt ~ ~ -ij- ~"
(C) 'X cfit ~ ~. m
(D) y~7"~~ m
Text of page 20
' .
.\
2(t{
Text of page 21
21., ~·.•;;(CoDtd ••.•
Text of page 28
. Benzene.
71 Anhydrous
Alel3
B HCN C H2~ )D
H
The structure of D is
OH
I
ey-CH2-C-C. H.3
(C) ~ tHO
..
CH3COOH· SOC/2 )A :)
AlC/3
B· HCN C H20 >D
H+ .
OH
I
ey-CH2-C. -CH3
.(A) ~. tN
OH
I .
ey-CH2-C-CH3
(C) ~ . tHO
28 (Contd. ••
Text of page 30
r
75 Which of thi:ifollowing sets of quantum numbers represents the highest
energy electron ?
" ·1
(A) n=3 , /;:=1,.m=+1., s=+- 2 (B) n=3,/=2,m=+1,s=+ Yz
1
(C) n~4,l=O,m=O,s==+ ~ (D) n=31=Om=Os=+-
, , ., 2
~ ~. ~ ..~ mqql~q ~i3U '$T (1!!ii44\5ii4dif ~ t ~~«T1 'cnl
q~mnt?
(A) n=31=1
"
.
m=+l , s=+- 2
1
(B) n==3,1==2,m=+l,s=+ Yz
(C) . n==4,I=O,m==O,s=+ Yz (D) n=31=0
, , m=O , s=+- 2 .
1
76 Which of the following sets of quantum numbers are correct for 'an electron
in 4f orbital ,:7:
(A) n == 4,/ = 3,m == +4,s == +Yz (B) n==4,/=3,m==+I,s=+ Yz
(C) n==2,1=3,m=+l,s==+ Yz (D) . 3, m ==.,+3 s == +72
n = 3'I = 1/2
(A) n=4,l=3,m=+4,s=+ Yz . (B) n=4,1=3;m=+1,s=+Yz
(C) n = 2,1 ~ 3,m =+l,s = + Yz (0). ., 3 m ~ +3 ,s =+ /2
n = 3,1= 1/2 .
77 Number of lone pair of electrons on central atom of SF4, CF4 and XeF4
are respectively.
(A) 1, 0, ° . (B) 1, 1, 1
(C) 1, 0, 2 (0) 1, 2, 2
SF4, CF4 om XeF4 ~.~ ~ lit ~M«T"1~ cCr ~ ~~T: t:
(A) 1, 0, ° (B) 1, I, 1
(C) .1, 0, 2 (0) 1, 2~2
13/RUYADR_A] . 30 ...' '[Contd~.:~
! .
Text of page 34
87 Gold ~~~fS for protective 'co~ids A,..B,C andDvare 0.50, 0·91, ..0.10
and 0.-005 respectively. The corr~t order of theirprotectivepower. is:
(A) D > B > C. > A (B) D > B > A> C
(C) B > D > A> C (0) A > B > C > D
C6T\'I)~ii A,B, C om D t ~ (~ ~) FJ~T: 0.50, 0.01,0.10 'Om
0;005 f I ~ "Uft1JT ~ q)J, '.~ S6ll' .~ f :'
(A) D > B > C > A (B) 0' > B > A > C
(C) B > D > A> C (0) A > B > C > D
88 Pearl is
(A) solid sol (B) sol
(C) foam (0) emulsion
lffifrt :
(A) om~ (B) ~
(C) WI (0) ~'R (-.:mm)
89 Which' of the following is an example. of emulsifier ?
(A) Milk (B) Curd
(C) Soap (D) Oil
~~ ,-ij- ~'i~C6t<C6 (qt<HftC6t<1.f)) q)J mT' 13&1&(01\"
(A) l~ (B) ~
ye)i ~ (0) 'ffiif
90 Which of the following catalysts is used for conversion of oil into fat ?
(A) Cu
,(C) . Ni
(B)
(0)'
Fe
Na
]
\
'~it -ij- cfit.l trY ~ 'ffiif Cbl cmT llqf{Cld'1 t·~ ~ flnqr ~t ?
(A) Cu(B) Fe
(C) Ni (0) Na
13fRJJY4J?R_A] 34..\
\F.' ....
-~
Text of page 35
, ,
91 Which of the' following metals can not 'be obtained by electrolysis, of its
aque<>ussalt solution? "j
(A) Ag (B) Cu
,(C) Na (0) All of these
~ 'Tj "« cGR' lfr ~ ~ ',~ ~ ~', ~(ij(4"1 .~ ,~ .~' zm
m~~~~t? '
(A) Ag (B) Cu
;"',
(C) Na (D) \3q ()CRt ~
92 Highest ionic radius belongs to . ,
(A) Ca2+ (B) K+
(C) 82- (D) cr
(A) Ca2+
(C) 82- (0) cr
93 Orion is a polymer of :'
(A) Styrene (B) Vinyl chloride
(C) Acrylonitrile (0) Butadiene and adipic acid
~,~ifiT~t
(A) &;1~fI"1 (B) cu~Pt(i1 Cf(ii'j (I~$
(C) qf?fi(i11"11~~(i1 (0) it{eol$I~"1 (f~ qf$fqCf) ~
94 Molecularweight of KMn04 is M. Equivalent weight of KMn04 in.~~idic
medium is
M M
(A) -
3
(B)
5
(C) M (0) None' of these '
M M •
(A) (B) -
3 , 5 , LA)
(C) M
, 13IRUVAbR_A) 35 [Contd •••
Text of page 38
SPACEFOR~OUGHWORK
'.~> . '. " "'\".::,.' "
l~ifiA~'~~ •... ,. ,',-,.,
.
~~,'-' .••. ' ' ••• '/>f/.":: .•.,.\ •
,.,:- ....
•
•..
Text of page 39
'.
'\
39;,
Text of page 46
128 The primary function of the skin pigment; Melanin is
(A) .to contribute to skin colour
(B) to filter. out ultraviolet radiations of Sun
(C) to play a role in the development of skin" allergies
(0) to defend body against .infections
mil -q .~ ~ ~ ~(i)P-1.,.qafcn C&T ~ .CfiW" t.
(A) (C(T.IT"tif i"1f ~ ~
(B) ~ ctft ~~ ~ ~ ~Tfu ctft \~ iIR"Il "
(C) (C(T.IT-q ~ m-q"q'*4'lui ~ ~
(D) ~m"tif ijg;)qui'f ~ .~
129 The chief. enzyme present in the gastric juice is :
(A) Amylase (B) Trypsin
(C) Pepsin (0) Chymotrypsin"
.~~ &m ma- ur -q ~ ~ crrm ~ ~OG1I_q t
(A) ~ql~(i)1j1 (B)" I{q~.,
(C) ~
130 Breathing is an
(A) Involuntary process controlled by medulla oblongata
(B) Voluntary process controlled by medulla oblongata
(C) Involuntary' process controlled by cerebellum
(D) voluntary process controlled by cerebellum
~~~ht:
'(A) " ~~fisCf) h ~i\S'\(i11 \34I&ff) ri)?;1 mr ~ti~d t
(B) ~ h 'ij1j) .i\S'\('I1 at 1&.'11·ll?OI &mP-14~d t
(C) ~~~Cf) h ~ ijf1~{i1q. &m Pltift>la t
(D) .~ A 'ij1j) ijf1~{i1q ~ ~ti~d l
131 The pacemaker of human heart js
(A) sinoatrial node (B) atrioventricular node'
(C) atrioventricular bundle (0) bundle of His
"~ .. ~ ..'~ -q ~ ~."{fr ij(~'11 'qij~Cf)<,Cf)${i1131 t ?
(A)ijl~'1l~~~ .~ (B) ~a()~~{i1( ~
(C) ~a()~Rtf(if(· W{J (0) ft'ff ~ W{J
< •• I~l2qyADR_A] ;\·~6i~ 5H: I(;CJ.p~···
Text of page 51
·SPAcl'FOR RO(JGH woRK I~"·."- '\
51
Text of page 52
151 As plant wcref1~s in girthw~h
,.,-
"-',':,' ; "'>'jl" < .-0"~: :;: -. -
ti~suejnqea~es
. ':- $..
in quality ?
-: ::- -... , -~'.
(A) Sap wood . .' (B).Heart wood .
(C) Cortex (0) Phloem
~~·c6T~·~t ~m~·~lt1?IT-q~~ ?
l
(A) ~ ~ (B) aRt': ~
(C) Cf)~Cf(1 (0) ~
152 Removal of anthers from flower bud is known as :
(A) Emasculation (B) Bagging
.(C) Heterosis (0) Hybridization.
~ ~ -« 4wlCbltt PtIlq)I('f'1 C6&\i1ldl~ :
(A) ~ (B) ~-qa
(C) ~.~. (0) ~
153 Which one of the following perform the function of conduction of water
and minerals?
(A) Fibres (B) Parenchyma
(C) Tracheary elements. (0) Sclerenchyma
P1...,~furd ~ ~'~ ~ ~ ~ t~ q)f 'C6FfC6«IT l?
(A) 01I (B) ~
(C) qII1Ptc6)~ 'ffiCf (D) ~ ~
154 In India rain forest are found in :
(A) Uttar Pradesh and Bihar
(B) Madhya Pradesh and Orissa
(C). Tamil Nadu and Andhra Pradesh
(D) Western Ghats. and Eastern Himalayas
'tl(dq~ ~ ~ CA· -qrq ilfffi l :
(A) ~·~~l "Om·~ ~. (B) ~ ~~l"Om ~ ~
(C) . dl~\i1'1I{ "Om·'3TRl ~~l ~ (D) ~~ me "O'U~ ft"I\i1~ ~
155 Which is the smallest hydrophytic angiosperm ?
(A) Lemna (B) Wolffia
(C) Spirodella (0)- Hydrilla
~ -at .-~ ~-Ij((it"\I«fi:t~ \3I11d~1lft l ?
(A) A .(B) ~f(rv,41
(C) NHM&I (0) $~~(I11
Text of page 59
185 The study of various kinds of flowers isknown as:
(A) Olericulture . (B) Floriculture
(e) Silviculture " (0) Arboriculture'
~,~··t ~$'~ ~ ~,t :
(A) . (i~tll ~ ~ (B) ~ ~
(e) ~ (0) ?!~~
186 In pond ecosystem, pyramid of Biomass is:
(A) Upright (B) Inverted
(e) First inverted than upright Q» Anyof.the above
'~' ~-q ~ tfsr" CfiT~C1'qI(CfiT fq,fqg t.:
(A) -tt~ (B) \3m
(e) ~ \WGT m trm ' (D) ~'-« ~:'Ifr
. 187 Aflatoxins are produced by :
(Ar Vlrhs ' (B) 'Bacteria
(e) Fungi (0) Nematodes
~.tf)(ifIGmffl"" ~ ~ :
(A) '~,~ (B) ~,,~
(C) ,~,~ (0) Pt~i)$ ~
188 An infectious virus particles are :
'(
(A) Viron (B) Virus
(e) ,.Mycoplasm. (0),. Bacteria ,,
(1et)liitb ~ qjUf,' ~ :
(A) ~. (B) ~
(e) q;qq; sr&f (D) ~
189 Dehiscence of fern sporangium is by means of:
(A) , Sorus (8) Indusium
(e) Annulus (0) Tapetum
-q;!f ~~~CfiT ~~G"" ~,mu ~ t?
(A) ~~ ~';' ' (B) mn:r ltc::
(C) ~ (0) ~
190 A membranous, tongue-shaped structure is present at the base of the Ieaf is '
called as :
(A) Rhizophore (B) Ligule
(e) Ramentum (0) . Gemma
~t4tl'l'I,~ cCr' anqm: ~ ~ 1l-aT t ..
;frtffi irm" -q' ' '~,'~ t,
tb&(I1Id) ~ : .. '., ,.,
(A) <1~\~l\jq,T< (B);ij)~C61
(C? ..~~~ (D) .~.
.;jftmYjYADR_A]
Text of page 60
191 Rennet is used in:
(A) Bread making (B) Fermentation.
(C) Cheese making (0) Synthesis of antibiotics
~ q)f ~ mrrt :.
(A) ~M~.-q (B).~-q
(e) m~-q (0) Slfd~Pciitil -«~~ -q
.-
192 Which one is known as Indian com ?
(A) Sorghum vulgore . (B) Triticum aestivum
(C) Zea mays . (0) .Pennisetum typhorides
cCR tIT 'i1<<fit4 ~ iti.8(f1ldl ~ ?
:(A) ffh1f7f ~ (B) ~i!Jq;Jf ~etlfJi'f
'(C) fijrlfT ~ (0) q;:fltflZIIZI41b}4f$B
, "
.
193 The process -by which DNA nucleus passes information to RNA is called :
(A) Translocation (B) . Transcription
(C) Translation (0) Transduction
crl ~ ~. ID\T ~ ~ ~ ~, ~ ~ ·It Cb1-d~1~ t', iti8(f11<fi t :
(A) ?C1~(ii'C$~'A (B) ?Cien"liij •••
(C)' ?Cie~ij'" (0) ?C1;<ijgq:e•••
194 Genetic engineering is :
(A) . Chromosomal alternation (B) Cytochromal alternation
(C) Alternation of gene (0) Test tube baby .
~~~~Ptt4fi·1 l:
(A) ~ ~itil"t1 <Vi (B) ~tI~i)m)iM
ltifillid<vt
(C) ,~ C6T ~itil"t1 <Vi (0) .q <&•.•tf1 ~
195 Heredity material of the plant cell is :
(A) RNA. (B) Chromosome
1
(C) DNA (0) Mitochondria.
~ c6t ~lC6l-q ~lC6"ffi ~ ..~ t :.
(A) am ~ ~ (B) .~
(C) tl' tfT ~ (0) ¥U~i)q;Tfl41
13/R'VYADR_A] [·(J··ontd
r·,· :',,-
0' .
', - '••• , to-
Text of page 62
SPACE FOR ROUGIiWORK
.:- '-" . " -: - ",'-"'--. "
1~·1fiPJ
-.
i5 ~ ..~
I
.. ,
1
Text of page 63
t.
••
[C4I1ta...
Text of page 64
13fR UYADR
INSJ'RUCTIONSREGARDINGMETHOD
• . lr~
11II1111"lJlIgll_II~IIIIIMIIIII
t ~.~~
OF ANSWERING QUESTIONS M".
(Please use Blackball-point Pen) (f'1lIT Black ball-point t:r fliT m CIff)
< USEBLACKBALLPOINTPENONLY r9 < UsEBLACKBALLPOINTPENONLY) 9
1 Method of Marking Answers : 1 i3'ffi'.~ ~ ~. :
To answer a question, please darken \ffi\ ~ t ~.:\5Il.~.'3TI'{. \ffi\ ~ftG
one bubble out of the given four, in If ~..qa' \Uif t ~ ~.~ ~
the OMR ArisMrerSheet against that 1ffinlf '« ~ ~ ~ q;).~ q;mr
question. ~ I
2 Valuation Procedure : 2 1MiCfi ••. ~. :
There are four alternative answers to a ~ ~~.••.t.;:rrt tf~ \ffi\ i', m' .
question, only one of them is correct. '« ~ \ffi\ mil ~~ .••.
C6T ~ \ffi\.
One mark will .be awarded for each ~ m ~~ aiifi ~yt(f I~ m
correct answer, if more than one bubble ~ ~ ~ ~ ~ ~ oT
are. darkened for a question, it will be ~tI· ~ .• t.>
presumed. that the candidate does not lfO lfAT ~ f$ -q"frlffi'effq;) ~~~ C6T
know the correct answer hence no mark ~. \ffi\ ..:;rt¥. ~ i .~. ~~
shall be awarded. ~ ~ ~ ~ I
3 Cancellation or Change in Answer: 3 iftR ci'r ~ ~ 1f( ~
It will not be possible to change the \re1: ~ "tit f.rm m. t ~ ~
marked bubble with black ball-point ~ qi{,« .1ft 7fQ- -.~ t .f.r~lT"fq;)
pen; therefore, oorrect answer should ~ tf1lCJ ;;tvm I i3ffl: \ffi\ C6T
be carefully chosen before marking it .1ffi;rr mt ~ ~ ..
~~\ffi\ C6T~ .
on OMR Answer Sheet. mcr~141 '{4Cb ctit I
4 Handing over of OMR Answer Sheet 4
to Invigilator :
an.~. am. ftt·.~ imcI; ci'r·Wron :
(i)cfr~. q;) \ffi\. ~ftc:.~ t m-
(i) Please ensure.that all entries in the
~ Cf)\ ~. f$ ~. ~ftc:t
answer sheet are filled up properly
i.e. Name, Roll No., Signatures, ~ ~. "tIT WIfr· ~ M -<;Ill,
Question Booklet No. etc. -fu;r~, ~«1i~,~~ .••.-~C6T
~, ~ ~ ~ "tft <fun-.
(ii) CANDIDATESAREPE~ITIED
TO CARRY AWAY THE
~ 1ft ~ i'l
QUESTION BOOKLET WITH (ii) trfr~. ~. trfr~eff .q;) ~~.••.
THEM AFTER THE . ~ ~m'f ~ iffl"f qft ~
EXAMINATION. i'l .. .
5 Care in Wandling the OMR Answer 5 aTr.~.am..\fffi: ~fu:t ~ if ~lfr-ff:
Sheet:
\ffi\~ftc:C6T.w:wr~ -wrc:r. itT (ffi"
While using answer sheet adequate care '« mqm;fr I .~ ~, m
.~ "tit
should be taken not to teat or spoil
due to folds or wrinkles.
~ .~'« ~ ..••.m:e:Official key not published for this paper.
Page 1 of 64
Source: Madhya Pradesh Employees Selection Board. Question paper published by Madhya Pradesh Employees Selection Board.