CG PAT / PVPT 2021 Question Paper Agriculture






Question Booklet No.
SET – A


AA Subject Code : 22103/BE – AG/ENT – M

narjm Ho$ÝÐmÜ`j H$s _moha narjmWu Ûmam ~m°b-ßdmBÊQ> noZ go ^am OmE & CÎma erQ> H$m H«$_m§H$
Seal of Superintendent of Examination Centre To be filled in by Candidate by Ball-Point pen only. Sl. No. of Answer-Sheet

AZwH«$_m§H$
Roll No.

KmofUm : _¢Zo ZrMo {X`o J`o {ZX}e AÀN>r Vah n‹T>H$a g_P {bE h¢Ÿ&
Declaration : I have read and understood the instructions given below.

drjH$ Ho$ hñVmja Aä`Wu Ho$ hñVmja
(Signature of Invigilator) ................................ (Signature of Candidate) ............................................................ nyUmªH$ - 200
drjH$ Ho$ Zm_ Aä`Wu H$m Zm_ g_` - 3 K§Qo
(Name of Invigilator) ..................................... (Name of Candidate) ..................................................................

àíZ nwpñVH$m _| n¥îR>m| H$s g§»`m : àíZ nwpñVH$m _| àíZm| H$s g§»`m :
Number of Pages in this Question Booklet : 56 Number of Questions in this Question Booklet : 200

Aä`{W©`m| Ho$ {bE {ZX}e instructionS To candidates
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A
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otherwise OMR sheet will not be evaluated.
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and Question Booklet may be taken away by the examinee.
11. Bg àíZ nwpñVH$m _| VrZ ^mJ hmo§Jo :- 11. This Question booklet contains three Parts :
(i) AG-1 :- (^m¡{VH$ emñÌ, agm`Z emñÌ, J{UV Ed§ à.g§. 1-80 (i) AG-1 : – (Physics, Chemistry, Q. No. 1-80
Ord emñÌ) Mathematics and Biology)
(ii) AG-2 :- (\$gb CËnmXZ Ed§ CÚm{ZH$s) à.g§. 81-140 (ii) AG-2 : – (Crop Production and Horticulture) Q. No. 81-140
(iii) AG-3 :- (newnmbZ Ho$ VËd Ed§ Hw$ŠHw$Q> nmbZ) à.g§. 141-200 (iii) AG-3 : – (Elements of Animal Husbandry Q. No. 141-200
àË`oH$ àíZ 1 A§H$ H$m h¡ & g^r àíZ hb H$aZm A{Zdm`© h¡ & and Poultry Farming)
Each question contains 1 mark. All questions are compulsory.
12. `{X A§JO
o« r ^mfm _| H$moB© g§Xho h¡ Vmo {hÝXr ^mfm H$mo hr àm_m{UH$ _mZm Om`oJm Ÿ& 12. In case of any ambiguity in English version the Hindi version shall
be considered authentic.


-1-

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NO
DO

-2- Set-A

AG – 1
Physics, Chemistry, Mathematics ^m¡{VH$ emñÌ, agm`Z emñÌ,
and Biology J{UV Ed§ Ord emñÌ
1. Two electric bulbs are 220 Volt 1. Xmo {dÚwV ~ë~ àË`oH$ 220 dmoëQ> - 500 dmQ> H$mo
– 500 Watt each are put in series in a line 110 dmoëQ> Ho$ bmBZ _| loUr H«$_ _| aIm J`m h¡ &
of 110 Volt. Power consumed in each
bulb will be
àË`oH$ ~ë~ _| epŠV ì`` hmoJm
(A) 62.5 Watt (B) 60.5 Watt (A) 62.5 dmQ> (B) 60.5 dmQ
(C) 31.25 Watt (D) 30.25 Watt (C) 31.25 dmQ (D) 30.25 dmQ

2. 1 kilowatt hour is equal to 2. 1 {H$bmodmQ> K§Q>m ~am~a h¡

(A) 3.6 × 106 Joules (A) 3.6 × 106 Oyb
(B) 3.6 × 104 Joules (B) 3.6 × 104 Oyb
(C) 103 Joules (C) 103 Oyb
(D) 6 × 104 Joules (D) 6 × 104 Oyb

3. A person’s near point is 50 cm and 3. EH$ ì`pŠV Ho$ {bE {ZH$Q> q~Xþ 50 go_r Ed§ Xÿa q~Xþ
far point is 1.5 m. What power of 1.5 _r h¡ & n‹T>mB© H$aZo Ho$ {bE Cgo {H$VZo nmda
spectacles will be required for reading
H$m Mí_m Mm{hE `{X ñnîQ> ÑpîQ> H$s Ý`yZV_ Xÿar
purpose, if least distance of distinct
vision is 25 cm ? 25 go_r h¡ ?

(A) 0.667 D (B) + 1.5 D (A) 0.667 D (B) + 1.5 D
(C) – 1.5 D (D) + 2 D (C) – 1.5 D (D) + 2 D

4. The length of a simple astronomical 4. gmYmaU IJmobr` Q>o{bñH$mon H$s bå~mB© hmoJm
telescope is
(A) The difference of the focal lengths (A) Xmo b|gm§o Ho$ \$moH$g Xÿar Ho$ A§Va
of the two lenses
(B) Half the sum of focal lengths (B) \$moH$g Xÿ[a`m| Ho$ `moJ H$m AmYm
(C) The sum of focal lengths (C) \$moH$g Xÿ[a`m| H$m `moJ
(D) Product of the focal lengths (D) \$moH$g Xÿ[a`m| H$m JwUZ\$b

-3- Set-A

5. For a prism PQR, the incident and 5. PQR {àÁ_ Ho$ {bE, Amn{VV VWm {ZJ©V {H$aU|
emergent rays are parallel as shown in
{MÌ Ho$ AZwgma g_mZmÝVa h¡ & {àÁ_ Ho$ AndV©Zm§H$
figure. The minimum value of refractive
index of the prism is H$m Ý`yZV_ _mZ hmoJm


(A) 1.5 (B) 2 (A) 1.5 (B) 2
(C) 3 (D) 2 (C) 3 (D) 2

6. If the refractive indices of glass for 6. `{X {H$gr H$m§M H$m ~§¡JZr Ed§ bmb àH$me Ho$ {bE
violet and red light are 1.66 and AndV©Zm§H$ H«$_e: 1.66 Ed§ 1.64 h¡, Vmo H$m§M
1.64 respectively, then the angular
Ho$ 10° {àÁ_ H$m H$moUr` \¡$bmd h¡
dispersion of a 10° prism of glass is
(A) 0.20° (B) 1.20° (A) 0.20° (B) 1.20°
(C) 0.02° (D) 2.20° (C) 0.02° (D) 2.20°

7. Two identical mercury drops are 7. Xmo EH$ g_mZ _aŠ`w[a ~y§X H$mo g_mZ {d^d V VH$
charged to the same potential V. If the Amdo{eV {H$`m J`m h¡ & `{X XmoZm| ~y§Xo EH$ gmW
two drops coalesce into one drop, then
{_bH$a EH$ ~§yX ~Z Om`, Vmo CgH$m {d^d hmoJm
the potential will be
(A) V (A) V
1 1
(B) (2) 3 V (B) (2) 3 V
3 3
(C) (2) 2 V (C) (2) 2 V
2 2
(D) (2) 3 V (D) (2) 3 V

-4- Set-A

8. A parallel plate condenser is filled 8. EH$ g_mZmÝVa ßboQ> g§Ym[aÌ {MÌ Ho$ AZwgma Xmo
with two dielectric as shown in figure.
namd¡ÚwV go ^am hþAm h¡ & àË`oH$ ßboQ> H$m joÌ\$b
Area of each plate is A m2 and the
separation is d metre. The dielectric A _r2 VWm CZHo$ ~rM Xÿar d _rQ>a h¡ & namd¡ÚwV
constant are K1 and K2 respectively. {Z`Vm§H$ H«$_e: K1 Ed§ K2 h¡ & BgH$s Ym[aVm \¡$aoS>
Its capacitance in Farad will be _| hmoJm



(A) ∈0 A (K1 + K 2 ) (A) ∈0 A (K1 + K 2 )
d d

(B) ∈0 A (K1 + K 2 ) (B) ∈0 A (K1 + K 2 )
d 2 d 2

∈0 A ∈0 A
(C) 2(K1 + K 2 ) (C) 2(K1 + K 2 )
d d

∈0 A (K1 − K 2 ) ∈0 A (K1 − K 2 )
(D) (D)
d 2 d 2

9. The density of ice is 0.9 gm/cc and that 9. ~\©$ H$m KZËd 0.9 J«m_/grgr Am¡a g_wÐ Ho$ nmZr
of sea water is 1.1 gm/cc. An ice-berg H$m KZËd 1.1 J«m_/grgr h¡ & V Am`VZ H$m
of volume V is floating in sea water,
{h_I§S> g_wÐ nmZr _| V¡a> ahm h¡, Vmo {h_I§S> H$m
fraction of volume of ice-berg above
the water level is {H$VZm Am`VZ nmZr Ho$ Vb go D$na hmoJm ?

9V 5V 9V 5V
(A) (B) (A) (B)
11 11 11 11

2V 1V 2V 1V
(C) (D) (C) (D)
11 11 11 11

-5- Set-A

10. Two blocks are connected over a 10. Xmo JwQ>H$m Ðì`_mZ a{hV {Ka>Zr go {MÌ Ho$ AZwgma
massless pulley as shown in figure.
Ow‹S>m hþAm h¡ & JwQ>H$m A H$m Ðì`_mZ 10 {H$.J«m.
The mass of block A is 10 kg and the
coefficient of kinetic friction is 0.2. Ed§ J{VO Kf©U H$m JwUm§H$ 0.2 h¡ & JwQ>H$m A
Block A slides down the incline at ZVg_Vb _| {Z`V Mmb go ZrMo {\$gbVm h¡, Vmo
constant speed. The mass of block B JwQ>H$m B H$m Ðì`_mZ {H$.J«m. _| hmoJm
in kg is


(A) 3.5 (A) 3.5
(B) 3.3 (B) 3.3
(C) 3.0 (C) 3.0
(D) 2.5 (D) 2.5

11. A wire PQR bent as shown in figure 11. {MÌ Ho$ AZwgma EH$ Vma PQR H$mo _mo‹S>H$a EH$
is placed in the region of a uniform g_mZ Mwå~H$s` joÌ B _| {MÌ Ho$ AZwgma aIm J`m
magnetic field B as shown in figure,
PQ = QR = a. The ratio of force on PQ
h¡, Ohm± PQ = QR = a. PQ Am¡a QR na bJZo
and QR, when a current i is flowing, is dmbo ~b H$m AZwnmV hmoJm, `{X Ymam i àdm{hV hmo
ahr h¡


(A) Zero (A) eyÝ`
(B) Infinity (B) AZÝV
(C) Bi. a (C) Bi. a

(D) 2 Bi. a (D) 2 Bi. a

-6- Set-A

12. The galvanometer based on tangent 12. ñne©Á`m {Z`_ Ho$ AmYm[aV Ymam_mnr H$mo
law is called
H$hVo h¡§
(A) D’arsonval galvanometer (A) Xr’Agmo©db Ymam_mnr
(B) Tangent galvanometer (B) ñne©Á`m Ymam_mnr
(C) Ballistic galvanometer (C) àjon (~¡bopñQ>H$) Ymam_mnr
(D) Sine galvanometer (D) Á`m Ymam_mnr

13. One kg of ice at 0°C is mixed with 13. 0°C Ho$ 1 {H$J«m ~\©$ H$mo 50°C Ho$ 9 {H$J«m nmZr
9 kg of water at 50°C, then the resulting Ho$ gmW {_bm`m OmVm h¡, Vmo n[aUm_r Vmn hmoJm
temperature will be
(A) 47°C (B) 42°C (A) 47°C (B) 42°C
(C) 39°C (D) 37°C (C) 39°C (D) 37°C

14. A larger ice berg melts at the base but 14. EH$ ~‹S>m {h_I§S> ZrMo Vbr _| {nKb OmVm h¡ naÝVw
not at the top because {eIa (Q>m°n) na Zht {nKbVm, Š`m| {H$
(A) The base of ice berg remains in (A) ZrMo Vbr _| {h_I§S> Ja_ n[adoe _|
warmer surroundings ahVm h¡
(B) Ice at base contain impurities (B) Vbr Ho$ ~\©$ _| Aew{Õ ahVm h¡
(C) Due to high pressure ice at the (C) CÀM Xm~ Ho$ H$maU Vbr Ho$ ~\©$ H$m JbZm§H$
base lowers its melting point H$_ hmo OmVm h¡
(D) Ice at the top is of different kind (D) {eIa na ~\©$ EH$ AbJ {H$ñ_ H$m hmoVm h¡

15. The mechanical advantage of an ideal 15. EH$ AmXe© EH$b Mbm`_mZ {Ka>Zr H$m `m§{ÌH$ bm^
single movable pulley is hmoVm h¡
(A) 1 (A) 1
(B) 2 (B) 2
(C) less than 1 (C) 1 go H$_
(D) less than 2 (D) 2 go H$_

-7- Set-A

16. If the change in the value of ‘g’ at a
height h above the surface of the earth
16. n¥Ïdr Ho$ gVh go D$na h D§$MmB© na ‘g’ Ho$ _mZ _|
is the same as at a depth x below it, n[adV©Z CgHo$ gVh go ZrMo x JhamB© na g_mZ h¡ &
when both x and h are much smaller `{X x Am¡a h H$m _mZ n¥Ïdr Ho$ {ÌÁ`m go ~hþV H$_
than the radius of the earth, then h¡, Vmo
(A) x = 2h (A) x = 2h
(B) x = h (B) x = h
h h
(C) x = (C) x =
2 2
(D) x = h2 (D) x = h2

17. A slab consists of two parallel 17. Xmo g_mZ _moQ>mB© Ed§ {d{^Þ nXmWmoª {OgH$m D$î_r`
layers of two different materials of MmbH$Vm k1 Ed§ k2 h¡, Ho$ g_mZmÝVa naV go
same thickness and having thermal
EH$ nÅ>r ~Zm h¡, Vmo nÅ>r H$m Vwë` D$î_r`
conductivities k1 and k2. The
equivalent thermal conductivity of the MmbH$Vm h¡
slab is
(A) K1 + k2 (A) K1 + k2
(B) K1k2 (B) K1k2
K1 + K 2 K1 + K 2
(C) (C)
K1 K 2 K1 K 2
2K1 K 2 2K1 K 2
(D) (D)
K1 + K 2 K1 + K 2

18. A body cools from 91°C to 89°C in 18. EH$ dñVw 91°C go 89°C VH$ 5 {_{ZQ> _| R>§S>m
5 minutes, when the room temperature hmoVm h¡, O~{H$ H$_ao H$m Vmn 20°C h¡, Vmo 71°C
is 20°C, then it will cool from 71°C to
go 61°C VH$ R>§S>m hmoZo _| g_` bJoJm
61°C in
(A) 10 min (B) 9 min (A) 10 {_{ZQ> (B) 9 {_{ZQ>

(C) 7 min (D) 6 min (C) 7 {_{ZQ> (D) 6 {_{ZQ>

-8- Set-A

19. The equivalent resistance between 19. q~Xþ A d q~Xþ B Ho$ ~rM Vwë`m§H$s à{VamoY {ZåZ
the points A and B in the following
n[anW Ho$ AZwgma hmoJm
circuit is

(A) 5 Ω (A) 5 Ω

(B) 6 Ω (B) 6 Ω

(C) 7 Ω (C) 7 Ω

(D) 9 Ω (D) 9 Ω

20. Two cells, each of emf E and internal 20. Xmo gob {OgH$m àË`oH$ H$m {d.dm.~. E Ed§
resistance r, are connected in parallel Am§V[aH$ à{VamoY r h¡, à{VamoY R Ho$ gmW g_mZmÝVa
across resistance R. The power
H«$_ _| Ow‹S>m h¡ & à{VamoY H$mo A{YH$V_ epŠV
delivered to the resistor is a maximum
if R is equal to {S>{bda hmoJm `{X R ~am~a h¡
r r
(A) (A)
2 2
(B) r (B) r

(C) 2r (C) 2r

(D) 0 (D) 0

-9- Set-A

21. NPK fertilizers is prepared by mixing the 21. NPK ImX ~ZmZo Ho$ {bE {ZåZ `m¡{JH$m§o H$mo {_bmZo
following compd. in the form 4 : 2 : 1.
na 4 : 2 : 1 AZwnmV _| ~ZVm h¡ &
(A) Liq. NH3, phosphoric acid and (A) Ðd NH3, \$mñ\$mo[aH$ Aåb Ed§ `ÿ[a`m
urea
(B) Liq. NH3, phosphoric acid sulphuric (B) Ðd NH3, \$mñ\$mo[aH$ Aåb gë\y$[aH$ Aåb
acid and KCl Ed§ KCl
(C) Ammonium sulphate, calcium (C) A_mo{Z`_ gë\o$Q>, H¡$pëe`_ \$mñ\o$Q> Ed§
phosphate and potassium chloride nmoQ>o{e`_ ŠbmoamBS>
(D) Calcium phosphate, ammonium (D) H¡$pëe`_ \$mñ\o$Q>, A_mo{Z`_ ZmBQ´>oQ> Ed§
nitrate and potassium chloride nmoQ>o {e`_ ŠbmoamBS>

22. Which statements are correct ? 22. H$m¡Z-gm H$WZ ghr h¡ ?
1. 16 micro nutrients are required for 1. 16 gyú_ nmofH$ nm¡Ymo§ Ho$ {bE Amdí`H$ h¡
plants
2. 4 cation and 3 anion form of 2. 4 Ho$Q>m`Z Ed§ 3 EZm`Z gyú_ nmofH$ nm¡Yo H$s
micro nutrients are very d¥{Õ Ho$ {bE _hËdnyU© h¡
important in plant growth
3. Boron is essential in nitrogen 3. ZmBQ´>moOZ Ho$ pñWarH$aU Ho$ {bE ~moamZ
fixation Amdí`H$ h¡
4. Zinc can used to balance plant 4. nm¡Ymo§ _| CnpñWV hma_moZ Ed§ AmpŠgZ H$s
hormones and auxin activity {H«$`merbVm H$mo g§V{w bV H$aZo Ho$ {bE qOH$ H$m
Cn`moJ H$aVo h¡§
(A) 1, 4 (B) 1, 2, 3 (A) 1, 4 (B) 1, 2, 3
(C) 1, 3, 4 (D) 1, 2, 4 (C) 1, 3, 4 (D) 1, 2, 4

23. Which acid easily react with ethanol to 23. H$m¡Z-gm Aåb EWoZm°b Ho$ gmW AmgmZr go {H«$`m
form ester ? H$aHo$ EñQ>a ~ZmEJm ?
(A) HCOOH (A) HCOOH
(B) C2H5COOH (B) C2H5COOH
(C) (CH3)2CH.COOH (C) (CH3)2CH.COOH
(D) (CH3)3C.COOH (D) (CH3)3C.COOH

-10- Set-A

24. Compound gives silver mirror test with 24. `m¡{JH$ A_moZrH$b {gëda ZmBQ´>oQ> {db`Z Ho$ gmW
ammonical silver nitrate solution on
J_© H$aZo na {gëda {_aa narjU XoVm h¡ &
warming.
(A) Benzoic acid (A) ~oÝOmoBH$ Aåb
(B) Acetic acid (B) Egr{Q>H$ Aåb
(C) Formic acid (C) \$m{_©H$ Aåb
(D) Ethanol (D) EWoZm°b

25. The ground state electronic configuration 25. Fe3+ H$m BboŠQ´>mo{ZH$ {dÝ`mg gm_mÝ` AdñWm _|
of Fe3+ is hmoJm
(A) [Ar]3d 4s
3 2
(A) [Ar]3d34s2
(B) [Ar]3d64s2 (B) [Ar]3d64s2
(C) [Ar]3d5 (C) [Ar]3d5
(D) [Ar]3d44s1 (D) [Ar]3d44s1

26. Which is not correctly matched in the 26. {ZåZ _| go H$m¡Z-gm ghr `w½_ Zhr§ h¡ ?
following pair ?
(A) XeO3 : Trigonal bipyramidal (A) XeO3 : Q´>mB©JmoZb ~mB©{nam{_S>b
(B) ClF3 : T-shape (B) ClF3 : Q>r-ê$n
(C) XeOF4 : Square Pyramidal (C) XeOF4 : ñŠd`a {nam{_S>b
(D) XeF2 : Linear (D) XeF2 : a¡{IH$

27. Which method is not used for 27. {H$g {d{Y Ûmam {_WoZ Zhr§ ~ZmB© Om gH$Vr ?
preparation of methane ?
(A) Grignard Reagent (A) {J«½ZmS© A{^H$_©H$
(B) Sabatier-Senderen’s method > (B) g~mVr`a-goZS>oaZ {d{Y
(C) Clemmensen’s Reduction (C) Šbo_oÝgZ AnM`Z
(D) Kolbe’s Electrolytic Reaction (D) H$moë~o {dÚwV AnKQ>Z {H«$`m

-11- Set-A

28. 28.

What is the str. of [A] and [B] ? [A] Ed§ [B] H$s g§aMZm hmoJr
(A) Acetone, Acetic acid (A) EgrQ>moZ, Egr{Q>H$ Aåb
(B) Acetone, Formic acid (B) EgrQ>moZ, \$m{_©H$ Aåb
(C) Acetone, Sodium Acetate (C) EgrQ>moZ, gmo{S>`_ EgrQ>oQ>
(D) Acetone, Benzoic acid (D) EgrQ>moZ, ~oÝOmoBH$ Aåb

29. A particular saturated solution of silver 29. g§V¥ßV {gëda H«$mo_oQ> {db`Z _|
chromate has [Ag+] = 5.0 × 10–5 M and [Ag+] = 5.0 × 10–5 M Ed§
[CrO42–] = 4.4 × 10–4 M. What is the
[CrO42–] = 4.4 × 10–4 M h¡ & Ag2CrO4 H$s
value of Ksp for Ag2CrO4 ?
{dbo`Vm JwUm§H$ Ksp H$m _mZ hmoJm
(A) 11 × 10–24 (B) 1.1 × 10–12 (A) 11 × 10–24 (B) 1.1 × 10–12
(C) 2.2 × 10–12 (D) 2.2 × 10–10 (C) 2.2 × 10–12 (D) 2.2 × 10–10

30. Two tablets of Aspirin containing 1.8 g 30. 1.8 g Eoñno[aZ H$s Xmo Jmobr H$mo 100 ml nmZr _|
dissolved in 100 ml water. If pKa of Kmobm J`m & `{X Eoñno[aZ H$m pKa = 2 h¡, Vmo BgH$m
Aspirin is 2, then pH will be
pH hmoJm
(A) 2 (B) 0.5 (A) 2 (B) 0.5
(C) 0.0 (D) 1.0 (C) 0.0 (D) 1.0

31. Which of the following carbohydrates 31. {ZåZ{b{IV _| go H$m¡Z-gm H$m~m}hmBS´>oQ> AnM`Z
is not a reducing sugar ? H$aZo dmbm eH©$am Zhr§ h¡ ?
(A) Glucose (A) ½byH$moO
(B) Sucrose (B) gyH«$moO
(C) Fructose (C) \«$ŠQ>moO
(D) Lactose (D) b¡ŠQ>moO

-12- Set-A

32. Fat soluble Vitamins are
32 dgm _| {dbo` hmoZo dmbo {dQ>m{_Z h¡§
(A) A, C and E (A) A, C Ed§ E
(B) A, D, E and K (B) A, D, E Ed§ K
(C) A, B, C, D (C) A, B, C, D
(D) Folacin, niacin, thiamine and iron (D) \$moAm{gZ, Zm`{gZ, Wm`_rZ Ed§ Am`aZ

33. 7.3 g HCl mixed without changing 33. 200 ml Adjo{nV YZmË_H$ H$mobmBS>b {db`Z
volume of 200 ml +ve colloidal solution H$m Am`VZ n[ad{V©V {H$E {~Zm 7.3 g HCl
precipitated. What is the precipitated
value of HCl for colloidal sol. ?
{_bm`m OmVm h¡ & Bg H$mobmBS>b {db`Z Ho$ {bE
HCl H$m AdjonU _mZ hmoJm

(A) 0.365 (B) 36.5 (A) 0.365 (B) 36.5
(C) 200 (D) 100 (C) 200 (D) 100

34. If a freshly formed ppt of SnO2 is peptised 34. VmOm ~Zm`m hþAm SnO2 H$m Adjon _| WmoS>r _mÌm
by a small amount of NaOH, the formula _| NaOH {_bmZo go BgH$m noßQ>rH$aU hmo OmVm h¡ &
for colloidal solution will be H$mobmBSb> {db`Z H$m gyÌ hmoJm
–2 –2
(A) [SnO2]Sn4+ : O2 (A) [SnO2]Sn4+ : O2
(B) [SnO2]SnO32– : 2 Na+ (B) [SnO2]SnO32– : 2 Na+
– –
(C) [SnO2] Na+ : OH (C) [SnO2] Na+ : OH
– –
(D) [SnO2] Sn4+ : OH (D) [SnO2] Sn4+ : OH

35. Which one is not a detergent ? 35. {ZåZ _| go H$m¡Z-gm {S>Q>O}ÝQ> Zhr§ h¡ ?
(A) Sodium lauryl sulphate (A) gmo{S>`_ bmD$[ab gë\o$Q>
(B) Sodium stearate (B) gmo{S>`_ ñQ>r`aoQ>
(C) Sodium dodecyl benzene (C) gmo{S>`_ S>moS>o{gb ~oÝOrZ gë\$moZoQ>
sulphonate
(D) Sodium lauryl benzene (D) gmo{S>`_ bmD$[ab ~oÝOrZ gë\$moZoQ>
sulphonate

-13- Set-A

36. Degree of unsaturated of a fat can be 36. dgm _| Ag§V¥ßVm H$s {S>J«r {H$g {d{Y go kmV
determined by means of its H$aVo h¡§ ?
(A) Iodine Number (A) Am`moS>rZ Zå~a
(B) Saponification Number (B) gonmoZrH$aU Zå~a
(C) Aniline Point (C) EZrbrZ nmBÝQ>
(D) Octane Number (D) AmŠQ>oZ Zå~a

37. An organic compound of C, H, N 37. H$m~©{ZH$ `m¡{JH$ _| C, H, N Ho$ VrZ VËd H$m
contains the three elements in the ratio AZwnmV H«$_e: 9 : 1 : 3.5 h¡ & `{X BgH$m AUw
9 : 1 : 3.5 respectively. What is the M.F.
^ma 108 hmo, Vmo BgH$m AUw gyÌ hmoJm
if its M.wt. is 108 ?
(A) C6H8N2 (B) C6H15N (A) C6H8N2 (B) C6H15N
(C) C6H13N (D) C6H16N2 (C) C6H13N (D) C6H16N2

38. 0.20 g of an anhydrous dibasic acid gave 38. 0.20 g {ZO©b {Ûjmar` Aåb ObmZo na
on combustion 0.04 g H2O 0.195 g CO2. 0.04 g H2O Ed§ 0.195 g CO2 XoVr h¡ &
What is the str. formula of acid ?
Aåb H$m gyÌ h¡
(A) Fumaric acid (B) Maleic acid (A) â`y_o[aH$ Aåb (B) _¡{bH$ Aåb
(C) Malonic acid (D) Oxalic acid (C) _¡bmo{ZH$ Aåb (D) AmŠgm{bH$ Aåb

39. 10 g of MnO2 on reaction with 39. 10 J«m_ MnO2 H$mo HCl(gm§Ð) Ho$ gmW {H«$`m
conc. HCl liberated 0.1 equivalent of H$amZo na 0.1 g_Vwë` Cl2 àmßV hmoVr h¡ & MnO2
Cl2. What is % purity of MnO2 ?
H$s % ewÕVm hmoJr
(A) 25.5% (B) 43.5% (A) 25.5% (B) 43.5%
(C) 65% (D) 21.5% (C) 65% (D) 21.5%

40. 0.1092 g of dibasic acid is exactly 40. 0.1092 g {Ûjmar` Aåb H$mo CXmgrZ H$aZo Ho$
neutralised by 21 ml N/10 NaOH. The {bE 21 ml N/10 NaOH bJVo h§¡, Vmo Aåb
M.wt. of acid is
H$m AUw ^ma hmoJm
(A) 156 (B) 52 (A) 156 (B) 52
(C) 104 (D) 208 (C) 104 (D) 208

-14- Set-A

41. Which of the following is not a measure 41. {ZåZ _| go H$m¡Z-gm EH$ àH$sU©Z H$m _mn Zht h¡ ?
of dispersion ?
(A) Mode (A) ~hþbH$
(B) Mean deviation (B) _mÜ` {dMbZ
(C) Variance (C) àgaU
(D) Standard deviation (D) _mZH$ {dMbZ

42. If x and y are two independent variables 42. `{X x VWm y Xmo ñdV§Ì Ma Bg àH$ma hm| {H$
such that – x = 5, – y = 10, σ x = 4,
2 –
x = 5, –
y = 10, σ x = 4, σ y = 9 VWm `{X
2 2

σ y2 = 9 and if u = 3x + 4y, v = 3x – y, then u = 3x + 4y, v = 3x – y, V~ cov(u, v) =
cov(u, v) =
(A) 1 (B) 0 (A) 1 (B) 0
1 1
(C) (D) None of these (C) (D) BZ_| go H$moB© Zht
3 3

1 2 2 3 3 4 1 2 2 3 3 4
43. x + x + x + ... = 43. x + x + x + ... =
2 3 4 2 3 4
x x
(A) − + log (1 + x ) (A) − + log (1 + x )
1+ x 1+ x
x x
(B) + log (1 + x ) (B) + log (1 + x )
1+ x 1+ x
x x
(C) + log (1 − x ) (C) + log (1 − x )
1− x 1− x
(D) None of these (D) BZ_| go H$moB© Zht

x − 1 1 x2 − 1 1 x3 − 1 x − 1 1 x2 − 1 1 x3 − 1
44. + + + ... 44. + + + ...
x + 1 2 ( x + 1)2 3 ( x + 1)3 x + 1 2 ( x + 1)2 3 ( x + 1)3
to ∞ = ∞ VH$ =
(A) log x (B) 2 log x (A) log x (B) 2 log x
(C) –log (x + 1) (D) None of these (C) –log (x + 1) (D) BZ_| go H$moB© Zht

-15- Set-A

45. If sinθ + cosθ = 3 sinθ, then 45. `{X sinθ + cosθ = 3 sinθ, V~
2sinθ – cosθ = 2sinθ – cosθ =
(A) 3 sinθ (A) 3 sinθ
(B) 3 cosθ (B) 3 cosθ

(C) ( 3 + 1) sinθ (C) ( 3 + 1) sinθ
(D) None of these (D) BZ_| go H$moB© Zht

sin2 3A cos 2 3A sin2 3A cos 2 3A
46. − = 46. − =
sin2 A cos 2 A sin2 A cos 2 A
1 1
(A) 8 cos 2A (B) cos 2A (A) 8 cos 2A (B) cos 2A
8 8

(C) cos 2A (D) None of these (C) cos 2A (D) BZ_| go H$moB© Zht

47. An A.P. consists of 51 terms and its 47. EH$ g.lo. _| 51 nX h¢ VWm BgH$m _Ü` nX
middle term is 40, then the sum of the 40 h¡, V~ g.lo. H$m `moJ h¡
A.P. is
(A) 1020 (B) 2040 (A) 1020 (B) 2040
(C) 4080 (D) None of these (C) 4080 (D) BZ_| go H$moB© Zht

48. The sum of all natural numbers less 48. 500 go H$_ d¡go g^r àmH¥${VH$ g§»`mAm| H$m `moJ
than 500 which are neither divisible by Omo Z Vmo 2 go Am¡a Z hr 5 go {d^mÁ` h¢, h¡
2 nor by 5 is
(A) 5,00,000 (A) 5,00,000
(B) 2,00,000 (B) 2,00,000
(C) 50,000 (C) 50,000

(D) None of these (D) BZ_| go H$moB© Zht

-16- Set-A

49. If cos5θ = acosθ + bcos3θ + 49. `{X cos5θ = acosθ + bcos3θ +
ccos5θ + d, then ccos5θ + d, V~
(A) a + b + c = 2 (A) a + b + c = 2
(B) a = 20 (B) a = 20
(C) a + b + c + d = 1 (C) a + b + c + d = 1
(D) None of these (D) BZ_| go H$moB© Zht

50. The A.M. of a set of 40 numbers is 35. 50. 40 g§»`mAm| H$m g._m. 35 h¡ & `{X Xmo g§»`mE±
If two numbers 72 and 74 are removed, 72 VWm 74 hQ>m Xr OmVr h¢, V~ ~Mr hþB© g§»`mAm|
then the mean of the remaining H$m _mÜ` h¡
numbers is
(A) 30 (A) 30
(B) 33 (B) 33
(C) 32.5 (C) 32.5
(D) None of these (D) BZ_| go H$moB© Zht

51. If (1 – m) (1 + 2x + 4x2 + 8x3 + 16x4 51. `{X (1 – m) (1 + 2x + 4x2 + 8x3 + 16x4
+ 32x5 + 64x6 + 128x7) = 1 – m8, m ≠ 1, + 32x5 + 64x6 + 128x7) = 1 – m8, m ≠ 1,
then m = V~ m =
x x
1 1
(A) (B) 2 (A) (B) 2
2 2
1 1
(C) (D) 1 (C) (D) 1
4 4

a 1
52.
If a1, a2,... are in G.P. such that 52. `{X a1, a2,... Jw.lo. _| Bg àH$ma h¢ {H$ 4 =
a 8 16
a4 1 VWm a5 + a9 = 262, V~ a1 =
= and a5 + a9 = 262, then a1 =
a 8 16
(A) 1 (B) 2 (A) 1 (B) 2
(C) –2 (D) None of these (C) –2 (D) BZ_| go H$moB© Zht

-17- Set-A

53. If S1, S2 and S3 are sum of n, 2n and 3n 53. `{X S1, S2 VWm S3 EH$ g.lo. Ho$ H«$_e: n, 2n
terms respectively of an A.P., then VWm 3n nXm| Ho$ `moJ h¢, V~
(A) 3(S2 – S1) = S3 (A) 3(S2 – S1) = S3
(B) S1 + S2 = S3 (B) S1 + S2 = S3
(C) 3S2 – S1 = S3 (C) 3S2 – S1 = S3
(D) None of these (D) BZ_| go H$moB© Zht

54. If a, b, c are in A.P.; a, 7b, c are in G.P., 54. `{X a, b, c g.lo. _| h¢; a, 7b, c Jw.lo. _| h¢,
then a, 49b, c are in V~ a, 49b, c h¢
(A) A.P. (B) G.P. (A) g.lo. _| (B) Jw.lo. _|
(C) H.P. (D) None of these (C) h.lo. _| (D) BZ_| go H$moB© Zht

55. cos190°.cos210°.cos230°.cos110° = 55. cos190°.cos210°.cos230°.cos110° =
1 1
(A) (A)
16 16
3 3
(B) (B)
16 16
9 9
(C) − (C) −
16 16
(D) None of these (D) BZ_| go H$moB© Zht

56. cos2θ + 2cosθ is always 56. cos2θ + 2cosθ gX¡d h¡
3 3
(A) ≥ − (A) ≥ −
2 2
3 3
(B) ≤ (B) ≤
2 2
3 3
(C) > − (C) > −
2 2
3 3
(D) = (D) =
2 2

-18- Set-A

32 34 36 32 34 36
57. 1+ + + + ... to ∞ = 57. 1+ + + + ... ∞ VH$ =
2! 4! 6! 2! 4! 6!
1 3 1 3
(A) e (A) e
2 2
1 −3 1 −3
(B) e (B) e
2 2
1 3 1 3
(C)
2
(
e + e −3 ) (C)
2
(
e + e −3 )
1 3 1 3
(D)
2
(
e − e −3 ) (D)
2
(
e − e −3 )

58. 1 3.1 5.1 7. 1 58. 1 3.1 5.1 7. 1
+ + + + + + + +
2 2 4 3 8 4 16 2 2 4 3 8 4 16
9. 1 9. 1
+ ... = + ... =
5 32 5 32
(A) –2 log 2 (B) 2 + log 2 (A) –2 log 2 (B) 2 + log 2
(C) –2 + log 2 (D) 2 – log 2 (C) –2 + log 2 (D) 2 – log 2

59. The minimum value of sin6θ + cos6θ is 59. sin6θ + cos6θ H$m Ý`yZV_ _mZ h¡

(A) 0 (B) 1 (A) 0 (B) 1

1 1
(C) (D) None of these (C) (D) BZ_| go H$moB© Zht
4 4

60. If sin (A + C) = 2 sin A sin C cot B, then 60. `{X sin (A + C) = 2 sin A sin C cot B,
cot A, cot B, cot C are in V~ cot A, cot B, cot C h¢
(A) A.P. (B) G.P. (A) g.lo. _| (B) Jw.lo. _|

(C) H.P. (D) None of these (C) h.lo. _| (D) BZ_| go H$moB© Zht

-19- Set-A

61. Evolution of CO2 is more than the 61. CO2 H$m {d_moMZ, O2 Ho$ AdemofU H$s VwbZm _|
intake of O2 when A{YH$ hmoVm h¡, O~
(A) Glucose is respired (A) ½byH$moO H$m ídgZ hmoVm h¡
(B) Sucrose is respired (B) gyH«$moO H$m ídgZ hmoVm h¡
(C) Organic acids are respired (C) H$m~©{ZH$ Aåbm| H$m ídgZ hmoVm h¡
(D) Fats are respired (D) dgm H$m ídgZ hmoVm h¡

62. Growth regulator that retards ageing 62. d¥{Õ {Z`m_H$ Omo {H$ nm¡Ym| _| Or{U©Vm H$mo H$_
of plant is H$aVm h¡
(A) Cytokinin (A) gmBQ>moH$mB{ZZ
(B) Auxin (B) Am°pŠOZ
(C) ABA (C) ABA
(D) GA3 (D) GA3

63. Golden rice is rich in 63. JmoëS>oZ Mmdb {H$ggo ^anya hmoVm h¡ ?
(A) Beta carotene (A) ~rQ>m H¡$amoQ>rZ
(B) Vitamin C (B) {dQ>m{_Z C
(C) Protein (C) àmoQ>rZ
(D) Antioxidant (D) EÊQ>rAm°ŠgrS>oÝQ>

64. A mating is expected to produce 50% 64. EH$ g_mJ_ go 50% {df_`w½_O Am¡a g_`w½_O
heterozygotes and homozygotes is CËnÞ hmoZo H$s g§^mdZm ahVr h¡
(A) BB × Bb (A) BB × Bb
(B) Bb × Bb (B) Bb × Bb
(C) Both (A) and (B) (C) (A) Am¡a (B) XmoZm|
(D) bb × bb (D) bb × bb

-20- Set-A

65. Which of the following is not a 65. {ZåZ{b{IV _| go H$m¡Z-gm {Û~rOnÌr O‹S>m| H$s
characteristic feature of the anatomy emar[aH$s H$m bjU Zht h¡ ?
of dicotyledon root ?
(A) Radial vascular bundles (A) Aar` g§dhZ nyb
(B) Secondary growth (B) {ÛVr`H$ d¥{Õ
(C) Pith little or absent (C) _ÁOm H$_ AWdm AZwnpñWV
(D) 15-20 vascular bundles (D) 15 go 20 g§dhZ nyb

66. Mesophyll is well differentiated into 66. nU©_Ü`moVH$, Iå^ D$VH$ VWm ñn§Or n¡aoZH$m`_m
palisade and spongy parenchyma in _| {d^o{XV hmoVm h¡
(A) Dicot leaves (A) {Û~rOnÌr n{Îm`m| _|
(B) Monocot leaves (B) EH$~rOnÌr n{Îm`m| _|
(C) Xerophytic stem (C) _éX²{^X² VZo _|
(D) Hydrophytic stem (D) ObmoX²{^X² VZo _|

67. Mendel’s principle of segregation 67. _oÊS>ob Ho$ n¥WŠH$aU Ho$ {gÕmÝV H$m AW© h¡ {H$ OZZ
means that the germ cells always H$mo{eH$mE± h_oem àmßV H$aVr h¡
receive
(A) One pair of allele (A) EH$ Omo‹S>r Ebrb
(B) One quarter of the gene (B) EH$ Mm¡WmB© OrZ
(C) One of the paired allele (C) `wp½_V Ebrb _| go EH$
(D) Any pair of allele (D) Ebrb H$m H$moB© ^r Omo‹S>m

68. Stomatal closure in response to leaf 68. nÎmr _| à{V~b Ho$ H$maU aÝY«m| H$m ~ÝX hmoZm {Z^©a
stress is mediated by H$aVm h¡
(A) IAA (A) IAA
(B) IBA (B) IBA
(C) ABA (C) ABA
(D) 2, 4-D (D) 2, 4-D

-21- Set-A

69. Inflorescence and fruit of sunflower is 69. gy`©_wIr H$m nwînH«$_ Ed§ \$b h¡
(A) Capitulum and Achene (A) _wÊS>H$ Ed§ EH$sZ
(B) Corymb and Cypsella (B) H$mo[aå~ Ed§ {gngobm
(C) Capitulum and Cypsella (C) _wÊS>H$ Ed§ {gngobm
(D) Corymb and Achene (D) H$mo[aå~ Ed§ EH$sZ

70. Tricarpellary, syncarpous, unilocular, 70. ÌrAÊS>nr, `wŠVmÊS>nr, EH$H$moîR>r`, AYmodVu
inferior ovary with intruding placentae AÊS>me` {Og_| ~rOmÊS>Ý`mg Y±gm hþAm hmoVm h¡,
is found in nm`m OmVm h¡
(A) Liliaceae (A) {b{bEgr
(B) Cucurbitaceae (B) Hw$Hw$a{~Q>ogr

(C) Ceasalpiniaceae (C) goOb{n{ZEgr
(D) Solanaceae (D) gmoboZogr

71. Primary roots and its branches 71. àmW{_H$ O‹S>| Ed§ CgH$s emImE± ~ZmVr h¢
constitute
(A) Fibrous roots (A) aoeoXma O‹S>o§
(B) Adventitious root system (B) AnñWm{ZH$ O‹S> V§Ì
(C) Tap root system (C) _ygbm O‹S> V§Ì
(D) Seminal roots (D) go{_Zb O‹S>|

72. The floral formula of the family 72. H«y$gr\o$ar Hw$b H$m nwîn gyÌ h¡
Cruciferae is
(A) ⊕, O , K(5), C(5), A5, G(2) (A) ⊕, O , K(5), C(5), A5, G(2)
+ +

(B) ⊕, O , K3+3 or (3+3), A3+3, G (B) ⊕, O ,K3+3 or (3+3), A3+3, G
+ (3 ) + (3 )
(C) ⊕, O , K2+2, C(5), A2+4, G(2) (C) ⊕, O , K2+2, C(5), A2+4, G(2)
+ +

(D) ⊕, O , K2+2, C4(x), A2+4, G(2) (D) ⊕, O , K2+2, C4(x), A2+4, G(2)
+ +

-22- Set-A

73. The clitellum of earthworm is concerned 73. H|$MwE± H$m ŠbmBQ>ob_ g§~§{YV h¡
with
(A) Copulation (A) H$mnyboeZ
(B) Cocoon formation (B) H$Hy$Z ~ZmZm
(C) Storage of sperm (C) ñn_© g§J«h>U
(D) Release of sperm from male (D) Za OZZ {N>Ð go ñn_© H$m [abrO
genital pore

74. Honey is 74. ehX h¡
(A) Nectar of flower (A) \y$bm| H$m ZoŠQ>a
(B) Nectar stored in honey sac (B) ehX W¡br _| g§J«{hV ZoŠQ>a
(C) Nectar mixed with saliva and (C) bma {_{lV ZoŠQ>a Omo ehX W¡br _| g§J«{hV
stored in honey sac
(D) Nectar and water sucked by the (D) _Yw_ŠIr Ûmam Mygm J`m ZoŠQ>a d nmZr
honey bee

75. Male and female cockroach can be 75. Za d _mXm H$m°H$amoM H$mo nhMmZm Om gH$Vm h¡
identified by
(A) Anal cerci (A) EZb ga{g
(B) Anal styles (B) EZb ñQ>mBb
(C) Antennae (C) EÝQ>rZr
(D) Compound eyes (D) H$ånmCÊS>> AmB©

76. Hair occur in all mammals except 76. g^r ñVZYm[a`m| _| ~mb nm`o OmVo h¢¡ Ho$db
those of __________ H$mo N>mo‹S>H$a &
(A) Rodentia (A) amoS>opÝe`m
(B) Chiroptera (B) H$m`amoßQ>oam
(C) Primata (C) àmB_oQ>m
(D) Cetacea (D) grQ>o{e`m

-23- Set-A

77. Mode of respiration in earthworm is 77. H|$MwAm {H$g àH$ma H$m ídgZ H$aVm h¡ ?
(A) Cutaneous (A) Š`yQ>o{Z`g
(B) Gills (B) {Jëg
(C) Pulmonary (C) në_moZar
(D) Subcutaneous (D) g~Š`yQ>o{Z`g

78. Munga silk is produced by 78. _y§Jm {gëH$ CËnÝZ {H$`m OmVm h¢
(A) Anthreaea assamensis (A) EÝW«o{g`m Ego_opÝgg
(B) Anthreaea mylitta (B) EÝW«o{g`m _m`{bQ²>Q>m
(C) Anthreaea pernyl (C) EÝW«o{g`m na{Zb
(D) Anthreaea roylei (D) EÝW«o{g`m am`br

79. Jelly fish belongs to class 79. Oobr {\$e {H$g Šbmg _| AmVr h¡ ?
(A) Hydrozoa (A) hm`S´>moOmoAm
(B) Scyphozoa (B) ñH$mB\$moOmoAm
(C) Anthozoa (C) EÝWmoOmoAm
(D) None of these (D) BZ_| go H$moB© Zht

80. The mouth parts of grasshopper are 80. J«mghm°na Ho$ _wIm§J h¡
(A) Chewing type (A) MrqdJ Q>mBn
(B) Sucking type (B) gqH$J Q>mBn
(C) Biting type (C) ~mBqQ>J Q>mBn
(D) None of these (D) BZ_| go H$moB© Zht

-24- Set-A

AG – 2
Crop Production and Horticulture \$gb CËnmXZ Ed§ CÚm{ZH$s

81. In which type of soil Kharif and Rabi 81. {H$g àH$ma H$s _¥¥Xm _| Iar\$ Ed§ a~r XmoZm| àH$ma
both crops can be grown ?
H$s \$gbm| H$s n¡Xmdma hmo gH$Vr h¡ ?
(A) Sandy (A) ~bwB©
(B) Kanhar (Clay) (B) H$Ýhma ({MH$Zr)
(C) Red loam soil (C) bmb Xmo_Q> _¥¥Xm
(D) Red yellow soil (D) bmb nrbr _¥¥Xm

82. Hoe is used for 82. Iwanr H$m à`moJ H$aVo h¢
(A) Remove weeds (A) IanVdma {ZH$mbZo _|
(B) Clean soil (B) _¥¥Xm g\$mB© _|
(C) Harvesting root crops (C) ê$Q> \$gb H$Q>mB© _|
(D) All of the above (D) CnamoŠV g^r

83. Year round tillage is type of 83. gmb ^a Q>rboO àH$ma hmoVm h¡
(A) Primary tillage (A) àmW{_H$ Q>rboO
(B) Secondary tillage (B) {ÛVr`H$ Q>rboO
(C) Zero tillage (C) Oramo Q>rboO
(D) All of the above (D) CnamoŠV g^r

84. What is the seed rate of hybrid rice 84. ^maV _| g§H$a YmZ àOm{V`m| _| ~rO Xa Š`m
varieties in India ? hmoVr h¡ ?
(A) 9 kg/acre (A) 9 {H$.J«m./EH$‹S>
(B) 6 kg/acre (B) 6 {H$.J«m./EH$‹S>
(C) 15 kg/acre (C) 15 {H$.J«m./EH$‹S>
(D) 8 kg/acre (D) 8 {H$.J«m./EH$‹S>

-25- Set-A

85. Which rice variety gets geographical 85. YmZ H$s H$m¡Z-gr àOm{V H$mo N>ÎmrgJ‹T> _|
indication status in Chhattisgarh ? {OAmoJ«m{\$H$b B§{S>Ho$eZ {_bm h¡ ?
(A) Dubraj (B) Chinnor (A) Xþ~amO (B) {MÝZm¡a
(C) Kalanamak (D) Jeera phool (C) H$mbmZ_H$ (D) Oram \y$b

86. Which is the most efficient system in 86. \$gb _| qgMmB© H$m g~go Xj àH$ma H$m¡Z-gm h¡ ?
crop irrigation ?
(A) Drip irrigation (A) {S´>n {g§MmB©
(B) Sprinkler irrigation (B) pñà§H$ba {g§MmB©
(C) Solar pump (C) gmoba nån
(D) Irrigation through canal (D) Ho$Zmb Ho$ Ûmam qgMmB©

87. Cultivation of legumes and grasses are 87. XbhVr \$gb Ed§ Kmg H$s IoVr H$m CXmhaU h¡
examples of
(A) Green manure (A) h[aV ImX
(B) Crop rotation (B) \$gb MH«$
(C) Multiple cropping (C) ~hþ \$gbr nÕ{V
(D) Transplantation (D) amonmB©

88. Coating urea with which of the following 88. \$gbm| H$s CnO ~‹S>mZo Ho$ {b`o `y[a`m H$mo H$moqQ>J
has been found to increase the yield of {H$ggo H$s OmVr h¡ ?
crops ?
(A) Lime (B) Ash (A) MyZm (B) amI
(C) Neem oil (D) Eucalyptus oil (C) Zr_ Vob (D) `yHo${bßQg Vob

89. Which of the following is not a BZ_o§ go H$m¡Z-gr ImX (Cd©aH$) ZmBQ´>moOZ `wŠV
89.
nitrogenous fertilizer ? ImX Zht h¡ ?
(A) KCl (A) Ho$.gr.Eb. (KCl)
(B) CACN2 (B) gr.E.gr.EZ2.(CACN2)
(C) NH4NO3 (C) EZ.EM4. EZ. Amo3. (NH4NO3)
(D) Urea (D) `y[a`m

-26- Set-A

90. Which one is post emergence 90. BZ_| go H$m¡Z-gm YmZ H$m nmoñQ> B_aOoÝg IanVdma
weedicide of rice ? Zmer h¡ ?
(A) Butachlor (A) ã`yQ>mŠbmoa
(B) Pendimethalin (B) noÝS>r{_{WbrZ
(C) Pyrazo Sulfuron Ethyl (C) nm`aoOmo gb²â`yamZ BWmBb
(D) Bispyribac Sodium (D) {~gnm`ar~oH$ gmo{S>`_

91. Glyphosate is used for control of 91. ½bmB\$mogoQ> {H$g àH$ma Ho$ IanVdma H$mo {Z`§{ÌV
following weeds. H$aZo _| Cn`moJ {H$`m OmVm h¡ ?
(A) Narrow leaf weeds (A) g§H$ar nÎmr dmbo IanVdma
(B) Broad leaf weeds (B) Mm¡S>r nÎmr dmbo IanVdma
(C) Both of them narrow and (C) XmoZm| àH$ma Ho$ IanVdma g§H$ar Ed§ Mm¡S>r
broad leaf nÎmr
(D) None of them (D) BZ_| go H$moB© Zht

92. The practice of growing two or more 92. Xmo `m Á`mXm AbJ àH$ma H$s \$gbm§o H$mo EH$ IoV
different types of crops in the same _| gmW _| bJmZo H$s à{H«$`m H$mo H$hVo h¡§
field at the same time is called
(A) Crop rotation (A) \$gb MH«$
(B) Monoculture (B) EH$b \$gb
(C) Mixed cropping (C) {_{lV \$gb
(D) Field fallow (D) \$sëS> \o$bmo

93. Agriculture is 93. H¥${f EH$
(A) Primary Activity (A) àm`_ar EpŠQ>{d{Q> (àmW{_H$ J{V{d{Y)
(B) Secondary Activity (B) goHo$ÝS>ar EpŠQ>{d{Q> ({ÛVr`H$ J{V{d{Y)
(C) Tertiary Activity (C) Q>a²ear EpŠQ>{d{Q> (V¥Vr`H$ J{V{d{Y)
(D) None of the above (D) CnamoŠV _| go H$moB© Zht

-27- Set-A

94. In India, agricultural census is 94. ^maVdf© _| H¥${f goÝgg (JUZm) {H$VZo dfm] _| H$s
conducted every OmVr h¡ ?
(A) 1.2 years (A) 1.2 df©
(B) 2.5 years (B) 2.5 df©
(C) 3 years (C) 3 df©
(D) 5 years (D) 5 df©

95. Farming system is 95. H¥${f V§Ì H$hbmVm h¡
(A) Cropping system (A) \$gb V§Ì
(B) Cropping pattern (B) \$gb nÕ{V
(C) Organic farming (C) O¡{dH$ IoVr
(D) All agricultural inputs and (D) g^r H¥${f AmXmZ Ed§ Cn`moJr dñVw
commodities

96. What is correct about the solar 96. gmoba nån Ho$ ~mao _| ghr Š`m h¡ ?
pumps ?
(A) Solar pump do not require any fuel (A) gmoba nån _| H$moB© ^r BªYZ, {~Obr Zht
or electricity to operate bJVr h¡
(B) Does not get affected by power (B) nmda H$Q>, H$_ dmoëQ>oO go à^md a{hV
cuts, low voltage hmoVm h¡
(C) Can be installed in remote areas (C) XyañW A§Mb _| ñWm{nV {H$`m Om gH$Vm h¡
(D) All of the above (D) CnamoŠV g^r

97. The duty is largest 97. S>çyQ>r g~go ~‹S>r
(A) At the head of water coarse (A) nmZr Ho$ _moQ>o {gao na hmoVr h¡
(B) On the field (B) IoV _| hmoVr h¡
(C) At the head of a main canal (C) _¡Z Ho$Zmb Ho$ erf© na hmoVr h¡
(D) Same at all places (D) g^r ñWmZm| na g_mZ hmoVr h¡

-28- Set-A

98. Which of the following has maximum 98. BZ_| go {H$g_| A{YH$V_ Ob AZwà`moJ j_Vm
water application efficiency ? hmoVr h¡ ?
(A) Surface irrigation (A) ga\o$g qgMmB©
(B) Lift irrigation (B) {bâQ> qgMmB©
(C) Sprinkler irrigation (C) pñà¨H$ba qgMmB©
(D) Furrow irrigation (D) \$amo qgMmB©
99. What is GDP of India in horticulture ? 99. CÚm{ZH$s H$m ^maV Ho$ gH$b Kaoby CËnmX _| {H$VZm
`moJXmZ h¢ ?
(A) 17.7% (A) 17.7 à{VeV
(B) 32% (B) 32 à{VeV
(C) 13.5% (C) 13.5 à{VeV
(D) 25% (D) 25 à{VeV

100. What kind of soil is treated with gypsum 100. {H$g àH$ma H$s {_Å>r H$mo {Oßg_ go CnMm[aV H$a
to make it suitable for cropping ? IoVr `mo½` {H$`m OmVm h¡ ?
(A) Aluvial soil (A) H$N>mar ^y{_
(B) Acidic (B) Aåbr`
(C) Water-logged soil (C) nmZr ^amd dmbr ^y{_

(D) Soil with excessive clay content (D) A{YH$ {MH$Zr {_Å>r `wŠV ^y{_

101. Which type of soil is found most in 101. N>ÎmrgJ‹T> _| {H$g Vah H$s _¥¥Xm gdm©{YH$ nm`r
Chhattisgarh ? OmVr h¡ ?
(A) Red yellow soil (A) bmb nrbr _¥¥Xm
(B) Red sandy soil (B) bmb ~bwB© _¥¥Xm
(C) Red loam soil (C) bmb Xmo_Q> _¥¥Xm
(D) Black soil (D) H$mbr {_Å>r

-29- Set-A

102. Cono weeder is recently used 102. dV©_mZ _| H$moZmo drS>a {H$g \$gb _| Á`mXm Cn`moJ
much in which crop ? {H$`m Om ahm h¡ ?
(A) Rice (A) Mmdb
(B) Wheat (B) Johÿ±
(C) Groundnut (C) _y±J\$br
(D) Soyabean (D) gmo`m~rZ

103. Tractor drawn implement has 103. Q´>oŠQ>a M{bV `§Ì _|
(A) Higher speed and higher working (A) Á`mXm J{V Ed§ Á`mXm H$m`© j_Vm hmoVr h¡
capacity
(B) Higher speed and lower working (B) Á`mXm J{V Ed§ H$_ H$m`© j_Vm hmoVr h¡
capacity
(C) Lower speed and lower working (C) H$_ J{V Ed§ H$_ H$m`© j_Vm hmoVr h¡
capacity
(D) Lower speed and higher working (D) H$_ J{V Ed§ Á`mXm H$m`© j_Vm hmoVr h¡
capacity

104. The process of separation of grain from 104. {_{lV YmZm| Ed§ nmoMm (cheff) YmZm| go YmZm| H$mo
a mixture of grain and cheff is AbJ H$aZo H$s à{H«$`m H$mo H$hVo h¢
(A) Cleaning (A) g\$mB©
(B) Winnowing (B) {dZmoB§J
(C) Separation (C) àË`oH$ H$aZm
(D) Grading (D) J«oqS>J

105. The type of agriculture practiced in 105. ^maV _| IoVr H$m àH$ma Cn`moJ _| hmoVm h¡
India is
(A) Intensive farming (A) gKZ IoVr
(B) Extensive farming (B) {dñV¥V IoVr
(C) Primitive farming (C) àmMrZ IoVr
(D) Mixed farming (D) {_{lV IoVr

-30- Set-A

106. Field Book in surveying are 106. gd}jU _o§ IoVr nwpñVH$m hmoVr h¡
(A) Single line field book (A) EH$b bmBZ \$sëS> ~wH$
(B) Double line field book (B) Ûr bmBZ \$sëS> ~wH$

(C) 20cm × 12cm and open length (C) 20 go_r × 12 go_r Ed§ bå~mB© AZwgma
wise Iwbr
(D) All of the above (D) CnamoŠV _| go g^r

107. How many types of chains are used in 107. M¡Z gd}jU _| {H$VZo àH$ma Ho$ M¡Ýg hmoVo h¡§ ?
chain surveying ?
(A) 4 (B) 5 (A) Mma (B) nm°§M
(C) 6 (D) 8 (C) N>o (D) AmR>

108. Sodium nitrate contains how much 108. gmo{S>`_ ZmBQ´>oQ> _| {H$VZm à{VeV ZmBQ´>moOZ
percentage of Nitrogen ? hmoVr h¡ ?
(A) 18% (B) 24% (A) 18 à{VeV (B) 24 à{VeV
(C) 12% (D) 16% (C) 12 à{VeV (D) 16 à{VeV

109. Which one is the first mutant rice 109. YmZ \$gb H$s àW_ CËn[ad{V©V {H$ñ_
variety of Chhattisgarh ? H$m¡Z-gr h¡ ?
(A) Chhattisgarh Dev Bhog (A) N>ÎmrgJ‹T> Xod ^moJ
(B) Chhattisgarh Zink Rice-2 (B) N>ÎmrgJ‹T> qOH$ amBg-2
(C) Zinko Rice MS (C) qOH$mo amBg E_.Eg.
(D) Trombay Chhattisgarh Dubraj (D) Q´>må~o N>ÎmrgJ‹T> Xþ~amO å`yQ>|Q>-1
Mutant-1

110. Kharif crops are harvested in 110. Iar\$ \$gbmo§ H$s H$Q>mB© H$~ hmoVr h¡ ?
(A) June – July (A) OyZ-OwbmB©
(B) October – November (B) AŠQ>mo~a-Zdå~a
(C) May – June (C) _B©-OyZ
(D) March – April (D) _mM©-Aàob

-31- Set-A

111. System of farm accountancy 111. àjoÌ boI H$s àUmbr Omo boZX>oZ Ho$ Xmohao à^md
which ignores the double effect of H$mo ZOaA§XmO H$aVr h¢
transaction is
(A) Double entry (A) Xmohar à{dpîQ>
(B) Single entry (B) BH$har à{dpîQ>
(C) Farm book keeping (C) àjoÌ ~hrImVm
(D) Farm Accountancy (D) àjoÌ boImH$_©

112. The Physical property of a business 112. EH$ {d{eîQ> {V{W na CZHo$ _yë`m| Ho$ gmW EH$
along with their values at a specific ì`dgm` H$s ^m¡{VH$ g§n{Îm {H$g_o§ gyMr ~Õ h¢ ?
date is enlisted in
(A) Farm budget (A) àjoÌ ~OQ>
(B) Farm accountancy (B) àjoÌ boImH$_©
(C) Farm inventory (C) àjoÌ dñVwgyMr
(D) Farm planning (D) àjoÌ `moOZm

113. What is farm asset ? 113. àjoÌ g§n{Îm Š`m h¢ ?
(A) What a farmers owns (A) {OgH$m {H$gmZ ñdm_r h¢
(B) What a farmer owes (B) Omo {H$gmZ H$m ~H$m`m h¢
(C) What a farmer cultivated last year (C) {H$gmZ Ho$ {nN>bo gmb H$s IoVr
(D) An account payable (D) Xo` IVm

114. Cauliflower is introduced to India by 114. ^maV _| \y$b Jmo^r H$mo àñVm{dV {H$`m Wm
(A) Dr. Khira (A) S>m°. Iram
(B) Dr. Jemson (B) S>m°. Oo_gZ
(C) Dr. H. A. Jones (C) S>m°. EM. E. Om|g
(D) Nieuwhoff (D) {Z`yìhmo\$

-32- Set-A

115. Pusa Kesar is a variety of 115. nygm Ho$ga {H$gH$s${H$ñ_ h¡ ?
(A) Turnip (B) Carrot (A) ebO_ (B) JmOa
(C) Radish (D) Beetroot (C) _ybr (D) MwH§$Xa

116. Which of the following tissue is involved 116. dZñn{V àdY©Z _| {ZåZ{b{IV _| go H$m¡Z-gm D$VH$
in vegetative propagation ? em{_b h¡ ?
(A) Xylem (B) Phloem (A) OmBb_ (B) âbmoE_
(C) Cambium (D) All of the above (C) H¡$_²~r`_ (D) CnamoŠV g^r

117. Which type of canopy a shade tree 117. N>m`mXma no‹S> H$s Ho$Zmonr {H$g àH$ma H$s hmoVr h¡ ?
should have ?
(A) Globular (A) JmobmH$ma
(B) Formal (B) Am¡nMm[aH$
(C) Informal (C) AZm¡nMm[aH$
(D) Oval (D) A§S>mH$ma

118. In food preservation most commonly 118. ImÚ n[aajU _| g~go Á`mXm BñVo_mb {H$`m OmZo
used irradiation is dmbm {d{H$aU h¡
(A) X-rays (B) b-rays (A) X-{H$aU (B) b-{H$aU
(C) a-rays (D) γ-rays (C) a-{H$aU (D) γ-{H$aU

119. Acid resistant tin cans are also 119. E{gS> à{VamoY {Q>Z Ho$ {S>ã~o H$mo `h ^r H$hm
called as OmVm h¡
(A) C-enamel (A) C-EoZo_b

(B) r-enamel (B) r-EoZo_b

(C) l-enamel (C) l-EoZo_b

(D) s-r enamel (D) s-r EoZo_b

-33- Set-A

120. Asepsis means 120. AmamoJmUwVm H$m _Vb~ h¡
(A) Absence of infection (A) g§H«$_U H$s AZwnpñW{V
(B) Preservation by high temperature (B) CÀM Vmn_mZ Ûmam g§ajU
(C) Pasteurization (C) nmñVwarH$aU
(D) Sterilization (D) {ZOu{dH$aU

121. At pH 3.2 acid content in jelly is 121. Oobr _| nrEM 3.2 na Aåb hmoVm h¡
(A) 0.25%-0.5% (A) 0.25%-0.5%

(B) 0.5%-0.75% (B) 0.5%-0.75%

(C) 0.75%-1% (C) 0.75%-1%

(D) 1%-1.25% (D) 1%-1.25%

122. Jelly fail to set is due to 122. Oobr O_Zo _| {d\$b {H$g H$maU go hmoVr h¡ ?
(A) Over cooking (A) Á`mXm nH$mZo na
(B) Lack of pectin (B) nopŠQ>Z H$s H$_r go
(C) Excess sugar (C) MrZr H$s A{YH$Vm go
(D) Excess of acid (D) Aåb H$s A{YH$Vm go

123. Horticulture has been derived from the 123. hm°{Q>©H$ëMa {H$g ^mfm Ho$ hmQ>©g eãX go {b`m
word hortus which is J`m h¡ ?
(A) German (A) O_©Z
(B) Latin (B) b¡{Q>Z
(C) English (C) A§J«oOr
(D) French (D) \«|$M

-34- Set-A

124. Crotch angle is related to 124. H«$m°M Eo§Jb g§~§{YV h¡
(A) Training (A) Q´>¡qZJ
(B) Pruning (B) H$Q>mB©-N>§Q>mB©
(C) Grafting (C) H$b_ ~§YZ
(D) Budding (D) H${bH$m`Z

125. Effectiveness of windbreak is how 125. dmVamoYH$ H$s à^mderbVm {H$VZr D§$MmB© VH$
many times upto the height on AZwdmV {Xe _| ahVr h¡ ?
windward side ?
(A) 5-10 (B) 10-15 (A) 5-10 (B) 10-15
(C) 15-20 (D) 20-25 (C) 15-20 (D) 20-25

126. Which of the following cooperative 126. {ZåZ{b{IV ghH$mar g{_{V`m§o _| go H$m¡Z-gm
credit institution is functioning at grass F$U g§{dVaU Ho$ {bE O_rZr ñVa na H$m`© H$a
root level for disbursing credit ? ahm h¡ ?
(A) DCMS (A) S>r.gr.E_.Eg.

(B) scb (B) Eg.gr.~r.
(C) pacs (C) nr.E.gr.Eg.
(D) nabard (D) Zm~mS>©

127. Which of the following is an institutional 127. {ZåZ _| go H$m¡Z-gm F$U EH$ g§ñWmJV ñÌmoV
source of credit ? go h¢ ?
(A) Money lender (A) gmhÿH$ma

(B) Relatives (B) [añVoXma
(C) Traders (C) ì`mnmar
(D) Commercial Banks (D) ì`mdgm{`H$ ~¢H$

-35- Set-A

128. What is crop loan ? 128. \$gbr F$U Š`m h¡ ?
(A) Short term loan (A) AënH$mbrZ F$U
(B) Medium term loan (B) _Ü`md{Y F$U
(C) Long term loan (C) XrK©H$m{bH$ F$U
(D) Term loan (D) Ad{Y F$U

129. The Indian Council of Agricultural 129. ^maVr` H¥${f AZwg§YmZ n[afX, ZB© {Xëbr Zo {H$VZo
Research, New Delhi, has recognized H¥${f-Obdm`{dH$ joÌ H$s nhMmZ H$s$h¡ ?
how many agroclimatic zones ?
(A) 8 (B) 9 (A) 8 (B) 9
(C) 10 (D) 11 (C) 10 (D) 11

130. How many types of flowers is present 130. ^m§Q>m _| {H$VZo àH$ma Ho$ \y$b nm`m OmVo h§¡ ?
in Brinjal ?
(A) 1 (B) 2 (A) 1 (B) 2
(C) 3 (D) 4 (C) 3 (D) 4

131. Colour content of tomatoes are 131. Q>_mQ>a H$s a§J gm_J«r {Z`§{ÌV H$s OmVr h¡
controlled by
(A) One gene (A) EH$ OrZ
(B) Two gene (B) Xmo OrZ
(C) Multiple gene (C) {d{dY OrZ
(D) None of these (D) BZ_| go H$moB© Zht

132. Quickest method of lawn 132. bm°Z ñWmnZm H$s g~go VoO {d{Y h¡
establishment is

(A) Turfing (B) Dibbling (A) Xÿdm©V¥U amonU (B) {N>ÐamonU
(C) Seedling (D) Bricking (C) ~rO Ûmam (D) {~«qH$J

-36- Set-A

133. Swami Vivekanand has done pioneer 133. ñdm_r {ddoH$mZ§X Zo ewédmVr H$m_ {H$g_o§
work in {H$`m h¡ ?
(A) Rose (A) Jwbm~
(B) Bougainvillea (B) ~m¡J¡Z{dbm
(C) Chrysanthemum (C) JwbXmCXr
(D) Dahlia (D) S>oh{b`m

134. If Roses are planted at spacing of 134. AJa Jwbm~m| H$s amonmB© 30 g|_r � 20 g|_r _| H$s
30 cm � 20 cm, then number of OmVr h¡, Vmo à{V hoŠQ>o`a nm¡Ym| H$s g§»`m hmoVr h¡
plants/ha. are
(A) 260260 (A) 260260
(B) 344260 (B) 344260
(C) 166666 (C) 166666
(D) 26060089 (D) 26060089

135. Which among the following is temporary 135. {ZåZ{b{IV _| go H$m¡Z-gm AñWm`r n[aajU H$m
method of preservation ? VarH$m h¡ ?
(A) Pasteurization (A) nmñVwarH$aU
(B) Preservation by salt (B) Z_H$ Ûmam n[aajU
(C) Preservation by sugar (C) eŠH$a Ûmam n[aajU
(D) Drying (D) gwImZm

136. Solution of salt in water is called as 136. nmZr _| Z_H$ Ho$ Kmob H$mo H$hm OmVm h¡
(A) Vinegar (A) {gaH$m
(B) Cider (B) gmBS>a
(C) Brine (C) ~«mB©Z
(D) Juice (D) ag

-37- Set-A

137. In case of coloured processed food, 137. a§JrZ àg§ñH¥$V ImÚ _| Omo n[aajH$ H$m Cn`moJ
which preservative is being used ? {H$`m Om ahm h¡ dh h¡
(A) Benzoic acid (A) ~|µOmoBH$ Aåb
(B) SO2 (B) SO2

(C) Ethylene (C) E{WbrZ
(D) NaOH (D) NaOH

138. In which mango species fruits can be 138. {H$g Am_ H$s àOm{V Ho$ \$bm| H$mo Ho$bo Ho$ \$b H$s
peeled like banana fruits ? Vah N>rbm Om gH$Vm h¡ ?
(A) Mangifera caesia (A) _|Jr\o$am H$mE{e`m
(B) Mangifera gedede (B) _|Jr\o$am JoS>oXo
(C) Mangifera decandera (C) _|Jr\o$am XoHo$ZXoam
(D) Mangifera pajang (D) _|Jr\o$am nmOm§J

139. Citrus greening is caused by 139. gmBQ´>g J«rqZJ Ho$ H$maU hmoVm h¡
(A) Aphid (A) E{\$S²>

(B) Virus (B) dmBag
(C) Bacteria (C) OrdmUw
(D) Fungi (D) H$dH$

140. Pusa Nanha is a variety of 140. nygm ZÝhm {H$gH$s$ {H$ñ_ h¡ ?
(A) Papaya (A) nnrVm

(B) Banana (B) Ho$bm
(C) Mango (C) Am_
(D) Grape (D) A§Jya



-38- Set-A

AG – 3
Elements of Animal Husbandry and newnmbZ Ho$ VËd Ed§ Hw$ŠHw$Q> nmbZ
Poultry Farming

141. Black Quarter is caused by 141. EH$-Q>§{J`m amoJ H$m H$maH$ h¡
(A) Virus (B) Parasite (A) {dfmUw (B) naOrdr
(C) Bacteria (D) Fungus (C) OrdmUw (D) \$\y§$X

142. Which of the following diseases can 142. BZ_o§ go {H$g ~r_mar H$mo Q>rH$mH$aU Ûmam amoH$m Om
be prevented by vaccination ? gH$Vm h¡ ?
(A) Rinderpest (A) new _hm_mar
(B) Haemorrhagic Septicaemia (B) JbKmoQy>§

(C) Black Quarter (C) EH$ Q>§{J`m
(D) All of the above (D) CnamoŠV g^r

143. Anthrax spores can survive in soil for 143. EÝWo«Šg amoJ Ho$ ~rOmUw {_Q²>Q>r _o§ H$~ VH$ Or{dV
how long ? ah gH$Vo h¢ ?
(A) Upto 10 days (A) 10 {XZ VH$
(B) Upto 10 weeks (B) 10 gßVmh VH$
(C) Upto 1 year (C) 1 gmb VH$
(D) Upto 50 years (D) 50 gmb VH$

144. Which of the following is incorrectly 144. BZ_§o go H$m¡Z-gr OmoS>r JbV h¡ ?
matched ?
(A) RIR – American class (A) Ama.AmB©.Ama.– A_o[aH$Z {H$ñ_
(B) Sussex – English class (B) g°goŠg – A§J«oOr {H$ñ_
(C) Leghorn – Asiatic class (C) boJhmZ© – E{e`mB© {H$ñ_
(D) Minorca – Mediterranean class (D) {_ZmoaH$m – ^y_Ü`gmJar` {H$ñ_

-39- Set-A

145. One of the main organization which 145. ^maV Ho$ ídoV H«$m§{V _| {H$g g§ñWm H$m à_wI
played a pivotal role in white revolution ^y{_H$m ahr h¡ ?
in India is

(A) NDRI (B) NDDB (A) NDRI (B) NDDB
(C) NABARD (D) CDRI (C) NABARD (D) CDRI

146. In a dairy business, a statement 146. S>o`ar ì`dgm` _| EH$ {dÎmr` ã`moam {Og_§o
showing assets and liabilities at any g§npËV`m± XoZXmar Ed§ ny§Or H$m {ddaU ahVm h¡,
point of time in a year is known as Cgo Š`m H$hVo h¡§ ?
(A) Balance sheet (A) ~¡boÝg erQ>
(B) Account sheet (B) boIm erQ>
(C) Tax Calculation sheet (C) H$a AmH$bZ erQ>
(D) All of the above (D) CnamoŠV g^r

147. In order to start a dairy business, major 147. S>o`ar ì`dgm` àma§^ H$aZo hoVw {H$g erf© _|
cost involved in which head ? A{YH$V_ bmJV em{_b h¡ ?
(A) Capital cost (A) ny§OrJV bmJV
(B) Electricity and water cost (B) {~Obr Ed§ nmZr hoVw bmJV
(C) Labor cost (C) _OXÿar bmJV
(D) Management cost (D) à~§YZ bmJV

148. Which is the best method of milking a 148. Jm` go XÿY XmohZo H$m gdm}Îm_ {d{Y H$m¡Z-gm h¡ ?
dairy cow ?
(A) Stripping (A) pñQ´>qnJ
(B) Knuckling (B) ZpŠb¨J
(C) Full hand milking (C) \w$b h¡ÝS> {_pëH¨$J
(D) Half hand milking (D) hm\$ h¡ÝS> {_pëH¨$J

-40- Set-A

149. Freezing point of milk is 149. Xw½Y H$m {h_m§H$ q~Xþ {ZåZ _| go Š`m h¡ ?
(A) (–) 0.512 to (–) 0.572°C (A) (–) 0.512 go (–) 0.572°C
(B) 0°C (B) 0°C
(C) (+) 0.512 to (+) 0.572°C (C) (+) 0.512 go (+) 0.572°C
(D) 1°C (D) 1°C

150. In Gerber method of determining fat 150. Ja~a àUmbr _| Xþ½Y H$m dgm à{VeV² àmßV H$aZo
% of milk which acid is first mixed with hoVw gd©àW_ Xþ½Y Z_yZo H$mo {H$g Aåb _| {_bm`m
milk sample ? OmVm h¡ ?
(A) Sulphuric acid (A) gëâ`y[aH$ E{gS>
(B) Nitric acid (B) ZmB{Q´>H$ E{gS>
(C) Hydrocloric acid (C) hmB©S´>moŠbmo[aH$ E{gS>
(D) Acetic acid (D) Ego{Q>H$ E{gS>

151. Out of the following fodder crops which 151. {ZåZ _| go {H$g Mmam \$gb _| g~go A{YH$
has highest protein content ? àmoQ>rZ nm`m OmVm h¡ ?
(A) Maize (B) Sorghum (A) _ŠH$m (B) Ádma
(C) Oat (D) Berseem (C) OB© (D) ~agr_

152. Which of the following preserved 152. {ZåZ _| go {H$g g§a{jV Mmam _| Z_r A{YH$
fodder has higher moisture content ? hmoVr h¡ ?
(A) Hay (A) ho
(B) Silage (B) gmB©boO
(C) Both have equal moisture (C) XmoZm| _| ~am~a _mÌm _| Z_r ahVr h¡
content
(D) Both have absolutely no moisture (D) XmoZm| _| Z_r {~ëHw$b Zhr§ ahVr h¡
content

-41- Set-A

153. Livestock sector during last two 153. {nN>bo Xmo XeH$mo _| newYZ goŠQ>a H$s dm{f©H$
decades, has grown at an annual d¥{Õ Xa Š`m ahr h¡ ?
rate of
(A) 5 – 6% (A) 5 – 6 à{VeV
(B) 10 – 15% (B) 10 – 15 à{VeV
(C) 15 – 20% (C) 15 – 20 à{VeV
(D) 20 – 25% (D) 20 – 25 à{VeV

154. The average gestation period of a 154. Jm` H$m Am¡gV J^©H$mb 9 _mh 9 {XZ hmoVm h¡
cow is 9 months and 9 days whereas O~{H$ ^¢g H$m Am¡gV J^©H$mb ________
the average gestation period of a hmoVm h¡ &
buffalo is
(A) 10 months and 10 days (A) 10 _mh Ed§ 10 {XZ

(B) 11 months and 11 days (B) 11 _mh Ed§ 11 {XZ

(C) 12 months and 12 days (C) 12 _mh Ed§ 12 {XZ

(D) 13 months and 13 days (D) 13 _mh Ed§ 13 {XZ

155. What is the name of milk sugar ? 155. Xþ½Y eH©$am H$m Zm_ Š`m h¡ ?
(A) Sucrose (A) gwH«$moµO
(B) Galactose (B) JoboŠQ>moµO
(C) Lactose (C) boŠQ>moµO
(D) Fructose (D) \«w$ŠQ>moµO

156. A hormone responsible for milk 156. Xþ½Y CËnmXZ Ho$ {bE CÎmaXm`r hm°a_moZ H$m Zm_
production is named as ______ h¡ &
(A) Oxytocin (B) ACH (A) Am°ŠgrQ>mogrZ (B) E. gr. EM.

(C) Prolactin (D) TSH (C) àmoboŠQ>rZ (D) Q>r. Eg. EM.

-42- Set-A

157. For cleaning dairy appliances water 157. S>o`ar CnH$aUm| Ho$ g\$mB© _| Cn`moJ hmoZo dmbm
used should be nmZr
(A) Hard water (soap does makes less (A) hmS>© dmQ>a (H$R>moa Ob) ({Og_| gm~wZ
bubbles) ~wb~wbo H$_ ~Zm`|)
(B) Soft water (soap makes more (B) gmâQ> dmQ>a (H$mo_b Ob) ({Og_| gm~wZ
bubbles) A{YH$ ~wb~wbo ~Zm`|)
(C) Any water whether hard or soft (C) H$moB© ^r nmZr, H$R>moa `m H$mo_b, Cn`moJr h¡
(D) Water should not be used, acetone (D) nmZr Zht, EgrQ>moZ `m EëH$mohb H$m Cn`moJ
or alcohol should be used {H$`m OmZm Mm{h`o

158. Cleaning in place (CIP) means 158. ñWmZ na hr g\$mB© (gr.AmB©.nr.) H$m AW© h¡,
cleaning dairy equipments and S>oar CnH$aUm| Ed§ g¡{ZQ>mar nmB©nbmB©Ýg H$s g\$mB©
sanitary pipelines by circulating {ZåZ _| go {H$gH$s gaŠ`wboeZ Ûmam {H$`m
OmVm h¡ ?
(A) Hot alkaline and then hot acidic (A) J_© jmar` Ed§ CgHo$ ~mX J_© Aåbr`
cleaning solution g\$mB© Kmob
(B) Only hot alkaline cleaning (B) Ho$db J_© jmar` g\$mB© Kmob
solution
(C) Only hot acidic cleaning solution (C) Ho$db J_© Aåbr` g\$mB© Kmob
(D) Only through neutral solution (D) Ho$db Ý`wQ>´b (CXmgrZ) {db`Z Ho$ _mÜ`_ go

159. In a dairy plant detergent used for 159. S>o`ar ßbmÝQ> _| Cn`moJ _| AmZo dmbr {S>Q>O]Q>
cleaning may be {ZåZ _| go H$m¡Z-go hmo gH$Vo h¢ ?
(A) Alkaline detergent (A) jmar` {S>Q>O]Q>
(B) Synthetic detergent (B) H¥${Ì_ {S>Q>O]Q> ({gÝWo{Q>H$ {S>Q>O]Q>)
(C) Both of the above (C) CnamoŠV XmoZm|
(D) None of the above (D) CnamoŠV _| go H$moB© ^r Zht

-43- Set-A

160. Which of the following milk product 160. {ZåZ{b{IV Xþ½Y nXmWm] _| à{V Am`VZ g~go
has highest water content per unit Á`mXm nmZr H$s _mÌm {H$g_| h¡ ?
volume ?
(A) Ghee (A) Kr
(B) Butter (B) _ŠIZ
(C) Both has equal water content (C) XmoZm| _| ~am~a nmZr H$s _mÌm h¡
(D) Both has no water content (D) XmoZm| _| nmZr H$s _mÌm Zht h¡, Ho$db dgm h¡
only fat

161. Cattle disease transferred to man is 161. H$m¡Z-gr ~r_mar _doer go AmX_r H$mo hmoVr h¡ ?
(A) FMD (A) amoJ _w§hnH$m-IwanH$m
(B) Anthrax (B) EÝW«oŠg
(C) Rinderpest (C) new _hm_mar
(D) All of the above (D) CnamoŠV _| go g^r

162. Best age of dehorning of a calf is 162. Jm` Ho$ ~N>‹S>o _| gtJ CVmaZo H$s g~go ~{‹T>`m±
C_« Š`m hmoVr h¡ ?
(A) 1 week (B) 4 week (A) 1 gßVmh (B) 4 gßVmh
(C) 8 week (D) 12 week (C) 8 gßVmh (D) 12 gßVmh

163. When two breeds are crossed 163. O~ Xmo Zñbm| H$m g§H$aU ~mar-~mar go hmoVm h¡,
alternatively, cross is known as Cg g§H$aU H$mo Š`m H$hVo h¡§ ?
(A) Criss crossing (A) H«$sg H«$m°qgJ

(B) Triple crossing (B) Q´>rnb H«$m°qgJ
(C) Back crossing (C) ~¡H$ H«$m°qgJ
(D) None of these (D) BZ_| go H$moB© Zht

-44- Set-A

164. The objective of Artificial 164. H¥${Ì_ J^m©YmZ H$m CX²Xoí` h¡ ?
Insemination is
(A) Breed Improvement (A) Zñb gwYma
(B) Better Productivity (B) CËnmXH$Vm _| d¥{Õ
(C) Better Income (C) Am` _| d¥{Õ
(D) All of the above (D) CnamoŠV g^r

165. A good dairy animal is selected based 165. EH$ AÀN>r XþYmê$ Jm` H$m M`Z hoVw {H$Z
on which criteria ? _mnXÊS>m| na narjU {H$`m OmVm h¡ ?
(A) General health and weight in (A) C_« Ho$ AZwnmV _| gm_mÝ` ñdñW Ed§ dOZ
relation to age
(B) Shape of udder and number of (B) WZm| H$s ~ZmdQ> VWm g{H«$` Q>rQ²>g Ho$
active teats g§»`m
(C) Taking average of 3 times (C) 3 ~ma Xþ½Y H$s _mÌm H$m Am¡gV kmV H$aHo$
milking
(D) All of the above (D) CnamoŠV g^r

166. In order to judge a cow of Gir Breed 166. EH$ {Ja Zñb H$s Jm` H$mo naIZo Ho$ {b`o {H$Z
one should look at {~ÝXþAm| na Jm¡a H$aZm Mm{h`o ?
(A) Its milking ability (A) XÿY XoZo H$s j_Vm

(B) Its body colour and age only (B) Ho$db eara H$m a§J Ed§ C_«
(C) Its length of ears and shape of (C) H$mZ H$s b§~mB© Ed§ _mWo H$s ~ZmdQ>
forehead

(D) Its body color, length of ears and (D) eara H$m a§J, H$mZ H$s b§~mB© Ed§ _mWo H$s
shape of forehead ~ZmdQ>

-45- Set-A

167. “Murrah’’ buffalo breed is so called 167. ""_wam©'' Zñb Ho$ ^¢g H$m Zm_ `w§ n‹S>m Š`m|{H$
due to
(A) Curved nature of horns (A) gtJ _w‹S>o hþE ahVo h¢
(B) The breed originates from Murrah (B) Zñb H$s CËnÎmr n§Om~ Ho$ ""_wam©'' {Obm go
District of Punjab hþB© Wr
(C) Neck is tilted (C) JX©Z _w‹S>m hþAm ahVm h¡
(D) The buffalo turns back when (D) nwH$maZo na `h ^¢g _w‹S>H$a XoIVm h¡
called

168. A good detergent for cleaning dairy 168. S>o`ar CnH$aUm| H$s g\$mB© Ho$ {b`o Cn`moJ _| AmZo
appliances should have dmbr {S>Q>O]Q> _| Š`m JwU hmoZo Mm{h`o ?
(A) Alkalinity (A) jmar`Vm
(B) Water softening property (B) dmQ>a gm°pâZ¨J JwU
(C) It should be non-corrosive and (C) {S>Q>O]Q> j`H$mar Ed§ {dfmŠV Zht hmoZm
non-toxic Mm{h`o
(D) All of the above (D) CnamoŠV g^r

169. Curd has which good bacteria in it ? 169. Xhr _| {H$g àOmVr Ho$ AÀN>o H$sQ>mUw ahVo h¢ ?
(A) Streptococcus thermophillus (A) ñQ´>oßQ>moH$moŠH$g W_m}{\$bg

(B) Lactobacillus bulgaricus (B) boŠQ>mo~¡grbg ~bJ¡[aH$g

(C) Both of the above (C) CnamoŠV XmoZm|

(D) None of the above (D) CnamoŠV _| go H$moB© ^r Zht

-46- Set-A

170. Which of the following milk product 170. {ZåZ{b{IV Xþ½Y nXmWm] _| go {H$g nXmW© H$mo
has highest shelf life at room gm_mÝ` Vmn_mZ _| A{YH$ g_` VH$ gwa{jV
temperature ?
aIm Om gH$Vm h¡ ?
(A) Paneer (B) Curd (A) nZra (B) Xhr
(C) Butter (D) Ghee (C) _ŠIZ (D) Kr

171. Pasteurization of milk kills 171. Xþ½Y H$mo nmñQw>amB©OoeZ à{H«$`m {H$`o OmZo go
(A) All bacteria in milk (A) g^r H$sQ>mUw _a OmVo h¢
(B) All human disease causing (B) g^r, _Zwî`m| Ho$ amoJ n¡Xm H$aZo dmbo {H$Q>mUw
bacteria in milk _a OmVo h¢
(C) Sterilizes the milk (C) Xþ½Y H$m {ZO©ÝVwH$aU hmo OmVm h¡
(D) All bacteria, viruses and fungi (D) g^r H$sQ>mUw, {dfmUw Ed§ \$\y$ÝX _a OmVo h¢
present in milk

172. Spleenic fever is another name for 172. BZ_o§ go {H$g ~r_mar H$mo {Vëbr Áda ^r H$hVo h¢ ?
which disease ?
(A) Foot and Mouth (A) _w°hnH$m-IwanH$m
(B) Anthrax (B) EÝW«oŠg
(C) Cow Pox (C) Jmo MoMH$
(D) Mastitis (D) WZobr

173. What is the temperature of liquid 173. Vab ZmBQ´>moOZ H$m Vmn_mZ Š`m hmoVm h¡ ?
nitrogen ?
(A) – 96°C (B) + 96°C (A) – 96°C (B) + 96°C

(C) – 196°C (D) + 196°C (C) – 196°C (D) + 196°C

-47- Set-A

174. Longest phase of Oestrus cycle is 174. F$Vw MH«$ H$s g~go b§~r AdñWm Š`m hmoVr h¡ ?
(A) Pro-estrus (A) àmo-BñQ´>g
(B) Estrus (B) BñQ´>g
(C) Met-estrus (C) _oQ>-BñQ´>g
(D) Di-estrus (D) S>mB©-BñQ´>g

175. Milk vein in cow contains 175. Jm` H$s Xþ½Y {eam _| Š`m hmoVm h¡ ?
(A) Water (A) nmZr
(B) Blood (B) aŠV
(C) Milk (C) XÿY
(D) Milk and Blood (D) XÿY Ed§ aŠV

176. In a dairy business initial cost incurred 176. S>o`ar ì`dgm` _| gd©àW_ O_rZ Ed§ CnH$aUm|
in procurement of land and equipment Ho$ H«$_ _| H$s JB© ì`` H$mo {H$g_| dJuH¥$V {H$`m
is classified as J`m h¡ ?
(A) Recurring expenditure (A) AmdVu ì``
(B) Non-recurring expenditure (B) AZmdVu ì``
(C) Both of the above (C) CnamoŠV XmoZm|
(D) None of the above (D) CnamoŠV _| go H$moB© ^r Zht

177. If the Feed Conversion Ratio (FCR) 177. `{X {H$gr ~«m`ba _wJu H$m Amhma ê$nm§Va AZwnmV
of a broiler is 1.6 means that the bird 1.6 h¡, AWm©V² _wJu H$mo 1 {H$bmo H$m dOZ àmßV
gains 1 kg of weight for how much kgs H$aZo Ho$ {bE {H$VZm {H$bmoJ«m_ Amhma J«hU H$aZm
of feed consumed ?
nS>oJm ?
(A) 1.6 kgs (B) 2.6 kgs (A) 1.6 {H$bmo (B) 2.6 {H$bmo

(C) 3.6 kgs (D) 4.6 kgs (C) 3.6 {H$bmo (D) 4.6 {H$bmo

-48- Set-A

178. Bacillary white diarrhoea is also known 178. ~ogrbar ìhmBQ> S>m`[a`m H$mo Bg Zm_ go ^r OmZm
as OmVm h¡
(A) Pullorum disease (A) nwbmoa_ ~r_mar
(B) Salmonellosis (B) gmb_moZobmo{gg
(C) Fowl Pox (C) \$m°Cb nm°Šg
(D) Fowl cholera (D) \$m°Cb H$m°boam

179. Coccidiosis in poultry affects the chicken 179. _w{J©`m| _| H$m°Šgr{S>`mo{gg {H$g C_« Ho$ n{j`mo§ H$mo
of what age ? à^m{dV H$aVm h¡ ?
(A) Only young birds (A) Ho$db H$_ C_« Ho$ n{j`mo§ _|
(B) Only old birds (B) Ho$db Á`mXm C_« Ho$ n{j`mo§ _|
(C) Both young and old birds (C) XmoZmo§ àH$ma Ho$ n{j`mo§ _|
(D) None of these (D) BZ_o§ go H$moB© Zht

180. What is a common roundworm infection 180. _w{J©`mo§ _| gm_mÝ`V`: nm`m OmZo dmbm JmobH¥${_
in poultry ?
(A) Ascaridia galli (A) EgHo$ao{S>`m JobmB©
(B) Heterakis gallinarum (B) hoQ>ao{H$g Jo{bZoa_
(C) Thelazia callipaeda (C) Wobo{µO`m H¡$brnrS>m
(D) All of the above (D) CnamoŠV g^r

181. Tallest breed of sheep is 181. ^|S> H$s g~go D§$Mr Zñb h¡
(A) Deccani (B) Nellore (A) S>oŠH$mZr (B) Z¡ëbmoa
(C) Bikaneri (D) Nilgiri (C) ~rH$mZoar (D) Zrb{Jar

182. Ongole breed of bullock is mostly 182. A§Jmob Zñb H$m ~¡b _w»`V: nm`m OmVm h¡
found in
(A) Andhra Pradesh (A) AmÝY«àXoe
(B) Karnataka (B) H$Zm©Q>H$
(C) Kerala (C) Ho$ab
(D) Tamil Nadu (D) V{_bZmSy>

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183. Surti breed is related to which 183. gyaVr Zñb go H$m¡Z-gm new g§~§{YV hmoVm h¡ ?
animal ?
(A) Cow (B) Buffalo (A) Jm` (B) ^¢g
(C) Goat (D) Poultry (C) ~H$ar (D) _wJu

184. In cows, after calving, generally 184. Jm` _| ~ÀMm OZZo Ho$ ~mX gm_mÝ`V`: Ooa {H$VZo
expulsion of placenta should happen g_` _| ~mha {JaZm Mm{hE ?
within what time ?
(A) 1 – 2 hours (A) 1 – 2 K§Q>m
(B) 2 – 3 hours (B) 2 – 3 K§Q>m
(C) 6 – 8 hours (C) 6 – 8 K§Q>m
(D) 20 – 25 hours (D) 20 – 25 K§Q>m

185. In different species breeds the 185. {d{^Þ àOm{V Ed§ Zñbm| Ho$ Xþ½Y _| nmZr H$m
percentage of water in milk varies à{VeV {ZåZ _| go Š`m hmoVo h¢ ?
from
(A) 50 – 60% (A) 50 – 60%
(B) 60 – 70% (B) 60 – 70%
(C) 70 – 80% (C) 70 – 80%
(D) 80 – 90% (D) 80 – 90%

186. In which of the following breed of cow 186. {ZåZ _| go {H$g Zñb Ho$ Jm`m| Ho$ Xþ½Y _| dgm
fat % is lowest ? H$m à{VeV g~go H$_ hmoVm h¡ ?
(A) Holstein Fresian (A) hm°ëñQ>rZ \«o$Or`Z
(B) Gir (B) {Ja
(C) Sahiwal (C) gmhrdmb
(D) Red Sindhi (D) aoS> {gÝYr

-50- Set-A

187. In comparison to water 187. nmZr Ho$ VwbZm _|
(A) Water is heavier than milk (A) nmZr Xw½Y go A{YH$ ^mar hmoVm h¡
(B) Milk is heavier than water (B) Xw½Y nmZr go A{YH$ ^mar hmoVm h¡
(C) Milk is sometimes heavier and (C) Xw½Y nmZr go H$^r ^mar Am¡a H$^r hëH$m
sometimes lighter than water hmoVm h¡
(D) Both milk and water are of same (D) Xw½Y Ed§ nmZr XmoZm| Ho$ {d{eîQ> JwéËd EH$
specific gravity g_mZ hmoVo h¢

188. Which of the following instrument is 188. {ZåZ _| go {H$g CnH$aU H$m Cn`moJ Xw½Y H$s
used to determine specific gravity of {d{eîQ> JwéËd (ñno{g{\$H$ J«o{d{Q>) kmV H$aZo _|
milk ? H$s OmVr h¡ ?
(A) Milkometer (A) {_ëH$mo_rQ>a
(B) Lactometer (B) boŠQ>mo_rQ>a
(C) Both of the above (C) CnamoŠV XmoZm|
(D) None of the above (D) CnamoŠV _| go H$moB© ^r Zht

189. True stomach in poultry is 189. _wJu _| "Agbr noQ>' {H$go H$hVo h¢ ?
(A) Caeca (A) grH$m
(B) Gizzard (B) {JOS>©
(C) Proventriculus (C) àmodoÝQ´>rHw$bg
(D) Crop (D) H«$m°n

190. How many days are required to turn an 190. nmoëQ´>r h¡Mar _| {H$VZo {XZm| _| _wJu A§S>m MyOo _|
egg into a chicken in poultry Hatcheries ? ~Xb OmVm h¡ ?
(A) 14 days (B) 21 days (A) 14 {XZ (B) 21 {XZ
(C) 28 days (D) 35 days (C) 28 {XZ (D) 35 {XZ

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191. Cage system is better than deep litter 191. _wJu Amdmg A§VJ©V Ho$O nÕ{V S>rn brQ>a nÕ{V
system in poultry housing because go ~ohVa h¡ Š`m|{H$
(A) It checks spread of diseases (A) `h ~r_mar H$mo \¡$bZo go amoH$Vr h¡

(B) It uses space effectively (B) `h OJh H$m ~ohVa Cn`moJ H$aVr h¡
(C) It produces clean eggs (C) `h gm\$ A§S>o n¡Xm H$aVr h¡
(D) All of the above (D) CnamoŠV g^r

192. A broiler chicken feed contains how 192. EH$ ~«m`ba _wJu Ho$ Amhma _| {H$VZm à{VeV àmoQ>rZ
much percentage of protein to support hmoZm Mm{hE Omo Vrd« emar[aH$ {dH$mg H$mo _XX H$ao ?
rapid growth ?
(A) 22% (B) 18% (A) 22 à{VeV (B) 18 à{VeV
(C) 16% (D) 14% (C) 16 à{VeV (D) 14 à{VeV

193. Milking machine has advantage over 193. hmW go XÿY XþhZo go {H$gr ~‹S>o S>o`ar \$m_© _| Xþ½Y
hand milking in a very large dairy XþhZo H$m _erZ A{YH$ \$m`Xo_§X H¡$go h¡ ?
farm due to
(A) Low operational cost (A) H$_ AmdVu ì``
(B) Clean milk collection (B) gm\$ Xþ½Y EH${ÌV H$aZo _| ghm`H$
(C) Ease of distribution of collected (C) Xþ½Y H$mo àg§ñH$aU `§Ìm| VH$ nhþ±MmZo _|
milk to processing plant gabVm
(D) All of the above (D) CnamoŠV g^r

194. Which of the following Indian state 194. {ZåZ _| go {H$g amÁ` _| ídoV H«$mpÝV H$m CX²^d
sparked off the white revolution ? hþAm ?
(A) UP (A) CÎmaàXoe

(B) MP (B) _Ü`àXoe
(C) Bihar (C) {~hma
(D) Gujarat (D) JwOamV

-52- Set-A

195. After calving the thick yellowish 195. ã`mZo Ho$ ~mX Jm` go àmßV hmoZo dmbm nrbm Ed§
milk obtained from cow is known as Jm‹T>m Xþ½Y H$s Irg (H$mobmoñQ´>_) H$hVo h§¡ Omo Jm`
colostrum which is available upto
how many hours ?
Ho$ ã`mZo Ho$ {H$VZo K§Q>m| VH$ àmßV hmoVm h¡ ?
(A) 7 hrs. (B) 72 hrs. (A) 7 K§Q>o (B) 72 K§Q>o
(C) 720 hrs. (D) 1 hr. (C) 720 K§Q>o (D) 1 K§Q>m

196. Fat and protein is present in milk as 196. dgm Ed§ àmoQ>rZ XmoZm| Xþ½Y _| nm`o OmVo h¡§
(A) Fat as emulsion, protein as (A) dgm nm`g (B_ëgZ) Ho$ ê$n _|, àmoQ>rZ
colloidal suspension H$mobmB©S>b {Zb§~Z Ho$ ê$n _|
(B) Fat as colloidal suspension, (B) dgm H$mobmB©S>b {Zb§~Z Ho$ ê$n _|, àmoQ>rZ
protein as emulsion nm`g (B_ëgZ) Ho$ ê$n _|
(C) Fat and protein both as (C) dgm Ed§ àmoQ>rZ XmoZm| nm`g (B_ëgZ) Ho$
emulsion ê$n _|
(D) Fat and protein both as colloidal (D) dgm Ed§ àmoQ>rZ XmoZm| H$mobmB©S>b {Zb§~Z
suspension Ho$ ê$n _|

197. Which of the following are fodder trees 197. ^maV _| {ZåZ _| go H$m¡Z-go Mmam d¥j Ho$ ê$n _|
found in India ? OmZm OmVm h¡ ?
(A) Subabool (Leucaena) (A) gw~~yb
(B) Shevri (sesbania) (B) eodar
(C) Kachnar (Bauhinia) (C) H$MZma
(D) All of the above (D) CnamoŠV g^r

198. Barseem and lucerne fodder is 198. ~agr_ Ed§ bygU© Mmam {H$g _m¡g_ _| IoVr H$s
cultivated in OmVr h¡ ?
(A) Kharif (A) Iar\$

(B) Rabi (B) a~r
(C) Both of the above (C) CnamoŠV XmoZm|
(D) None of the above (D) CnamoŠV _| go H$moB© Zht

-53- Set-A

199. Shaeffer’s formula is used to calculate 199. Jm` Ho$ dOZ kmV H$aZo hoVw eo\$g© \$ma_ybm H$m
weight of cow. This formula is Cn`moJ hmoVm h¡, dh h¡

b§~mB© × n[a{Y
Length × Girth
Weight in inches in inches dOZ BÝM _o§ BÝM _o§
(A) in Pounds == (A) ( nmD$§S > _o)§ =
300 300

b§~mB© × n[a{Y
Length × Girth dOZ BÝM _o§ BÝM _o§
Weight in inches in inches =
(B) == (B) ( > {H$bmo _o)§ 300
in Kilograms 300

b§~mB© n[a{Y
Length × Girth ×
Weight in inches in inches
dOZ BÝM _o§ BÝM _o§
(C) in Pounds == (C) ( nmD$§S > _o)§ = 3000
3000

b§~mB© n[a{Y
×
Length × Girth dOZ BÝM _o§ BÝM _o§
Weight =
(D) in Kilograms == inches in inches
in
(D) ( > {H$bmo _o)§ 3000
3000

200. Approximate age of live cow can be 200. {OÝXm Jm` H$m C_« {ZåZ _| go {H$g {d{Y go kmV
determined by {H$`m Om gH$Vm h¡ ?
(A) Dentition pattern (A) XmVm| H$s ~ZmdQ>
(B) Length of femur bone (B) \$s_a hÈ>r Ho$ b§~mB© ZmnH$a
(C) Length of horns (C) gtJm| Ho$ b§~mB© ZmnH$a
(D) Length of tail (D) ny§N> H$s b§~mB© ZmnH$a



-54- Set-A

-55- Set-A

SET – A

CÎma A§{H$V H$aZo H$m g_` : 3 K§Q>o A{YH$V_ A§H$ : 200
Time for making answers : 3 Hours Maximum Marks : 200

ZmoQ> :
1. Bg àíZ nwpñVH$m _| VrZ ^mJ - AG-1, AG-2, AG-3 & BZ ^mJm| _| A§H$m| H$m {ddaU {ZåZmZwgma h¡ -
(i) AG-1 – (^m¡{VH$ emñÌ, agm`Z emñÌ, J{UV Ed§ Ord emñÌ) 1-80 80 A§H$
(ii) AG-2 – (\$gb CËnmXZ Ed§ CÚm{ZH$s) 81-140 60 A§H$
(iii) AG-3 – (newnmbZ Ho$ VËd Ed§ Hw$ŠHw$Q> nmbZ) 141-200 60 A§H$
àË`oH$ àíZ 1 A§H$ H$m h¡ & g^r àíZ hb H$aZm A{Zdm`© h¡ &
2. àíZm| Ho$ CÎma Xr JB© OMR CÎma-erQ> (Am§ga erQ>) na A§{H$V H$s{OE Ÿ&
3. F$UmË_H$ _yë`m§H$Z Zht {H$`m OmdoJm Ÿ&
4. {H$gr ^r Vah Ho$ H¡$bHw$boQ>a `m bm°J Q>o~b Ed§ _mo~mBb \$moZ H$m à`moJ d{O©V h¡ Ÿ&
5. OMR CÎma-erQ> (Am§ga erQ>) H$m à`moJ H$aVo g_` Eogr H$moB© AgmdYmZr Z ~aV| {Oggo `h \$Q> Om`o `m Cg_|
_mo‹S> `m {gbdQ> Am{X n‹S> Om`o {OgHo$ \$bñdê$n dh Iam~ hmo Om`o Ÿ&

Note :
1. This question booklet contains three Parts – AG-1, AG-2 and AG-3. The distribution of
marks in these parts are as follows –
(i) AG-1 – (Physics, Chemistry, Mathematics and Biology) 1-80 80 Marks
(ii) AG-2 – (Crop Production and Horticulture) 81-140 60 Marks
(iii) AG-3 – (Elements of Animal Husbandry and Poultry Farming) 141-200 60 Marks
Each question contains 1 mark. All questions are compulsory.
2. Indicate your answers on the OMR Answer-Sheet provided.
3. No negative marking will be done.
4. Use of any type of calculator or log table and mobile phone is prohibited.
5. While using OMR Answer-Sheet care should be taken so that the Answer-Sheet does
not get torn or spoiled due to folds and wrinkles.

-56- Set-A