APSC JE 2024: Junior Engineer, PWRD and PW (Building and NH) Department (Advt. 10/2024), Mechanical Engineering
Text of page 1
JE/PWD/MElU24
Series
Test Booklet No. :
02525
TEST BOOKLET
Paper-I
( MecnelvtcAl ENGINEERTNG I
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l. According to equilibrium law, two S, A body of weight I,l/ is required to
forces can be in equilibrium if they move up the rough inclinid prane
are whose angle of inclination with the
(A) equal in magnitude nonlltat is cr. The effort applied
parallel to the plane is given by
(B) collinear in action
(C) opposite in direction (A) P=l7tana
(D) All of the above (B) P = Wtan (o + 9)
(C) p=W(sino+pcosc)
'' ffi,ir'H::'.ffi""J"ili::?"': @) p=w(cosc+psina)
angle between them is
where p = 15119 = coefficient of fiction
(A) 90. between tl e plane and the body.
(B) t2o,
(C) O' 6. tvo balls of equal mass and of
(D) 60. #T:lj,t::T,"HT,ir"*:;
velocity u is made to strike the
B. In order to determine the effects of second ball. Both the balls after
a force acting on a body, we must impact will move with a velocity
know (o) u
(A) the magnitude of the force
(B) the line of action of the force (B) 2u
(C) the nature of the force, i.e.,
whether the force is push or (C) 4u
pull
(D) All of the above
(D} E'u
4. T\rro like paratlel forces ar€ actinc at
a distance of 24mm apart and tileir 7' The coelficient of static friction
resultant is 20 N, If the line of action between two surfaces depends on
of the resultant is 6 m1- from anv
given force, the two forces are (A)
(r, the nature of the surface
(A) 15 N and 5 N (B) the shape of the surface in
contact
(B) 2ON and 5N
(C) 15 N and 15 N (C) the area of contact
(D) None of the above (D) All of t}re above
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The limiting friction between two The liquid aur{aces have a tcndency
bodies in contact is independent of to contract. This phcnomenon is due
to
(A) the nature of the surfaces in
contact (A) surface tension
(B) the area of the surfaces in (B) viscosity
contact (C) friction
(C) the nonnal reaction between (D) dispersion
the surfaces
(D) All of tlle above 13. A strcamline is a line
(A) which is normal to the velocity
9. The point of application where tlle vector at every point
total weiBht can bc expected to be
concentated if the gravitational (B) which represents ttre lines of
constant velocity potential
force is dispersed across the volume
of the body is called (C) which is normal to the lines of
constant stream function
(A) the surface of the body
(D) which is tangential to the
(B) the centroid of the body velocitSl vector everyrvhere at a
given instant '
(C) the centr€ of gravity of the body
(D) moment of inertia
L4. The Bernoulli's equation refers to the
conservation of
10. An ideal fluid is defined as the fluid
which is (A) mass
(A) incompressibleandnon-viscous (B) linear momentum
(C) viscosity
@) compressible only
(D) energ/
(C) incompressiblconly
(D) compressible and viscous
15. The ratio of the specilic weight of
liquid to tJ:e specific weight of pure
11, Poise is the unit of water at a standard temperature i8
called as
(A) surface tension
(4 surface density
@) viscosity (B) sp€cific gravity
(C) capillarity (C) mass density
(D) shcar stress in fluids (D) surface tension
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15. In flow through a pipe, the transition 2o. A vessel of 4 m3 contains at1 oil
from laminar to turbulent flow does which weighs 3O kN. The specific
not depend on the weight of the oil is
(A) density of the fluid (A) a.S kN/m3
(B) length of the pipe (B) 6 kN/m3
(C) diameter of the pipe (C) 7.5 kN/m3
(D) velocity of the fluid
(D) t0 kN/m3
17. The pressure of fluid is measured 21. A jet of water discharging from a
bY 40 mm diameter orifrce has
(A) pitot tube minimum area corresponding to dia
of 24.4 mm at its vena contracta.
(B) barometer The coellicient of contraction is
(C) manometer (A) 0.46
(D) lactometer (B) O.37
(c) 0'78
18. when a vertical wall is subjected to
prresaure due to liquid on both sides, (D) 0.87
the resultant pressure is the _ of
the two pressures'
22. The length AB of a pipe ABC in
(A) sum which a liquid is flowing has
diameter dr and is suddenly
@| dilference enlarged to d-iameter e at B which
(C) arithmetic mean is constant for the length BC' The
loss of head due to sudden
(Dl geometric mean enlargement is
19. A uniform body 3 m long, 2 m wide (A) @t - uzl2
g
and I m deep floats in water. If tJ:e
depth of immersion is 0.6 m, then _G
the weight of the body is (B) "?
(,
(4 3.s3 kN
(B) 33.3 kN (c) -@t -uzl2
2g
(c) ss.3 kN
(D) None of tJ:e above
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23. The most economical section of a On which of the following factors
trapezoidal channel is one which has does the resistivity of a material
hydraulic mean depth equal to depend?
(A) Resistance of the conductor
(A) l " dePth
(B) Ar€a of the conductor section
(B) 1x breadth (C) L.ngth of the conductor
(D) All of the above
(c) ]x sloPing side
27. Which of the fouowing is the Poor
P1 |x @ePth + breadth) conductor of electricity?
(A) Silver
(B) Copper
The kinematic viscosity (in stokes) of (C) Carbon
an oil, whose specifrc gravity is O'95
and viscosity is O'011 poise, is (D) Steel
(A) 0.0r16
(B) 0.116 2A. Which of the following will affect the
resistance of a conductor inverscly?
(c) 0.06r r
(A) l€ngth of the conductor
(D) 0.611
(B) Potentialdillerence
(C) Area of cross-section
25. The ratio of the quantity of liquid (D) Temperature of the conductor
discharged pcr second from the
pump to the quantity of liquid
passing per second through the
Which of the following can vary with
impeller is known as
AC, but not with DC?
(A) manometriceffrciency (A) Power
(B) mechanicalelliciency (B) Voltage
(C) overall efliciency (C) Frcquency
(D) volumetric effrciency (D) Magnitude
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30. As capacitor plate area increases 34. Carnot cycle consists of which of the
(A) the capacitance incrcases following processes?
(B) the capacitance decreases (A) Two isothermal proccsses and
two isentropic processeg
(C) the capacitance does not
change (B) Two isentropic processes and
two constant-volume processes
(D) the current-handling ability
decreases (C) Two isentropic processes and
two constant-presgure p[rcegges
31. The period (in seconds) of an AC
wave is (D) Two isentropic processcs, one
constant-volume process and
(A| the sarne as the frequency in one constant-pressure proccss
}r.erE
(Bl not related to the frequency in
any way 35. For the same compression ratio, the
effrciency of an air-standard Otto
(C) equal to 1 divided by the cycle is
frequency in hertz
(D) equal to the peak amplitude in (A) more than the elliciency of an
air- standard Diesel cycle
volts divided by the frequency
in hertz (Bl less than the efficiency of an
air- standard Diesel cycle
32. The sixth harmonic of an AC wave,
whose period iE l.0OO millisecond (C) equal to tfie elEciency of an
(l'OO0 ms|, has a frequency of air- standard Diesel cycle
(A) 0.006 Hz (D| None of the above
(B) t67.OHz
(Cl 7.000 kHz 36. An ideal gas at 27.C is heated at
(D) 6.000 kHz constant pnessure till its volume
becomes three times. The final
temperature of the gas will be
33. Entropy change depends on
(A) heat transfer (A) 9r.C
(B) mass transfer (B) 910.C
(C) change of temperatur€ (cl 627.c
(D) thermodynamic state (Dl e27.c
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37. The bomb caloriEeter is an 4t. When a system changes its state from
apparatus to measure the one equilibrium state to another
equilibrium state, then the path of
(A) calorifrc value of a gaseous fuel successive states through which the
system has passed is known as
(B) calori{ic value of solid and
gaseous fuels (A) thermodynamic law
(C) calorimetric composition of any (B) thermodynamic process
solid bomb material (C) thermodynamic rycle
(D) calorifrc value of a solid or (D) None of the above
liquid fuel
42. "When two bodies are in thermal
equilibrium urith a third body, they
are also in thermal equilibrium with
38. Internal energl is a function of
each other.' This statement is called
(A) only pnessure (A) z:roth law of thermodynamics
(Bl only temperature (absolute) (B) first law of thermodl'r:amics
(C) only volume
(C) second law of thermodynamics
(D) Kelvin-Planck law
(D) pressure and temperature
43. The reading of the pressure gauge
Iitted on a vessel is 25 bar, The
39. Zeroth law of thermodynamics gives atmospheric pressure is 1'03 bar
the concept of and the value of g is 9'81 m7s2. The
absolute pressure in the vessel is
(4 internal ener$r (A) 23'97 bar
(B) heat content (B) 25'00 bar
(C) pressure (C) 26.03 bar
(D) temperature (D) 34'84 bar
44. The property of a working substance
40. The specific heat of air at const8nt
which increases or decreases
according to the heat supplied or
pressure (Cr| is equat to
removed in a reversible manner is
(A) O'17 kcal/kg-'Q called
(A) enthalpy
(B) 0'21 kcal/kgrQ
(B) entropy
(C) o'24 kcal/kg-'C (C) reversibility
(D) l'41 kcal/kgrc (D) None of the above
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45. 'The heat Ilows from a cold body to a 49. The mechanical draught _ with
hot body with the aid of an external the amount of smoke.
source." This statement is given by
(A) incrcases
(A) Kelvin
@l decreases
(B) Joule
(C) does not affect
(C) Clausius
(D) None of the above
(D) Gay-Lussac
50. The process of draining steam from
46. When there is mass transfer across the turbine at certain points during
the system boundary, the system is its expansion and using this steam
called for hcating ttre feedwater in feed-
(A) isolated system water heaters and then supplying it
to the boiler is known as
(B) closed system
(A) regenerativeheating
(C) open system
(B) reheating of steam
(D) None of the above (C) bleeding
(D) None of the above
47. Steady flow means that tJ e rates of
flow of mass and ener$. acrpss the
control surface 51. Addition of heat at constant
prressure to a gas results in
(A) vary
(B) remain constant (A) raising its temperature
(C) depend on the control surface (B) raising its pressure
(D) None of the above (C) raising its volume
(D) raising its temperature and
doing extemal work
48. A device in which some portion of
waste heat of fuel gases is recover€d
to heat the air before it passes to the s2. For wire-drawing operation, the work
fumace for combustion purpose is material should be
known as
(A) tough
(A) superheater
(B) air preheater (B) malleable
(C) economizer (C) ductile
(D) injector (D) resilient
JElWDlMElU24l2s-A 8
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Which is the most ductile metal What is the purpose of annealing
known? process?
(A) Silver (A) To increase hardness
(B) Platinum (B) To decrease machinability
(C) Gold (C) To remove internal stress
(D) Copper (D) For surface hardening
The product from blast furnace is 59. Maximum surface hardness is
called attained by
(A) pig iron (A) cyaniding
(B) cast iron (B) carburizing
(C) wrought iron (C) flame hardening
(D) steel (D) nitriding
The p€rcentage of carbon in cast The blade of a power hacksaw is
iron usually varies between made of
(A) O' I % to O.2o/o (A) high-carbon steel
(B) 0.5% to t.Oo/o (B) mild steel
(C) l'OYo to l.5o/o (C) high-speed steel
(Dl 2'5o/o to 4-5o/o (D) medium-carbonsteel
Which one of the following crystal 61. What is the elIect of the slip of the
systems is valid for gold? belt on the velocity ratio of the belt
(A) Orthogonal drive?
(B) Cubic (A) Increases
(C) Hexagonal (B) Decreases
(D) Tricunic (C) May increase or decreass
(D) Remains constant
s7. The BCC and HCP metals undergo
plastic deformation by If the number of links in a
(A) slip mechanism is 6, the number of pairs
would be
(B) twinning (A) I
(C) edge dislocation (Bl 2
(D) twinning in combination with (c) 4
slip (D) s
JE/P\ND IMEl1/24123_A 9
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Text of page 10
63. The relation between the number of 66. There are six gears A, B, C, D' E arrd
links (I) and the number of pairs (P) F in a compound train. The numbers
is of teeth in the gears are 20, 60, 30'
80, 25 and 75 respectively. The ratio
(A) L=2P -3 of angular speeds of the driven (F) to
(B) L=2P-2 the driver (A) of the drive is
(c) L=2P'4 I
(A) 24
(D) L=3P-4
I
(B) 8
64. The two elements of a Pair are said
to form a higher Pair, when theY 4
(c) i3
(A) have a surface contact when in
motion (D) 12
(B) have a line or Point contact
when in motion
(C) arc kePt in contact bY the 67. Porter govemor is a/an
action of extcrnal forces when
in motion (A) dead-weight governor
(D) permit relative motion (B) p€ndulum-t)Pc governor
(C) spring-loaded governor
65. One end of a helical sPring is fixed
while tl:e other end carries the load (D) inertia governor
W which moves with simPle
harmonic motion. The frequencY of
motion is gven bY
68. For two govemors A and B the lift of
sleeve of govemor A is more than
(4 2tt that of Sovernor B, for a given
fractional change in sPeed. It
indicates that
t' ai.*F (A) governor A is more sensitive
than govemor B
(C) 2tt (B) governor B is more setrsitive
than .govemor A
1 16 (c) both govemors A and B arc
(D) 2.{; equally scnsitive
where 6 = detlection of the sPring. (D) None of tlie above
JE/PwD/ME/l/24123-A 10
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69. A disturbing mass ml attached to The relation between tool life (?) and
the rotating shaft may be balanced cutting speed (V) is l{la constant.
by a single mass m2 attached in the =
In this relation, the value of n
same plane of rotation as that of m1, depends upon
such that
(A) work material
(l{) m{2=nbrr
(B) tool material
(B) mr\ = tn2r2
(C) working conditions
(C) mlnt2 = \r2
(D) type of chip produced
(D) None of the above
7O. When elements like nickel, chromium, 74. A steel is heated at about 975.C
copper and molybdenum are added to
where the structure consists of
the molten cast iron, it produces austenite entirely. It is then cooled
suddenly at a temp€rature of about
(A) white cast iron 250 "C to 525.C. This process of
(B| nodular cast iron heat treatment is known as
(C) malleable cast iron (A) normalizing
(D) alloy cast iron (B) annealing
(C) austempering
71. According to the Indian standard
specifications, plain carbon steel (D) martempering
designated by 4OCg means that the
carbon content ia The process in which carbon and
(Al o.o4o/o nitrogen botl are absorbed by the
metal surface to get it hardened is
(B) 0.35olo to O.45o/o known as
(Cl O'4o/o to 0.60/o (A) cyaniding
(D) 0.6% to O.8o/o (B) carburizing
72. Which of the following gives the (C) Ilame hardening
correct order of increasing hot (D) induction hardcning
hardness of cutting tool materials?
(A) High-speed steel, Diamond, What is an IC engine?
Carbide (A) The fuel is ignited and bumed
(B) Carbide, Diamond, High-speed inside the engine
steel (B) The fuel is burned insidc a
(C) Diamond, Carbide, High_speed combustion chamber
steel (C) The fuel is ignited inside a
(D) High-speed steel, Carbide, combustion chamber
Diamond (D) None of t}re above
JE/ruD/ME/|/24123-A tl IP.T.O.
Text of page 12
77. What is the function of an 81. Young's modulus is defined as the
alternator? ratio of
(A) Recharging the battery (A) volumetric stress and
volumetric strain
(B) Voltage regulator
(B) lateral str€ss and lateral strain
(C) Auto-ignition
. (C) longitudinal stress and
(D) None of the above longitudinat strain
(D) shear str€sa and shear strain
?8. The internal resistance which the
body offers to meet with tl:e load or
external force is called 82. A lap joint is always in shear.
(A) stress (A) single -
(B) strain @) double
(c) pressure (C) Both (A) and (B)
(D) None of the above (D) None of the above
ta. Tearing of the plate between the
79. The law which states that within edges ot plate and rivet-hole takes
elastic limits, the strain produced is olJce when
proportional to the stress producing
it, is known as (A) they are near to each other
(A) Bernoulli's law (B) the hole is too near the edge
(B) Hooke's law (C) the diameter of the rivet is too
small
(C) stress law
plate are or
(D) poisson,s law
'' :h.ff:€nd
8O, What is factor of safety? 84. ln zieag,lap joint formation, when P
is the pitch between the rivets, the
(A) The ratio of stress to strain distance between the rows of rivets
should not be less than
(B) The ratio of permissible stress
to ultimate stress (Al O.6p
(C) The ratio of ultimate stress to (B) O.8p
permissible stress
(c) P
(D) The ratio of longitudinal strain
to longitudinal stress (D) 1'2P
JE/f,rJ.tD /ME/t/24123-A L2
Text of page 13
85. In butt joint, when two straps are 88. Shear force at any point on the beam
used, the thickness varies bctween is the algebraic sum of
to (t is the thickness of
plate to be connected). (A) all vertical forces
- -
(A) a 1.12sr (B) all horizontal forces
(B) 0.7r, 0.8f (C) forces on either side ofthe point
(c) o.s/, r (D) moments of forces on either
(D) f, 1.s, side of the point
86. A simply supported beam with a 89. The point of contrallexurc occurs
gradually varying load from zero at B only in
and ru per unit length at A is shown
in the frgure below : (A) continuous beams
(B) cantilever beams
(C) overhanging beams
(D) simply supported b€ams
The shear force at B is equal to 90. A cantilever beam is loaded with udl
throughout. The maximum shear
(46utl force occurs at
(A) free end
tttl
(B} T (B) fixed end
lcl wt (C) centre
(D) 2ui
3
(D) point of contrallexure
47. The columns, whose slendcmess 91. Which of the following refers to the
ratio is less than 80, are known as term COP' of refrigeration?
(4 short columns (A) Cooling for Performance
(B) long columns (B) Coeflicient of performance
(C) weak columns (C) Capacity of Performance
(D) medium columns (D) Coefiicient of plant
JEIPWD /MElt/24123_A 13
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Text of page 14
92. Carnot heat pump works between 97. Which of the following is the
27 'C ar,d 327 'C. What will be its material of tubes used for shell-and-
COP? tube coirdenser in ammonia
refrigeration system?
(A) 0.0e (B) 1.00
(A) Copper
(c) l.oe (D) 2.0
(B) Steel
The domestic refrigerator operating
on vapour compression cYclc uses (C) Brass
which of the following devices for (D) Aluminum
expansion?
(A) Thermostatic valve
(B) Thermostat
98. Which of the following i3 rrepreeentd
by curved lines on tJ:e psychrometric
(C) Capillary tube chart?
(D) Throttling valve (A) Specifrc humidity
The commonly used refrigerant in (B) Relative humiditY
domestic refrigerators is (c) wBr
(A) ammonia (D) DPT
(Bl co2
(C) nitrogen 99. What is represented by inclincd
(D) Rrs4a straight lines but non-uniformlY
spaced on the psychromctric chart?
Which is the desirable physical (A) Specific humiditY
property of a refrigerant?
(A) Toxic (B) Relative humidity
(B) Explosive (c) wBT
(C) Low boiling point (D) DPT
(D) High freezing point
1OO. Which of the following processes is/
Which of the following is a secondary are used in winter air-conditioning?
refrigerant when us€d above 0 'C?
(A) Cooling and dehumidification
(A) Sodium chloride
(B) Glycol (B) Heating and humidifrcation
(C) Brinc (C) DehumidificationonlY
(D) Water (D) Humidification only
JEIPWD lMEltl24l23-A t4
Text of page 15
SPACE FOR ROUGH WORK
JEIPWD lMDlr/24123_a 15
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Text of page 1
J.w.harnag.r, Kh.n.Para. Guwah.ti-7a1O22.
Provisional Answer Key of OMR based Screening Test for recruitment to the post of Junior
Engineer (Mechanical) under joint cadre of Public Works Roads Department and Public
Works (Building & NH) Department (Advt. No. 1012024 dtd. 0310512024)
Date of Screening Test: 22.12-2024
Subiect: Paper-I: Mechanical Engineering
Series: A
Marks: 100 Time: 2:00 hours
Q.NO. ANS_KEY Q. NO. ANS KEY Q.NO. ANS KF],Y Q. NO. ANS KEY
I D 26 D 51 T) 76 A
2 B 27 C 52 C t7 A
J D 28 C 53 C 78 A
4 A 29 C 5r+ A 79 B
5 C 30 A 55 D 80 C
6 B 3l C 56 B 8l C
7 A 32. I) 57 D 82 C
8 B 33 A 58 C 83 B
I C 34 A 59 D 84 A
10 A 35 A 60 C 85 A
l1 B JO C 6l t] 86 A
t2 A 37 D 62 D 87 A
l3 l) 38 B 63 C 88 (l
14 D 39 D 64 ti 89 C
l5 B 40 C 65 B 90 B
16 B 41 B 66 A 91 B
A1 A 92
t7 C 67 B D
l8 B 43 C 68 A 93 C
l9 C 44 B 69 B 94 D
20 C 45 C 70 D 95 C
21 B 16 C 7l B 96 D
22 C B 72 D 97 B
23 A 48 B 73 B 98 B
24 A 49 B 74 C 99 C
25 D 50 C 75 A 100 B
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Kh.n-p.ra, Gu
Provisional Answer Key of OMR based Screening Test for recruitment to the post of Junior
Engineer (Mechanical) under joint cadre of Public Works Roads Department and Public
Works (Building & NH) Department (Advt. No. 1012024 dtd. 03/05/2024)
Date of Screening Test: 22.12.2024
Subiect: Paper-I: MechanicalEngineering
Series: B
Marks: f00 Time: 2:00 hours
Q.NO. ANS_KBY Q. NO. ANS_KEY Q. NO. ANS KEY Q. NO. ANS KF],Y
I A lt\ B 51 C 76 C
2 A 27 D 52 C 7l C
3 B 28 A 53 C 78 A
4 C 29 C 54 A 79 t)
5 C 30 B 55 C 80 B
6 C 31 A s6 D 81 D
7 B 32 B 57 A 82 C
8 A 33 C 58 A 83 D
9 A 34 A 59 A 84 C
10 A 35 B 60 C 85 B
l1 A 36 A 6l D 86 D
t2 C 37 D 62 B 87 C
13 C 38 D 63 D 88 B
14 B 39 B 61 C 89 B
l5 B 40 B 65 B 90 A
16 D 41 C 66 A 91 B
17 C 42 B 67 C 92 A
t8 D 43 C 68 B 93 B
19 C 44 C 69 C 94 t)
20 D 45 B 70 C 95 B
2t B 46 C 71 B 96 D
22 B 47 A 72 B 97 B
23 C 48 A 73 B 98 (l
24 B 49 D 74 C 99 A
25 D 50 D 75 D 100 A
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Provisional Answer Key of OMR based Screening Test for recruitment to the post of Junior
Engineer (Mechanical) under joint cadre of Public Works Roads Department and Public
Works (Buitding & NH) Department (Advt. No. 1012024 dtd.0310512024)
Date of Screening Test: 22.12.2024
Subiect: Paper-I: MechanicalEngineering
Series: C
Marks: 100 Tinrc: 2:00 hours
Q.NO. ANS_KEY Q. NO. ANS_KEY Q. NO. ANS KEY Q.NO. ANS_KEY
1 C 26 D 51 C 76 C
2 C 21 B 52 D 77 B
, B 28 D 53 u 78 C
4 B 29 B 54 B 79 A
5 B 30 C 55 C 80 A
6 C 31 A 56 B 8l D
7 D 32 A 57 D 82 I)
8 (l JJ A 58 B 83 C
9 C 34 A 59 D 84 C
10 A 35 B 60 A 85 C
t1 D 36 C 61 C 86 A
t2 B 37 C 62 B 87 C
l3 D 38 C 63 A 88 D
14 C 39 B 64 B 89 A
l5 D 40 A 65 C 90 A
l6 C 4l A 66 A 9l A
t7 B 42 A 67 B 92 C
18 D 1) A 68 A 93 D
19 (l 44 C 69 D 94 B
20 B 45 C 70 D 95 D
2l B 4t) B 7l B 96 C
22 A 4t B 72 B 97 B
Z) B 48 I) 73 C 98 A
24 A 49 C 74 B 99 C
25 B 50 D 75 C 100 B
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Provisional Answer Key of OMR based Screening Test for recruitment to the post of Junior
Engineer (Mechanical) under joint cadre of Public Works Roads Department and Public
Works (Building & NH) Department (Advt. No. 1012024 dtd.03105/2024)
Date of Screening Test: 22.12.2024
Subiect: Paper-I: Mechanical Engineering
Series: D
Marks: 100 Time: 2:00 hours
Q.NO. ANS_KEY Q. NO. ANS KEY Q.NO. ANS KEY Q. NO. ANS KEY
I A l6 B 51 B 76 B
2 A 27 B 52 C C
3 D 28 C 53 A 78 B
4 D 29 D 5,+ A 79 D
5 C 30 C 55 A 80 B
6 C 31 (l 56 A 81 D
7 C A 57 t] 82 A
8 A JJ D 58 C 83 C
9 C 34 B 59 C 84 B
10 I) 35 D 60 C 85 A
11 A 36 C 6t t] 86 B
12 A 37 t) 6l A 87 C
l3 A 38 C 63 A 88 A
l4 C 39 B 64 A 89 B
l5 D 40 D 65 A 90 A
16 B 41 C 66 C 9l I)
17 D 12 B 67 C 92 D
l8 C 43 B 68 B 93 B
19 B 41 A 69 B 94 B
20 A 45 B 70 D 95 C
2l C 46 A 71 C 96 B
22 B 47 I] 72 D 97 C
23 C 48 t) 73 C 98 C
24 C 49 B t4 D oo B
25 B 50 D 75 B 100 CPage 1 of 16
Source: Assam Public Service Commission. Question paper published by Assam Public Service Commission.