GATE AG 2024: Agricultural Engineering
Text of page 1
Agricultural Engineering (AG)
General Aptitude (GA)
Q.1 – Q.5 Carry ONE mark Each
Q.1 If ‘→’ denotes increasing order of intensity, then the meaning of the words
[dry → arid → parched] is analogous to [diet → fast → ________ ].
Which one of the given options is appropriate to fill the blank?
(A) starve
(B) reject
(C) feast
(D) deny
Q.2 If two distinct non-zero real variables x and y are such that (x + y) is proportional
x
to (x − y) then the value of
y
(A) depends on xy
(B) depends only on x and not on y
(C) depends only on y and not on x
(D) is a constant
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Q.3 Consider the following sample of numbers:
9, 18, 11, 14, 15, 17, 10, 69, 11, 13
The median of the sample is
(A) 13.5
(B) 14
(C) 11
(D) 18.7
Q.4 The number of coins of ₹1, ₹5, and ₹10 denominations that a person has are in the
ratio 5:3:13. Of the total amount, the percentage of money in ₹5 coins is
(A) 21%
(B) 2
14 7%
(C) 10%
(D) 30%
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Q.5 For positive non-zero real variables p and q, if
log (p2 + q 2 ) = log p + log q + 2 log 3 ,
p4 +q4
then, the value of is
p2 q 2
(A) 79
(B) 81
(C) 9
(D) 83
Q.6 – Q.10 Carry TWO marks Each
Q.6 In the given text, the blanks are numbered (i)−(iv). Select the best match for all the
blanks.
(i) (ii)
Steve was advised to keep his head before heading to bat;
(iii)
for, while he had a head batting, he could only do so with a cool head
(iv)
s his shoulders.
(A) (i) down (ii) down (iii) on (iv) for
(B) (i) on (ii) down (iii) for (iv) on
(C) (i) down (ii) out (iii) for (iv) on
(D) (i) on (ii) out (iii) on (iv) for
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Q.7 A rectangular paper sheet of dimensions 54 cm × 4 cm is taken. The two longer
edges of the sheet are joined together to create a cylindrical tube. A cube whose
surface area is equal to the area of the sheet is also taken.
Then, the ratio of the volume of the cylindrical tube to the volume of the cube is
(A) 1/π
(B) 2/π
(C) 3/π
(D) 4/π
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Q.8 The pie chart presents the percentage contribution of different macronutrients to a
typical 2,000 kcal diet of a person.
Macronutrient energy contribution
Trans
fat
5%
Saturated fat
20% Carbohydrates
35%
Unsaturated fat
20%
Proteins
20%
The typical energy density (kcal/g) of these macronutrients is given in the table.
Macronutrient Energy density (kcal/g)
Carbohydrates 4
Proteins 4
Unsaturated fat 9
Saturated fat 9
Trans fat 9
The total fat (all three types), in grams, this person consumes is
(A) 44.4
(B) 77.8
(C) 100
(D) 3,600
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Q.9 A rectangular paper of 20 cm × 8 cm is folded 3 times. Each fold is made along the
line of symmetry, which is perpendicular to its long edge. The perimeter of the final
folded sheet (in cm) is
(A) 18
(B) 24
(C) 20
(D) 21
Q.10 The least number of squares to be added in the figure to make AB a line of
symmetry is
(A) 6
(B) 4
(C) 5
(D) 7
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Q.11 – Q.35 Carry ONE mark Each
Q.11 The divergence of the curl of a twice continuously differentiable vector function is
__________.
(A) 0
(B) 1
(C) 2
(D) ∞
Q.12 Laplace transform of a function f(t) = t4 as a function of ‘s’ is __________.
(A) 120
s5
(B) 24
s5
(C) 120
s4
(D) 24
s4
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Q.13 If the dynamic weight on the front axle is lesser than 20% of the total weight of
tractor, the longitudinal instability of tractor can be avoided by __________.
(A) adding weight on the rear axle
(B) adding weight on the front axle
(C) reducing weight on the rear axle
(D) reducing weight on the front axle
Q.14 In places with severe cold climate, the most important fuel property to be considered
for running an internal combustion engine is __________.
(A) heating value
(B) flash point
(C) pour point
(D) boiling point
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Q.15 A towed rigid wheel with a total weight W is to be rolled on a hard horizontal surface
as well as up the slope on a hard surface inclined at an angle θ with the horizontal.
The rolling resistance of the wheel on inclined surface as compared to that on the
horizontal surface is __________.
(A) increased by Wsinθ
(B) increased by Wcosθ
(C) decreased by Wsinθ
(D) decreased by Wcosθ
Q.16 The difference between advance curve and recession curve for a given surface
irrigation event is known as __________.
(A) time of concentration
(B) lag time
(C) time to peak
(D) intake opportunity time
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Q.17 Match the following instruments (in Column I) with corresponding measurements
(in Column II).
Column I Column II
P Current meter 1 Solar radiation
Q Anemometer 2 Rainfall
R Hygrometer 3 Stream flow velocity
S Symon’s gauge 4 Humidity
T Pyranometer 5 Wind speed
(A) P-3, Q-5, R-4, S-2, T-1
(B) P-2, Q-3, R-5, S-1, T-4
(C) P-1, Q-2, R-3, S-4, T-5
(D) P-5, Q-4, R-1, S-3, T-2
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Q.18 In wind erosion, the maximum portion of soil is transported by the process of
__________.
(A) suspension
(B) saltation
(C) surface creep
(D) bed load
Q.19 Hilly areas receiving heavy rainfall, where a major portion of the rainfall is to be
drained as surface runoff, are suggested to adopt bench terraces with __________.
(A) sloping inward
(B) level tops
(C) sloping outward
(D) narrow width
Q.20 Critical thickness of insulation (rcr) for a pipe having thermal conductivity (k) and
convective heat transfer coefficient (ho) is __________.
(A) 2k/ho
(B) k/ho
(C) ho/k
(D) 2ho/k
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Q.21 A continuously differentiable function y = f(x) satisfies one or more of the following
conditions at its point of inflection:
(A) d2 y
≠0
dx2
(B) d2 y
=0
dx2
(C) d3 y
=0
dx3
(D) d3 y
≠0
dx3
Q.22 In-situ volumetric soil moisture content measuring method(s) is/are:
(A) Neutron probe
(B) Tensiometer
(C) Time domain reflectometry
(D) Piezometer
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Q.23 Incorrect statement(s) with respect to hydrothermal treatment of paddy is/are:
(A) Process imparts hard texture to grain
(B) Retention of Vitamin B is less
(C) Cooking to the same degree of softness requires less time
(D) Bran obtained contains higher oil content
Q.24 Falling rate period of drying can be explained by one/more of the following:
(A) Capillary rise of water
(B) Molecular diffusion of water
(C) Surface cooling
(D) Surface evaporation
Q.25 The mean and variance of a dataset are 16 and 25, respectively. The coefficient of
variation of the dataset, in %, is __________. (Rounded off to 2 decimal places)
Q.26 The chances for passing an endurance test for three threshers P, Q and R are 1/6,
1/4, and 1/2, respectively. The probability of passing the endurance test by at least
one thresher, in fraction, is __________. (Rounded off to 2 decimal places)
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Q.27 The height of adult males at 5th, 50th and 95th percentiles are 162 cm, 173 cm and
185 cm, respectively. The minimum inside height of the tractor cab required to
ensure the satisfactory design based on the given data, in cm, is __________.
(Answer in integer)
Q.28 A chain drive is used to transmit power from a DC motor to the shaft of a solar
energy operated thresher by reducing the speed from 240 rpm to 120 rpm. The
number of teeth on the driving sprocket is 20 and the pitch circle diameter of the
driven sprocket is 600 mm. The pitch of the chain used, in mm, is __________.
(Rounded off to 2 decimal places)
Q.29 A tractor drawn rotavator with a rotor radius 300 mm has 6 flanges having 3 blades
in each flange acting in one plane. It is operated at a rotor speed of 180 rpm and a
forward speed of 3 km.h-1. Increasing the forward speed as well as the rotor speed
by 15% each, the change in length of soil slice, in mm, is __________. (Answer in
integer)
Q.30 The air standard cycle efficiency of the Otto cycle is 56% and heat supplied is
12.5 kJ, the heat rejected during the cycle, in kJ, is __________. (Rounded off to 2
decimal places)
Q.31 The slope length of an area having land slope of 6% is reduced to half while other
conditions are kept unchanged. The reduction in annual soil loss from the area,
in %, is __________. (Rounded off to 2 decimal places)
Q.32 The excess water from a watershed of area 16.95 km2 is drained out through a
channel at an average rate of 2.8 m3.s-1. Drainage coefficient of the watershed,
in cm, is __________. (Rounded off to 2 decimal places)
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Q.33 Freshly harvested shrimps of 100 kg having initial temperature of 25 °C are frozen
to −18 °C. The specific heat (cp) of shrimp above and below freezing point (0 °C)
are 3.64 kJ.kg-1.°C-1 and 2.01 kJ.kg-1.°C-1, respectively. Considering the latent heat
of fusion as 240 kJ.kg-1, the heat load removed during the process, in kJ, is
__________. (Rounded off to 1 decimal place)
Q.34 An indented cylinder type rice grader has been fed with milled rice containing 18 %
brokens. After separation, head rice stream contains 3 % brokens and the broken
stream carried away 4 % head rice. The effectiveness of the given rice grader on the
basis of head rice separation, in fraction, is __________. (Rounded off to 3 decimal
places)
Q.35 A single effect evaporator concentrates 9090 kg.h-1 herbal extract of 12 % solids
entering at 300 K to a final solid concentration of 20 %. Assuming negligible product
loss through vapor, the amount of concentrated product, in kg, is __________.
(Answer in integer)
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Q.36 – Q.65 Carry TWO marks Each
Q.36 [P] = [ 2 3 7 ] and [Q] = [ 8 11 9
] are two matrices. The matrix [P]T [Q]
4 1 5 12 6 13
is __________.
(A) 64 36 116
[ 46 39 107 ]
70 40 128
(B) 64 46 70
[ 36 39 40 ]
116 107 128
(C) 112 113
[ ]
88 89
(D) 112 88
[ ]
113 89
Q.37 d2 y dy
The complete solution for the differential equation dx2 + 2 dx − 3y = 0 for y(0) = 0
dy
and dx (0) = 8 is __________.
(A) 2(ex − e3x )
(B) 2(ex − e−3x )
(C) 2(ex + e3x )
(D) 2(ex + e−3x )
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Q.38 A power operated chaff cutter has an effective throat width of 450 mm and operating
clearance of 150 mm. It is used for chopping straw at a moisture content of 20 % with
bulk density of 60 kg.m-3 while passing through the feed rolls. The number of knives
on the cutter head are 4, speed of the cutter head is 540 rpm and the theoretical length
of cut is 10 mm. The theoretical capacity of the chaff cutter, in ton.h-1, is _________.
(Rounded off to 2 decimal places)
(A) 1.31
(B) 5.25
(C) 7.54
(D) 9.61
Q.39 A 4.2 m self-propelled combine harvester operating at a forward speed of
3.5 km.h-1 is used to harvest wheat in an area of 300 ha in a year at a field efficiency
of 75 %. Consider the variable cost to be linearly related to the actual hours of
operation. To bring down the cost of operation per hour by 15 %, the change in area
required to be harvested per year, in ha, is __________. (Rounded off to 2 decimal
places)
(A) 52.94
(B) 53.74
(C) 55.80
(D) 57.65
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Q.40 A 3-cylinder 4-stroke diesel engine with a bore 73 mm and stroke 78 mm is tested at
2200 rpm. When a braking torque 55 N.m is applied, the indicated mean effective
pressure is found to be 1050 kPa. The mechanical efficiency of the engine, in %, is
__________. (Rounded off to 2 decimal places)
(A) 57.21
(B) 61.45
(C) 67.21
(D) 71.25
Q.41 The performance of a border irrigation event was evaluated by taking soil moisture
measurements at 12 locations along the border from the upstream end. The computed
irrigation depths at those locations were 50, 49, 48, 47, 46, 45, 44, 43, 42, 41, 40, and
39 mm. The Christiansen Uniformity Coefficient (CU) for the event, in %, is
__________. (Rounded off to 2 decimal places)
(A) 93.26
(B) 91.66
(C) 89.70
(D) 36.28
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Q.42 A 10 ha watershed received a 4-hour rainfall storm with rainfall intensity of 2, 1, 1.5,
and 1 cm.h-1 in each subsequent hour, respectively. Assuming phi-index (ϕ) of
1 cm.h-1, the volume of direct runoff, in m3, is __________. (Rounded off to 2 decimal
places)
(A) 1500
(B) 4500
(C) 5500
(D) 15000
Q.43 A surveyor started a longitudinal section leveling survey by taking starting bench
mark of elevation 53.85 m. During the survey, he takes an observation of intermediate
sight of 2.42 m with the staff held on another bench mark of 85.45 m. The sum of the
back sights from the start to the point is 50.28 m and that of fore sight is 16.30 m. If
the surveyor ends the survey operation on the second bench mark, the error of closure
on the second bench mark, in m, is __________. (Rounded off to 2 decimal places)
(A) 0.02
(B) 0.04
(C) 0.06
(D) 0.08
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Q.44 The decimal reduction time D121 and the z value of thermophilic spores in milk were
found to be 60 seconds and 11 °C, respectively. Heating time required at
141 °C for a 10 log cycle reduction in population, in seconds, is __________.
(Rounded off to 2 decimal places)
(A) 0.28
(B) 0.91
(C) 2.81
(D) 9.12
Q.45 Match the following in material types (Column I) with their rheological properties
(Column II).
Column I Column II
P. Bingham plastic 1. Viscosity increases with increase in shear rate
Q. Dilatant 2. Finite yield stress
R. Pseudoplastic 3. Shear rate proportional to shear stress
S. Newtonian 4. Viscosity decreases with increase in shear rate
(A) P-1, Q-2, R-4, S-3
(B) P-2, Q-1, R-4, S-3
(C) P-2, Q-4, R-1, S-3
(D) P-4, Q-3, R-2, S-1
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Q.46 Match the following types of mill in Column I based on their grinding mechanisms
in Column II.
Column I Column II
P. Attrition mill 1. Compression and shear
Q. Ball mill 2. Impact and abrasion
R. Hammer mill 3. Crushing and shear
S. Roller mill 4. Impact and shear
(A) P-3; Q-2; R-4; S-1
(B) P-2; Q-3; R-4; S-1
(C) P-3; Q-1; R-4; S-2
(D) P-3; Q-4; R-1; S-2
Q.47 The calculated value of e2x using Taylor’s series with first four terms for x = 1 is
2
__________. (Rounded off to 3 decimal places)
Q.48 The directional derivative of u(x, y, z) = x2 y + y2 z at the point (1, 2, 3) in the direction
̂i +2 ĵ + 3 k̂ is __________. (Rounded off to 2 decimal places)
Q.49 A single acting disk harrow having 5 disks in each gang with a gang angle of 20º is
operated at a forward speed of 3 km.h-1 and a depth of 10 cm. The horizontal soil
reaction force acting parallel to the face of each disk is found to be 250 N. The
drawbar power required to pull the harrow, in kW, is __________. (Rounded off to 2
decimal places)
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Q.50 A tractor drawn rotary mower has a swath width 1.2 m when operated at a forward
speed of 5 km.h-1. The specific power loss due to air, stubble and gear train friction
per m of swath width is 1.5 kW and the specific cutting energy is 2 kJ.m-2. The total
weight of tractor with mower is 25 kN and the resistance to propel the tractor with
mower is 6 % of its total weight. Assuming transmission efficiency between engine
to drawbar as 75 % and engine to PTO as 87 %, the total engine power required to
carry out mowing, in kW, is __________. (Rounded off to 2 decimal places)
Q.51 A farmer desires to run a diesel engine developing a brake power of 1.5 kW,
continuously for 2 hours using biogas and diesel in a dual fuel mode. If gas
requirement for running the engine in dual fuel mode is 0.67 m3.kW-1.h-1, the
minimum size of KVIC model biogas plant with a gas holding capacity of 60 %
suitable for running this diesel engine, in m3, is __________. (Answer in integer)
Q.52 An accelerator mounted to the waist of a seated tractor operator records an RMS
acceleration of 2.5 m.s-2. By improving the seat design, the vibration acceleration
level is decreased by 5 dB. After improvement, the RMS acceleration, in m.s-2, is
__________. (Rounded off to 3 decimal places)
Q.53 A two-wheel drive tractor having a total weight of 20 kN is pulling an implement at
an actual speed of 3 km.h-1. The ratio of axle power (kW) to dynamic weight (kN) on
the rear axle is expressed as 1.79/V, where, V is the theoretical forward speed in
km.h-1. During pulling the implement, the weight distribution on the front and rear
axles of the tractor is 40 % and 60 % of the total weight, respectively, with wheel slip
12 % and coefficient of net traction 0.42. The tractive efficiency, in %, is
__________. (Rounded off to 2 decimal places)
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Q.54 A tractor drawn boom type sprayer fitted with 12 nozzles at a spacing of 50 cm is
used to carryout spraying at a forward speed of 3.5 km.h-1 and nozzle pressure of
250 kPa for an application rate of 1.5 m3.ha-1. Out of the total discharge from the
pump, 12 % is bypassed to the liquid tank and the total pressure drop in all pipe lines
from the pump is 10 % of the pressure developed by the pump. Considering the pump
efficiency as 60 %, if the nozzle pressure is increased by 10 %, the power required to
operate the pump, in kW, is __________. (Rounded off to 3 decimal places)
Q.55 A flow rate of 2 m3.s-1 is to be carried out in an open channel at a velocity of 1 m.s-1.
The cross section of the channel is rectangular with depth equal to one-half of the
width. Considering Manning’s roughness coefficient (n) as 0.02, the slope of the
channel, in %, is __________. (Rounded off to 2 decimal places)
Q.56 A catchment with 5 rain gauge stations recorded annual rainfall of 90, 100, 80, 120,
and 110 cm, respectively. Considering 5 % error in estimation of the mean annual
rainfall, additional number of rain gauge stations required is __________. (Answer in
integer)
Q.57 A soil sample of diameter 70 mm was used for constant head permeability test. The
observed head loss was 80 mm in the soil sample length of 100 mm and water
collected in one minute was 60 mL. The coefficient of permeability, in mm.s-1, is
__________. (Rounded off to 2 decimal places)
Q.58 In an area, one tubewell of 15 cm diameter was operating such that groundwater table
is 40 m above the bottom of screen. The groundwater formation has permeability (K)
as 20 m.d-1 and well has radius of influence of 980 m with a maximum drawdown of
12 m. After some time, a second tubewell of same size was installed at a distance of
500 m from the first tubewell. If both the tubewells are running simultaneously and
have equal discharge, the loss of discharge in the first tubewell due to installation of
the second tubewell, in %, is __________. (Rounded off to 2 decimal places)
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Q.59 In a semi-arid region with land slope of 3 %, contour bunding is planned to conserve
and store the rain water. In 10 years return period, the daily effective rainfall is
estimated as 20 cm maximum in the region. If the horizontal spacing between the
bunds is 30 m, the designed height of the bund, in m, is __________. (Rounded off to
2 decimal places)
Q.60 A single acting reciprocating pump, running at 40 rpm, has piston of 20 cm diameter
and stroke length of 40 cm. The suction and delivery heads are 5 m and 20 m,
respectively. Assuming overall pump efficiency as 80 %, the power requirement of
the pump, in kW, is __________. (Rounded off to 2 decimal places)
Q.61 A steam jacketed kettle is filled with a 250 kg liquid food with a specific heat of
3.1 kJ.kg-1.K-1. Steam used at 121 °C has a heat transfer coefficient of 2 kW.m-2.K-1.
The area of heat transfer is 0.15 m2. Using lumped capacity method, the time required
to heat the product from 30 °C to 95 °C, in minutes, is __________. (Rounded off to
2 decimal places)
Q.62 Fruit juice entering at 30 °C is being pasteurized in a double pipe counter flow heat
exchanger using hot water entering at 97 °C and leaving at 65 °C. Specific heat of
juice and water are 3.8 kJ.kg-1.K-1 and 4.2 kJ.kg-1.K-1, respectively. Flow rate of juice
is 0.3 kg.s-1 and that of water is 0.4 kg.s-1. Considering an overall heat transfer
coefficient of 1 kW.m-2.K-1, the area of heat exchanger required, in m2, is
__________. (Rounded off to 3 decimal places)
Q.63 Mango pulp at an initial temperature of 25 °C and a moisture content of 70 % (wb) is
to be dried into leather to a final moisture content of 10 % (wb) using hot air at
95 °C. The latent heat of vaporization of water at 95 °C and at standard atmospheric
pressure is 2250 kJ.kg-1. Considering the specific heat of mango pulp as
3.8 kJ.kg-1.°C-1, the energy required for drying per kg of mango pulp, in kJ, is
__________. (Rounded off to 1 decimal place)
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Q.64 Sorghum flour obtained from a grinder was analyzed by IS sieves for particle size
determination. The data obtained are as follows:
IS sieve number 100 70 50 40 30 20 PAN
Mass of flour 0 10.1 16.5 36.2 82.8 95.0 9.4
retained (g)
The average particle size of the flour, in mm, is __________. (Rounded off to 3
decimal places)
Q.65 Fish fillets at −1 °C are being frozen in Individual Quick Freezing (IQF) system using
air at −40 °C. The product has a characteristic dimension of 10 cm with a density of
1200 kg.m-3. Thermal conductivity of the product is 2.5 W.m-2.K-1, the convective
heat transfer coefficient is 100 W.m-2.K-1 and the latent heat of fusion is 300 kJ.kg-1.
If the fillet is considered as an infinite plate, the freezing time, in minutes, is
__________. (Rounded off to 2 decimal places)
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Final Answer Key
Question
Q. No. Session Section Key/Range Mark
Type
1 5 MCQ GA A 1
2 5 MCQ GA D 1
3 5 MCQ GA A 1
4 5 MCQ GA C 1
5 5 MCQ GA A 1
6 5 MCQ GA C 2
7 5 MCQ GA A 2
8 5 MCQ GA C 2
9 5 MCQ GA A 2
10 5 MCQ GA A 2
11 5 MCQ AG A 1
12 5 MCQ AG B 1
13 5 MCQ AG B 1
14 5 MCQ AG C 1
15 5 MCQ AG A 1
16 5 MCQ AG D 1
17 5 MCQ AG A 1
18 5 MCQ AG B 1
19 5 MCQ AG A 1
20 5 MCQ AG B 1
21 5 MSQ AG B;D 1
22 5 MSQ AG A;C 1
23 5 MSQ AG B;C 1
24 5 MSQ AG A;B 1
25 5 NAT AG 31.20 to 31.30 1
26 5 NAT AG 0.68 to 0.69 1
27 5 NAT AG 185 to 185 1
28 5 NAT AG 46.00 to 48.00 1
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Text of page 2
29 5 NAT AG 0 to 0 1
30 5 NAT AG 5.40 to 5.60 1
31 5 NAT AG 29.00 to 29.50 1
32 5 NAT AG 1.40 to 1.45 1
33 5 NAT AG 36710.0 to 36730.0 1
34 5 NAT AG 0.840 to 0.860 1
35 5 NAT AG 5452 to 5456 1
36 5 MCQ AG B 2
37 5 MCQ AG B 2
38 5 MCQ AG B 2
39 5 MCQ AG A 2
40 5 MCQ AG C 2
41 5 MCQ AG A 2
42 5 MCQ AG A 2
43 5 MCQ AG B 2
44 5 MCQ AG D 2
45 5 MCQ AG B 2
46 5 MCQ AG A 2
47 5 NAT AG 2.665 to 2.668 2
48 5 NAT AG 11.20 to 11.30 2
49 5 NAT AG 1.94 to 1.98 2
50 5 NAT AG 8.60 to 8.80 2
51 5 NAT AG 4 to 4 2
52 5 NAT AG 1.300 to 1.500 2
53 5 NAT AG 66.00 to 67.00 2
54 5 NAT AG 0.520 to 0.540 2
55 5 NAT AG 0.09 to 0.11 2
56 5 NAT AG 5 to 5 2
57 5 NAT AG 0.31 to 0.33 2
58 5 NAT AG 6.60 to 6.70 2
59 5 NAT AG 0.58 to 0.62 2
60 5 NAT AG 2.45 to 2.75 2
61 5 NAT AG 52.00 to 56.00 2
62 5 NAT AG 1.900 to 2.200 2
63 5 NAT AG 1764.0 to 1768.0 2
64 5 NAT AG 0.230 to 0.260 2
65 5 NAT AG MTA 2
Page 2 of 2
Page 1 of 25
Source: GATE. Question paper published by GATE.