Agricultural Mechanization, Farm Power and Implements MCQs 2026

90 questions with detailed answers · 15 from past papers · 9 quiz batches available

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Page 1 of 1 Questions 110 of 90
  1. Q1 medium

    Field efficiency accounts for losses due to turning, overlap and

    1. A Perfect nonstop work
    2. B Zero machine adjustment
    3. C No field boundaries
    4. D Operational delays
    💡 Explanation:

    Field efficiency compares effective field capacity with theoretical capacity after real-world losses.

  2. Q2 medium

    Preventive maintenance means

    1. A Repairing only after total failure
    2. B Ignoring lubrication schedules
    3. C Operating without inspection
    4. D Scheduled service before breakdown occurs
    💡 Explanation:

    Preventive service reduces downtime by addressing wear and adjustments before failure.

  3. Q3 medium

    A rollover protective structure on a tractor is meant to

    1. A Protect the operator during overturning
    2. B Increase pesticide drift
    3. C Replace the fuel filter
    4. D Calibrate seed metering
    💡 Explanation:

    ROPS provides a protective zone for the operator if a tractor rolls over.

  4. Q4 medium

    The clutch in a tractor is used to

    1. A Engage and disengage engine power to the transmission
    2. B Measure grain moisture
    3. C Clean sprayer nozzles automatically
    4. D Store hydraulic oil only
    💡 Explanation:

    A clutch allows smooth connection or interruption of power flow from engine to gearbox.

  5. Q5 medium

    The gearbox in a tractor mainly

    1. A Separates grain from chaff
    2. B Tests seed germination
    3. C Changes speed and torque
    4. D Controls rainfall intensity
    💡 Explanation:

    Different gear ratios provide suitable travel speeds and pulling torque.

  6. Q6 medium

    A differential in the tractor drive system allows

    1. A Drive wheels to rotate at different speeds during turning
    2. B Both wheels to lock at all times
    3. C Fuel to bypass the injector
    4. D Seed to be cleaned by air only
    💡 Explanation:

    The outside wheel travels farther on a turn, so the differential permits different wheel speeds.

  7. Q7 medium

    A seed-cum-fertilizer drill is designed to

    1. A Mix pesticide into diesel fuel
    2. B Thresh crop residue
    3. C Place seed and fertilizer in proper bands or rows
    4. D Measure rainfall depth
    💡 Explanation:

    It meters seed and fertilizer separately and places them at suitable depth or spacing.

  8. Q8 medium

    A belt-and-pulley drive in farm machinery is used to

    1. A Transmit rotary motion and power
    2. B Determine soil salinity directly
    3. C Store harvested grain
    4. D Increase seed dormancy
    💡 Explanation:

    Belts transfer rotary power between shafts through pulleys.

  9. Q9 medium

    One major benefit of farm mechanization is

    1. A Permanent yield loss by design
    2. B Reduced drudgery and timely operations
    3. C Elimination of all skill needs
    4. D Greater delay in sowing necessarily
    💡 Explanation:

    Appropriate mechanization reduces labor drudgery and helps complete time-sensitive operations.

  10. Q10 medium

    Theoretical field capacity in hectares per hour is commonly calculated from width in metres and speed in km per hour as

    1. A Width divided by speed multiplied by 100
    2. B Speed divided by width only
    3. C Width multiplied by speed divided by 10
    4. D Fuel use divided by wheel radius
    💡 Explanation:

    The formula TFC = width(m) x speed(km/h) / 10 gives hectares per hour.

  11. Q11 medium

    Agricultural mechanization means the use of tools, machines and power to

    1. A Eliminate agronomy from farming
    2. B Replace crop management with guesswork
    3. C Improve timeliness and efficiency of farm operations
    4. D Increase manual drudgery deliberately
    💡 Explanation:

    Mechanization applies appropriate power and equipment to perform farm operations efficiently and on time.

  12. Q12 medium

    A common classification of farm power sources includes human, animal, mechanical, electrical and

    1. A Only chemical pesticides
    2. B Renewable energy sources
    3. C Only market prices
    4. D Only soil texture
    💡 Explanation:

    Farm power may come from muscle, engines, electricity and renewable sources such as solar or wind.

  13. Q13 medium

    The power take-off shaft of a tractor is used to

    1. A Transmit rotary power to implements
    2. B Measure soil pH directly
    3. C Store seed in the hopper
    4. D Lift water by capillarity only
    💡 Explanation:

    The PTO supplies rotary power from the tractor to machines such as mowers, balers and pumps.

  14. Q14 medium

    Drawbar horsepower is the power available for

    1. A Lighting the dashboard only
    2. B Pulling implements at the hitch
    3. C Running the radiator fan only
    4. D Measuring seed purity
    💡 Explanation:

    Drawbar power is the useful pulling power delivered through the tractor drawbar.

  15. Q15 medium

    Primary tillage is performed mainly to

    1. A Grade harvested grain
    2. B Spray insecticide only
    3. C Measure rainfall
    4. D Open and loosen the soil initially
    💡 Explanation:

    Primary tillage is the first major soil-working operation, usually deeper than secondary tillage.

  16. Q16 medium

    A mouldboard plough is best known for

    1. A Threshing paddy grains
    2. B Applying pesticide droplets
    3. C Harvesting cotton bolls
    4. D Cutting and inverting the soil slice
    💡 Explanation:

    The mouldboard lifts, turns and pulverizes the furrow slice.

  17. Q17 medium

    A disc plough is preferred over a mouldboard plough where soil is

    1. A Only liquid mud without traction
    2. B Hard, dry, sticky or trashy
    3. C Already finely pulverized
    4. D Stored in grain bags
    💡 Explanation:

    Disc ploughs penetrate and roll better in difficult or trashy soil conditions.

  18. Q18 medium

    A cultivator is commonly used for

    1. A Separating milk cream
    2. B Measuring atmospheric humidity
    3. C Intercultural operation and weed control
    4. D Testing seed germination in paper
    💡 Explanation:

    Cultivators loosen soil between rows and uproot young weeds.

  19. Q19 medium

    The main advantage of a seed drill is that it

    1. A Broadcasts seed randomly only
    2. B Threshes and cleans grain
    3. C Measures engine compression
    4. D Places seed at uniform depth and spacing
    💡 Explanation:

    Seed drills improve placement, seed rate control and crop stand uniformity.

  20. Q20 medium

    A precision planter is used mainly to

    1. A Invert the entire soil profile
    2. B Place individual seeds at predetermined spacing
    3. C Separate grain from straw
    4. D Pump pesticide into the engine
    💡 Explanation:

    Planters are designed for row crops where accurate seed spacing is important.

  21. Q21 medium

    Sprayer calibration is necessary to ensure

    1. A Maximum random drift
    2. B Incorrect nozzle discharge
    3. C The correct chemical application rate
    4. D Unmeasured tank leakage
    💡 Explanation:

    Calibration matches nozzle output, speed and pressure to the recommended dose.

  22. Q22 medium

    A knapsack sprayer is normally carried

    1. A Behind a combine header
    2. B Under a tractor axle only
    3. C Inside a grain silo
    4. D On the operator's back
    💡 Explanation:

    The knapsack sprayer is a portable sprayer worn on the back for small-area application.

  23. Q23 medium

    A combine harvester performs cutting, threshing and

    1. A Soil testing
    2. B Cleaning of grain
    3. C Fertilizer manufacturing
    4. D Irrigation scheduling only
    💡 Explanation:

    A combine combines several harvesting operations in one machine.

  24. Q24 medium

    The basic function of a thresher is to

    1. A Level a laser beam
    2. B Open irrigation canals
    3. C Separate grain from the harvested crop
    4. D Measure tractor emissions only
    💡 Explanation:

    Threshers separate grain or seed from straw, husk and heads.

  25. Q25 medium

    A rotavator pulverizes soil mainly through

    1. A Rotating blades or tines
    2. B Stationary concave sieves
    3. C A rain gauge funnel
    4. D A diesel injector nozzle only
    💡 Explanation:

    Rotary tillers use rotating blades to cut and mix the soil.

  26. Q26 medium

    A harrow is commonly used after ploughing to

    1. A Break clods and level the seedbed
    2. B Pick cotton lint from bolls
    3. C Inject fuel into cylinders
    4. D Thresh wheat ears
    💡 Explanation:

    Harrowing refines the seedbed by breaking clods and smoothing soil.

  27. Q27 medium

    Tractor stability is improved by a low center of gravity and

    1. A A higher hitch point only
    2. B Excessive side slope speed
    3. C A wider wheel track
    4. D No ballast under load
    💡 Explanation:

    A wider track and low center of gravity reduce overturning risk.

  28. Q28 medium

    The four strokes of a four-stroke diesel engine are suction, compression, power and

    1. A Sowing
    2. B Threshing
    3. C Harvesting
    4. D Exhaust
    💡 Explanation:

    Exhaust is the stroke in which burnt gases are expelled from the cylinder.

  29. Q29 medium

    The fuel injection pump in a diesel engine

    1. A Stores harvested grain
    2. B Meters and delivers fuel at high pressure
    3. C Controls seed germination
    4. D Measures soil compaction only
    💡 Explanation:

    Diesel engines require high-pressure, accurately timed fuel injection.

  30. Q30 medium

    Lubrication in farm machinery is done mainly to

    1. A Increase metal-to-metal contact
    2. B Block all bearings
    3. C Replace cooling water
    4. D Reduce friction, heat and wear
    💡 Explanation:

    Lubricants form a film that reduces wear and heat generation.

  31. Q31 medium

    The cooling system of a tractor engine removes

    1. A Seeds from the hopper
    2. B Excess heat from the engine
    3. C Grain from straw
    4. D Soil from roots only
    💡 Explanation:

    Cooling prevents overheating and maintains suitable engine operating temperature.

  32. Q32 medium

    A three-point hitch is used to

    1. A Measure pesticide residues
    2. B Attach and control mounted implements
    3. C Grade wheat by protein
    4. D Store engine oil only
    💡 Explanation:

    The three-point linkage connects mounted implements and enables depth or position control.

  33. Q33 medium

    The hydraulic system on a tractor is mainly used to

    1. A Increase seed dormancy
    2. B Dry harvested grain in sunlight
    3. C Lift and control implements
    4. D Record rainfall automatically
    💡 Explanation:

    Hydraulics provide controlled lifting and positioning of attached implements.

  34. Q34 medium

    Adding proper ballast to a tractor helps to

    1. A Increase fuel leakage
    2. B Reduce wheel slip and improve traction
    3. C Eliminate steering control
    4. D Reduce soil contact completely
    💡 Explanation:

    Correct ballast increases effective traction without excessive slip.

  35. Q35 medium

    Wheel slip in tractor operation causes

    1. A Perfect field efficiency
    2. B Loss of power and higher fuel consumption
    3. C Zero soil disturbance
    4. D Instant seed calibration
    💡 Explanation:

    Excessive slip wastes engine power, fuel and time.

  36. Q36 medium

    Correct tyre inflation in tractors affects traction and

    1. A Soil compaction
    2. B Seed viability only
    3. C Rainfall depth
    4. D Crop maturity group
    💡 Explanation:

    Tyre pressure influences contact area, traction, wear and compaction.

  37. Q37 medium

    A zero-till drill is designed to sow seed

    1. A With minimum soil disturbance
    2. B Only after deep puddling
    3. C Only by hand dibbling
    4. D After burning all residues necessarily
    💡 Explanation:

    Zero-till drills place seed into untilled or minimally disturbed soil.

  38. Q38 medium

    Laser land leveling improves irrigation mainly by

    1. A Increasing random field slopes
    2. B Blocking water entry into furrows
    3. C Reducing field capacity to zero
    4. D Making water distribution more uniform
    💡 Explanation:

    Laser leveling creates a precise grade, reducing water losses and uneven application.

  39. Q39 medium

    A reaper is used primarily to

    1. A Grind fertilizer
    2. B Cut standing crop
    3. C Pump irrigation water
    4. D Measure nozzle pressure
    💡 Explanation:

    Reapers cut standing crops and usually lay them in rows or bundles.

  40. Q40 medium

    A happy seeder is useful because it can sow wheat

    1. A Only after all residue is burnt
    2. B Only in flooded fish ponds
    3. C Into fields with standing or retained rice residue
    4. D Only by aerial broadcasting
    💡 Explanation:

    Happy seeders allow wheat sowing while managing rice residue without burning.

  41. Q41 medium

    A rice transplanter is used to

    1. A Plant rice seedlings at uniform spacing
    2. B Thresh wheat straw
    3. C Spray orchard trees only
    4. D Grade cotton lint
    💡 Explanation:

    Rice transplanters mechanically place seedlings in rows at regular spacing.

  42. Q42 medium

    An axial-flow pump is generally suitable where the requirement is

    1. A Very low discharge at very high head only
    2. B Seed metering in rows
    3. C Grain threshing
    4. D High discharge at low head
    💡 Explanation:

    Axial-flow pumps move large volumes of water against relatively low lift.

  43. Q43 medium

    A centrifugal pump works by converting rotational energy into

    1. A Seed dormancy
    2. B Water pressure and flow
    3. C Grain protein
    4. D Soil pH only
    💡 Explanation:

    The impeller imparts velocity to water, which is converted into pressure and flow.

  44. Q44 medium

    A chisel plough is mainly used for

    1. A Cleaning combine sieves
    2. B Spraying pesticides
    3. C Transplanting nursery seedlings
    4. D Deep tillage with less soil inversion
    💡 Explanation:

    Chisel ploughs loosen deeper layers while leaving more residue near the surface.

  45. Q45 medium

    A subsoiler is used to

    1. A Break hardpan below normal plough depth
    2. B Clean harvested grain
    3. C Apply foliar spray only
    4. D Measure evapotranspiration
    💡 Explanation:

    Subsoilers fracture compacted layers that restrict roots and infiltration.

  46. Q46 medium

    A leveling blade or land plane is used mainly for

    1. A Separating cream from milk
    2. B Increasing seed dormancy
    3. C Smoothing and leveling the field surface
    4. D Testing pesticide purity
    💡 Explanation:

    These implements redistribute soil to create a smoother field surface.

  47. Q47 medium

    In a sprayer, nozzle type strongly affects

    1. A Droplet size and spray pattern
    2. B Tractor engine compression
    3. C Grain moisture in storage
    4. D Soil organic carbon only
    💡 Explanation:

    Nozzles determine discharge, droplet spectrum and coverage pattern.

  48. Q48 medium

    A boom sprayer is preferred for field crops because it

    1. A Threshes grain while spraying
    2. B Measures soil texture directly
    3. C Covers a wide and uniform swath
    4. D Plants seedlings in hills only
    💡 Explanation:

    The boom carries multiple nozzles at fixed spacing for uniform field coverage.

  49. Q49 medium

    Combine harvester losses are commonly grouped as header, threshing and

    1. A Separation or cleaning losses
    2. B Rainfall losses only
    3. C Soil pH losses
    4. D Fertilizer manufacturing losses
    💡 Explanation:

    Loss assessment divides grain loss by machine sections such as header, threshing and separation or cleaning.

  50. Q50 medium

    Effective field capacity of a machine is usually expressed as

    1. A Kilograms per litre only
    2. B Millimetres of rainfall
    3. C Seeds per gram only
    4. D Hectares per hour
    💡 Explanation:

    Field capacity measures the area a machine actually covers per unit time.

  51. Q51 Past Paper · PPSC/FPSC/NTS easy

    Tube well mechanization in Pakistan often uses

    1. A only animal-drawn Persian wheels exclusively now
    2. B only rainfed catchments without pumps
    3. C only hand watering cans
    4. D electric or diesel engines to lift groundwater
    💡 Explanation:

    Motorized tubewells expanded irrigated area.

  52. Q52 medium

    Mechanization can increase cropping intensity by

    1. A always reducing number of crops per year
    2. B speeding operations and enabling timely sowing/harvest
    3. C eliminating irrigation need
    4. D banning fertilizers
    💡 Explanation:

    Timeliness from machines supports multiple crops.

  53. Q53 Past Paper · PPSC/FPSC/NTS medium

    A major constraint to small-farm mechanization is

    1. A excess free tractors for every acre
    2. B zero custom hiring demand
    3. C absence of any wheat crop
    4. D high capital cost and fragmented holdings
    💡 Explanation:

    Cost and scale limit ownership; custom hiring helps.

  54. Q54 easy

    Custom hiring centers / service providers help by

    1. A banning all shared equipment
    2. B increasing idle tractor time as policy
    3. C renting machines to farmers who cannot own them
    4. D removing skilled operators
    💡 Explanation:

    Hiring services spread mechanization benefits.

  55. Q55 Past Paper · PPSC/FPSC/NTS easy

    Multi-crop threshers are popular in Pakistan for

    1. A only pruning mango
    2. B only laser leveling
    3. C only drip tape laying
    4. D threshing wheat and other crops with less labor
    💡 Explanation:

    Threshers are widespread postharvest machines.

  56. Q56 easy

    Mechanized sowing improves yields mainly through

    1. A adding mystical soil energy
    2. B eliminating all weeds forever without herbicides
    3. C stopping photosynthesis losses entirely
    4. D timely and uniform crop establishment
    💡 Explanation:

    Uniform depth/spacing and timeliness drive establishment.

  57. Q57 medium

    Government tractor schemes historically aimed to

    1. A replace all crops with machines as food
    2. B ban custom hiring
    3. C eliminate tubewells
    4. D expand farm power availability for small and medium farmers
    💡 Explanation:

    Subsidized tractor programs sought wider mechanization access.

  58. Q58 medium

    Hitch categories (e.g., three-point hitch) standardize

    1. A seed variety names
    2. B pesticide WHO classes
    3. C attachment of implements to tractors
    4. D livestock breed registries
    💡 Explanation:

    Three-point hitch systems enable quick implement changes.

  59. Q59 hard

    The rotavator's fine tilth can sometimes cause

    1. A deeper hardpans automatically healing
    2. B increased earthworm counts always
    3. C zero need for irrigation forever
    4. D faster moisture loss and soil structure concerns if overused
    💡 Explanation:

    Over-pulverization has soil physical trade-offs.

  60. Q60 easy

    Animal-drawn implements still matter where

    1. A only corporate mega-farms exist
    2. B electricity is unlimited and free
    3. C holdings are small and capital for tractors is limited
    4. D combines are mandatory by law
    💡 Explanation:

    Draught animals remain relevant in some systems.

  61. Q61 medium

    Energy efficiency in mechanization improves when farmers

    1. A run engines with clogged filters always
    2. B plough the same field ten extra times
    3. C ignore tyre pressure
    4. D maintain engines, avoid unnecessary passes and match loads
    💡 Explanation:

    Maintenance and fewer passes save fuel.

  62. Q62 easy

    Front-end loaders on tractors help with

    1. A threshing basmati
    2. B loading manure, soil and farm materials
    3. C calibrating boom nozzles
    4. D AI of cattle
    💡 Explanation:

    Loaders add material-handling capability.

  63. Q63 easy

    Balers package

    1. A wet concrete
    2. B straw or hay into compact bales for handling and storage
    3. C live fish
    4. D pesticide concentrate drums
    💡 Explanation:

    Baling eases residue and fodder logistics.

  64. Q64 medium

    Rice transplanters are used to

    1. A harvest wheat with cutters
    2. B spray orchards
    3. C place rice seedlings in puddled fields at set spacing
    4. D level deserts with lasers only
    💡 Explanation:

    Transplanters save labor in rice systems.

  65. Q65 easy

    A potato planter/digger mechanizes

    1. A planting and harvesting of potato tubers
    2. B cotton ginning
    3. C rice puddling only
    4. D date pollination
    💡 Explanation:

    Specialized machines suit tuber crops.

  66. Q66 medium

    Precision agriculture machinery may use

    1. A GPS guidance and variable-rate applicators
    2. B only wooden ploughs
    3. C only animal yokes
    4. D only hand dibblers
    💡 Explanation:

    Digital guidance optimizes input placement.

  67. Q67 Past Paper · PPSC/FPSC/NTS easy

    Safety in mechanization requires

    1. A removing all shields for convenience
    2. B guards on PTO, trained operators and safe hitching
    3. C children riding drawbars routinely
    4. D refueling on hot engines casually
    💡 Explanation:

    Farm machinery accidents are reduced by discipline and guards.

  68. Q68 hard

    Wheel ballast and correct tyre pressure improve

    1. A seed germination chemistry
    2. B pesticide mode of action
    3. C traction and reduce slippage/soil compaction issues
    4. D milk yield of Sahiwal
    💡 Explanation:

    Ballast and pressure affect pull and soil impact.

  69. Q69 medium

    Matching implement size to tractor power prevents

    1. A overload, poor work quality and excessive fuel use
    2. B all soil erosion forever
    3. C need for any operator skill
    4. D tyre inflation checks
    💡 Explanation:

    Proper matching improves efficiency and machine life.

  70. Q70 Past Paper · PPSC/FPSC/NTS medium

    Appropriate mechanization means choosing machines that

    1. A fit farm size, crops, labor and economics of the area
    2. B are always the largest combine available
    3. C ignore operator training
    4. D maximize soil compaction
    💡 Explanation:

    Fit-for-purpose machines beat oversized prestige purchases.

  71. Q71 Past Paper · PPSC/FPSC/NTS easy

    Laser land leveling improves

    1. A tractor fuel octane
    2. B seed protein overnight
    3. C irrigation uniformity and water use efficiency
    4. D pest resistance genes
    💡 Explanation:

    Precise leveling reduces waterlogging and dry spots.

  72. Q72 Past Paper · PPSC/FPSC/NTS easy

    Agricultural mechanization means

    1. A only hand tools with zero engines
    2. B using machines and power to perform farm operations
    3. C only livestock grazing without implements
    4. D only software without field machines
    💡 Explanation:

    Mechanization applies mechanical power and implements to farming tasks.

  73. Q73 Past Paper · PPSC/FPSC/NTS easy

    A tractor's main role on Pakistani farms is to

    1. A replace irrigation water entirely
    2. B provide mobile power for tillage, transport and PTO implements
    3. C fix nitrogen fertilizer
    4. D pollinate fruit trees
    💡 Explanation:

    Tractors are the core power unit for many field operations.

  74. Q74 Past Paper · PPSC/FPSC/NTS easy

    PTO on a tractor stands for

    1. A Plough Tillage Only
    2. B Pump Transfer Outlet
    3. C Pneumatic Tyre Option
    4. D Power Take-Off
    💡 Explanation:

    PTO transfers engine power to implements like rotavators and threshers.

  75. Q75 Past Paper · PPSC/FPSC/NTS easy

    A mouldboard plough is primarily used for

    1. A primary tillage to invert soil
    2. B harvesting wheat heads
    3. C spraying insecticides
    4. D milking dairy cows
    💡 Explanation:

    MB ploughs cut, lift and invert furrows for seedbed preparation.

  76. Q76 medium

    A disc plough is often preferred in

    1. A only puddled rice with zero discs
    2. B only orchard pruning
    3. C hard, sticky or trashy soils where MB ploughs struggle
    4. D only fish pond aeration
    💡 Explanation:

    Disc ploughs handle difficult soil/trash conditions better in many cases.

  77. Q77 easy

    A cultivator is generally used for

    1. A deep primary inversion like a subsoiler always
    2. B combine harvesting
    3. C cotton ginning
    4. D secondary tillage and interculture to loosen soil and control weeds
    💡 Explanation:

    Cultivators stir soil and manage weeds between operations.

  78. Q78 Past Paper · PPSC/FPSC/NTS easy

    A rotavator (rotary tiller) prepares seedbeds by

    1. A rotating tines that pulverize soil
    2. B only cutting mature cane
    3. C only baling straw
    4. D only grading fruit
    💡 Explanation:

    Rotavators create fine tilth quickly for many crops.

  79. Q79 Past Paper · PPSC/FPSC/NTS easy

    A seed drill is designed to

    1. A broadcast fertilizer by aircraft only
    2. B place seed at uniform depth and spacing with soil cover
    3. C spray herbicides only
    4. D dig tubewells
    💡 Explanation:

    Drills improve germination through controlled seed placement.

  80. Q80 Past Paper · PPSC/FPSC/NTS medium

    Zero-till drills help conservation agriculture by

    1. A requiring deep ploughing every pass
    2. B sowing into untilled or minimally tilled residue-covered soil
    3. C burning all residues first always
    4. D flooding fields before every sowing
    💡 Explanation:

    Zero-till reduces tillage passes and conserves soil moisture.

  81. Q81 easy

    A fertilizer broadcaster distributes

    1. A only liquid pesticides through nozzles
    2. B only wheat grain into bags
    3. C granular fertilizer over the field surface
    4. D only canal water
    💡 Explanation:

    Broadcasting spreads fertilizer; placement drills are more precise.

  82. Q82 easy

    Boom sprayers are used to

    1. A plough hard pans
    2. B apply pesticides or liquid fertilizers uniformly
    3. C thresh wheat
    4. D chisel subsoil only
    💡 Explanation:

    Sprayers atomize and distribute spray liquids.

  83. Q83 Past Paper · PPSC/FPSC/NTS medium

    Calibration of a sprayer ensures

    1. A random dose every pass
    2. B correct application rate per hectare
    3. C blocked nozzles as a goal
    4. D zero agitation in the tank always
    💡 Explanation:

    Calibration matches nozzle output, speed and swath to the target rate.

  84. Q84 Past Paper · PPSC/FPSC/NTS easy

    A combine harvester performs

    1. A reaping, threshing and cleaning of grain in one machine
    2. B only ploughing
    3. C only transplanting rice
    4. D only drip irrigation
    💡 Explanation:

    Combines integrate harvest operations for cereals and similar crops.

  85. Q85 easy

    A reaper is mainly used to

    1. A cut and windrow cereal crops
    2. B deep rip soil pans
    3. C gin cotton lint
    4. D grade mangoes
    💡 Explanation:

    Reapers cut crop for later threshing.

  86. Q86 easy

    Threshers separate

    1. A soil layers by colour
    2. B fish from water
    3. C grain from straw and chaff
    4. D milk fat from cream only
    💡 Explanation:

    Mechanical threshers replace much hand threshing.

  87. Q87 medium

    A chisel plough / subsoiler is intended to

    1. A invert the entire topsoil like MB plough always
    2. B harvest potatoes
    3. C break compacted hardpans with minimal inversion
    4. D spray orchards
    💡 Explanation:

    Deep ripping improves drainage and root penetration.

  88. Q88 easy

    Inter-row cultivators help to

    1. A harvest fruit trees
    2. B apply only granular urea by air
    3. C dig tubewell bores
    4. D control weeds between crop rows
    💡 Explanation:

    Mechanical interculture reduces early weed competition.

  89. Q89 easy

    Trailer and trolley implements are important for

    1. A on-farm transport of inputs and produce
    2. B photosynthesis measurement
    3. C soil texture analysis
    4. D virus indexing
    💡 Explanation:

    Transport mechanization cuts labor and time costs.

  90. Q90 easy

    A ridger is used to

    1. A form ridges and furrows for crops like cotton and maize
    2. B bale wheat straw
    3. C milk buffaloes
    4. D aerate fish ponds
    💡 Explanation:

    Ridging supports irrigated row crops and drainage.