Transportation Engineering and Highway Design MCQs 2026

80 questions with detailed answers · 30 from past papers · 8 quiz batches available

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Page 1 of 1Questions 1–10 of 80
  1. Q1easy

    Reconnaissance survey selects

    1. APavement mix formula only
    2. BBridge reinforcement detail only
    3. CGeneral route corridor
    4. DTraffic signal phasing only
    💡 Explanation:

    Initial alignment study compares feasible corridors

  2. Q2medium

    Preliminary survey provides

    1. AOnly soil colour map
    2. BOnly property tax data
    3. COnly rainfall only
    4. DAlignment and profile for detailed design
    💡 Explanation:

    Preliminary fixes horizontal and vertical alignment

  3. Q3medium

    Earthwork mass haul diagram balances

    1. ACut and fill volumes
    2. BTraffic ESAL
    3. CSignal timing
    4. DBridge bearings
    💡 Explanation:

    Mass diagram minimizes haul distance in road construction

  4. Q4Past Paper · PPSC/FPSC/NTSeasy

    Stopping distance increases with

    1. ALower speed only
    2. BHigher speed and wet pavement
    3. CDry pavement always decreases it
    4. DFlat grade always halves it
    💡 Explanation:

    Friction and speed strongly affect braking distance

  5. Q5Past Paper · PPSC/FPSC/NTShard

    Coefficient of lateral friction used in superelevation design is about

    1. A1.0
    2. B0.0
    3. C0.15 for highway design
    4. D0.9
    💡 Explanation:

    Side friction supplements superelevation on curves

  6. Q6medium

    Widening on horizontal curves compensates for

    1. AIncreased ESAL only
    2. BReduced rainfall
    3. CHigher CBR
    4. DOff-tracking of long vehicles
    💡 Explanation:

    Extra lane width helps trucks negotiate curves

  7. Q7medium

    Pavement deflection testing uses

    1. APenetration needle for bitumen only
    2. BSeismic accelerometer only
    3. CBenkelman beam or FWD
    4. DWind vane only
    💡 Explanation:

    Deflection data evaluates structural capacity of existing pavements

  8. Q8Past Paper · PPSC/FPSC/NTSmedium

    Cut slope stability in road projects requires

    1. AOnly traffic count
    2. BGeotechnical investigation and benching
    3. COnly paint schedule
    4. DOnly signal warrants
    💡 Explanation:

    Hill road cuts need slope protection in Pakistan mountains

  9. Q9easy

    Bituminous wearing course function is

    1. ASubgrade compaction
    2. BFoundation bearing
    3. CBridge cable stay
    4. DSmooth skid-resistant surface
    💡 Explanation:

    Wearing course takes traffic abrasion and weather

  10. Q10medium

    Geometric design for bus stops on urban arterials considers

    1. ABay layout and sight distance
    2. BOnly harbour fender
    3. COnly dam freeboard
    4. DOnly railway sleeper
    💡 Explanation:

    Bus bays affect traffic flow and pedestrian safety

  11. Q11easy

    Rest area spacing on long Pakistani motorways considers

    1. AOnly agricultural seasons
    2. BOnly river sediment
    3. COnly airport crosswind
    4. DDriver fatigue and fuel services
    💡 Explanation:

    Highway amenities planned for safe long-distance travel

  12. Q12Past Paper · PPSC/FPSC/NTSmedium

    Weight-in-motion WIM stations measure

    1. ABitumen softening point
    2. BConcrete slump
    3. CAxle weights at highway speed
    4. DGroundwater depth only
    💡 Explanation:

    WIM enforces overload control protecting pavements

  13. Q13medium

    Pavement recycling methods include

    1. AHot in-place and cold in-place recycling
    2. BOnly complete landfilling of road
    3. COnly rail ballast tamping
    4. DOnly dredging
    💡 Explanation:

    Recycling reduces material cost and environmental impact

  14. Q14hard

    Design exception documents

    1. ARandom design change without review
    2. BApproved deviation from standards with justification
    3. COnly contractor invoice
    4. DOnly paint colour change
    💡 Explanation:

    Exceptions require engineering study when standards cannot be met

  15. Q15medium

    Conflict point at unsignalized intersection is

    1. AOnly toll booth
    2. BOnly railway station
    3. CLocation where paths cross merge or diverge
    4. DOnly dam gallery
    💡 Explanation:

    Number of conflict points indicates intersection safety

  16. Q16easy

    Traffic calming measures include

    1. ASpeed humps chicanes and narrowing
    2. BHigher speed limits always
    3. CRemoval of all pedestrians
    4. DUnlimited parking on carriageway
    💡 Explanation:

    Calming reduces speeds in residential areas

  17. Q17Past Paper · PPSC/FPSC/NTShard

    Design hourly volume DHV is typically

    1. AMinimum hourly volume
    2. B30th highest hourly volume of year
    3. CAverage of all hours only
    4. DPeak 15 seconds only
    💡 Explanation:

    DHV used with K factor for capacity design

  18. Q18Past Paper · PPSC/FPSC/NTSeasy

    NHA Pakistan administers

    1. AOnly urban parks
    2. BOnly airport runways
    3. COnly harbour berths
    4. DNational highways and motorways
    💡 Explanation:

    NHA manages major intercity road infrastructure in Pakistan

  19. Q19medium

    Formation width comprises

    1. AOnly pavement thickness
    2. BCarriageway plus shoulders and medians if any
    3. COnly drainage pipe diameter
    4. DOnly signboard area
    💡 Explanation:

    Formation is total width of road structure

  20. Q20Past Paper · PPSC/FPSC/NTSeasy

    Flexible pavement primary load spreading layer is

    1. APlain cement concrete slab only
    2. BSteel rail
    3. CGravel without binding
    4. DBituminous surface and base
    💡 Explanation:

    Flexible pavements deform under load distributing stress

  21. Q21Past Paper · PPSC/FPSC/NTSeasy

    Rigid pavement main structural layer is

    1. APortland cement concrete slab
    2. BOnly chip seal
    3. COnly subgrade soil
    4. DOnly geotextile
    💡 Explanation:

    Rigid pavement uses slab action for load distribution

  22. Q22Past Paper · PPSC/FPSC/NTSeasy

    CBR test measures

    1. ABitumen penetration
    2. BStrength of subgrade soil
    3. CConcrete compressive strength
    4. DWind speed at airport
    💡 Explanation:

    California Bearing Ratio indicates soil support value

  23. Q23easy

    Subgrade is

    1. ATop wearing course
    2. BBridge deck
    3. CPrepared natural soil beneath pavement
    4. DTraffic signal
    💡 Explanation:

    Subgrade must be compacted to required density and CBR

  24. Q24Past Paper · PPSC/FPSC/NTSmedium

    ESAL stands for

    1. AEstimated Speed At Limit
    2. BExtra Surface Area Layer
    3. CElastic Strain And Load
    4. DEquivalent Single Axle Load
    💡 Explanation:

    ESAL converts mixed traffic to standard axle repetitions for design

  25. Q25Past Paper · PPSC/FPSC/NTSmedium

    Traffic capacity of highway lane in ideal conditions can reach about

    1. A50 pcu/hour
    2. B2000 to 2400 pcu/hour
    3. C10000 pcu/hour always
    4. D100 pcu/hour
    💡 Explanation:

    Capacity depends on lane width, shoulders, and traffic mix

  26. Q26medium

    Level of Service LOS describes

    1. AQuality of traffic flow
    2. BPavement colour quality
    3. CBridge architectural grade
    4. DSoil plasticity only
    💡 Explanation:

    LOS ranges from A free flow to F forced breakdown

  27. Q27hard

    Peak Hour Factor adjusts

    1. ADesign speed to gradient
    2. BCBR to ESAL
    3. CHourly volume to peak 15-minute flow
    4. DSight distance to camber
    💡 Explanation:

    PHF converts hourly counts to peak flow rate within hour

  28. Q28Past Paper · PPSC/FPSC/NTSmedium

    Rotary intersection suits

    1. AVery high fast traffic on all legs
    2. BModerate traffic with roughly equal legs
    3. CZero traffic
    4. DRailway crossing only
    💡 Explanation:

    Rotary reduces conflicting movements at moderate flows

  29. Q29medium

    Warrant for traffic signals considers

    1. AVolume pedestrian and safety criteria
    2. BOnly pavement type
    3. COnly road name
    4. DOnly toll revenue
    💡 Explanation:

    MUTCD-style warrants justify signal installation

  30. Q30easy

    All-red interval in signal timing provides

    1. AExtra green for all
    2. BPermanent stop
    3. CClearance before next green
    4. DPedestrian prohibition always
    💡 Explanation:

    All-red clears intersection before conflicting green

  31. Q31medium

    Amber clearance time depends on

    1. ABridge span only
    2. BSubgrade CBR only
    3. CWind rose only
    4. DApproach speed and intersection width
    💡 Explanation:

    Yellow allows vehicles to clear or stop safely

  32. Q32medium

    Pavement design factor NOT directly used in empirical methods

    1. ATraffic loading ESALs
    2. BDriver age distribution
    3. CSubgrade strength
    4. DMaterial layer coefficients
    💡 Explanation:

    Empirical design uses traffic, materials, environment, reliability

  33. Q33easy

    Granular sub-base in flexible pavement provides

    1. AOnly decorative surface
    2. BOnly paint marking
    3. CDrainage and load spreading
    4. DOnly noise barrier
    💡 Explanation:

    Sub-base supports base course and improves drainage

  34. Q34easy

    Bituminous base course typically uses

    1. APlain mud
    2. BUncured cement slurry only
    3. CRail ballast only
    4. DDense graded hot mix asphalt
    💡 Explanation:

    Base course distributes load to sub-base and subgrade

  35. Q35medium

    Prime coat is applied to

    1. AGranular base before bituminous layer
    2. BFinished wearing course
    3. CBridge parapet
    4. DTraffic sign face
    💡 Explanation:

    Prime coat seals base and promotes bond with bituminous layer

  36. Q36Past Paper · PPSC/FPSC/NTSmedium

    Tack coat purpose is

    1. ADrainage of subgrade
    2. BIncrease road width
    3. CPaint lane lines
    4. DBond between bituminous layers
    💡 Explanation:

    Tack coat ensures adhesion between HMA lifts

  37. Q37Past Paper · PPSC/FPSC/NTSmedium

    Axle load survey is needed for

    1. ASelecting road name
    2. BEstimating design traffic loading
    3. CChoosing toll rates only
    4. DBridge paint colour
    💡 Explanation:

    Legal and illegal overloads affect pavement life significantly

  38. Q38easy

    Highway alignment balances

    1. AEconomy safety and environmental factors
    2. BOnly shortest distance always
    3. COnly maximum gradient always
    4. DOnly urban aesthetics only
    💡 Explanation:

    Alignment follows terrain while meeting geometric standards

  39. Q39Past Paper · PPSC/FPSC/NTSeasy

    Highway drainage includes

    1. AOnly superelevation
    2. BOnly signal timing
    3. CCrown drains culverts and side drains
    4. DOnly axle load only
    💡 Explanation:

    Surface and subsurface drainage protect pavement structure

  40. Q40easy

    Reflective pavement markers improve

    1. ANight time lane guidance
    2. BSubgrade CBR
    3. CDam spillway capacity
    4. DRailway cant
    💡 Explanation:

    RPMs enhance visibility in dark and rain

  41. Q41medium

    Pavement rut depth indicates

    1. AElastic recovery only
    2. BBridge deflection only
    3. CWind erosion only
    4. DPermanent deformation in wheel paths
    💡 Explanation:

    Rutting from heavy loads signals structural or mix issues

  42. Q42easy

    Service road parallel to motorway serves

    1. AHigh speed through traffic
    2. BLocal access and frontage properties
    3. CAircraft landing
    4. DShip berthing
    💡 Explanation:

    Frontage roads isolate local trips from mainline

  43. Q43Past Paper · PPSC/FPSC/NTSeasy

    Motorway access control means

    1. AUnlimited driveways
    2. BPedestrian crossings every 100 m
    3. CLimited entry and exit at interchanges only
    4. DOpen frontage development
    💡 Explanation:

    Controlled access maintains high speed and safety

  44. Q44medium

    Intelligent Transport Systems may include

    1. AVariable message signs and incident detection
    2. BOnly manual flag control always
    3. COnly horse carts
    4. DOnly railway signals
    💡 Explanation:

    ITS improves safety and efficiency on motorways

  45. Q45medium

    Traffic impact assessment is required for

    1. AOnly interior painting
    2. BOnly garden design
    3. COnly roof waterproofing
    4. DMajor developments affecting road network
    💡 Explanation:

    TIA evaluates additional trips from new land uses

  46. Q46medium

    Pavement life cycle cost includes

    1. AOnly paint cost
    2. BOnly signage font
    3. CInitial construction and maintenance costs
    4. DOnly land title fee
    💡 Explanation:

    LCCA compares alternatives over analysis period

  47. Q47hard

    Extra widening formula includes terms for

    1. AOnly ESAL and CBR
    2. BMechanical widening and psychological widening
    3. COnly wind load
    4. DOnly toll collection
    💡 Explanation:

    Both off-tracking and driver clearance considered

  48. Q48Past Paper · PPSC/FPSC/NTSmedium

    Hairpin bend design in mountains needs

    1. AMaximum highway speed always
    2. BNo superelevation
    3. CSmall radius with transition and warning signs
    4. DZero sight distance
    💡 Explanation:

    Tight curves on hill roads need special geometric treatment

  49. Q49hard

    Shy distance on curves relates to

    1. AVertical sag only
    2. BESAL only
    3. CSignal cycle only
    4. DLateral clearance to obstacles
    💡 Explanation:

    Drivers shy away from roadside objects on curves

  50. Q50easy

    Median on divided highway improves

    1. ASafety by separating opposing traffic
    2. BDrainage of subgrade only
    3. CBitumen oxidation only
    4. DPedestrian shopping access
    💡 Explanation:

    Medians reduce head-on collisions

  51. Q51Past Paper · PPSC/FPSC/NTSeasy

    Rural road design in Pakistan often follows

    1. ANo standards
    2. BNHA and provincial design standards
    3. COnly airport ICAO
    4. DOnly railway RDSO only
    💡 Explanation:

    NHA standards govern national and provincial highway projects

  52. Q52medium

    Skid resistance of pavement is tested by

    1. ACBR apparatus
    2. BLiquid limit device
    3. CBritish pendulum or sand patch
    4. DProctor hammer only
    💡 Explanation:

    Adequate friction prevents wet weather skidding

  53. Q53medium

    Pavement roughness affects

    1. ASeismic zone only
    2. BUser comfort and vehicle operating cost
    3. CHarbour tide only
    4. DRailway gauge only
    💡 Explanation:

    IRI measures roughness impacting economics and safety

  54. Q54hard

    Basic freeway segment capacity assumes

    1. ASignal every 100 m
    2. BMixed bullock carts only
    3. CUnpaved surface
    4. DNo lateral obstructions and free flow
    💡 Explanation:

    Ideal segments isolate factors affecting capacity

  55. Q55medium

    Origin-destination study identifies

    1. ATrip patterns between zones
    2. BBitumen grade only
    3. CConcrete cube strength only
    4. DWind direction only
    💡 Explanation:

    O-D data supports route planning and public transport

  56. Q56easy

    Spot speed study uses

    1. AOnly origin-destination interview
    2. BOnly soil sampling
    3. COnly rainfall gauge
    4. DRadar or loop detector at point
    💡 Explanation:

    Spot speed gives distribution at specific location

  57. Q57medium

    Journey speed versus running speed

    1. AThey are always identical
    2. BRunning includes parking time
    3. CJourney includes delays running excludes stops
    4. DJourney excludes travel time
    💡 Explanation:

    Traffic studies distinguish interrupted and uninterrupted flow

  58. Q58Past Paper · PPSC/FPSC/NTSeasy

    PCU stands for

    1. APavement Compaction Unit
    2. BPassenger Car Unit
    3. CPeak Capacity Utilization
    4. DPortland Cement Uniformity
    💡 Explanation:

    Mixed traffic converted to equivalent passenger cars

  59. Q59medium

    Design vehicle for Pakistani highways often includes

    1. AHeavy commercial truck and bus
    2. BOnly bicycle
    3. COnly motorcycle as sole design vehicle
    4. DOnly aircraft
    💡 Explanation:

    Geometrics must accommodate design vehicle turning and clearance

  60. Q60Past Paper · PPSC/FPSC/NTSmedium

    Climbing lane is added on upgrades to

    1. AIncrease gradient
    2. BReduce sight distance
    3. CSeparate slow heavy vehicles
    4. DEliminate shoulders
    💡 Explanation:

    Extra lane on hills improves capacity and safety

  61. Q61Past Paper · PPSC/FPSC/NTSeasy

    Grade separated intersection eliminates

    1. ACross conflicts at different levels
    2. BAll turning movements at grade
    3. CNeed for bridges
    4. DAll pedestrian crossings always
    💡 Explanation:

    Flyovers and underpasses separate conflicting streams

  62. Q62easy

    Channelization at intersection

    1. AEliminates all conflicts automatically
    2. BGuides vehicles to proper lanes
    3. CReplaces pavement design
    4. DMeasures CBR
    💡 Explanation:

    Islands and markings organize movements

  63. Q63hard

    Traffic rotary capacity reduces when

    1. AAll roads are one-way
    2. BPedestrians are absent
    3. CPavement is rigid
    4. DWeaving length is insufficient
    💡 Explanation:

    Short weaving causes conflicts lowering rotary throughput

  64. Q64easy

    AASHTO green book influences

    1. AOnly railway gauge
    2. BGeometric design standards in practice
    3. COnly harbour dredging
    4. DOnly dam spillway
    💡 Explanation:

    Pakistani designers reference international geometric standards

  65. Q65medium

    Overlay design addresses

    1. AStructural and functional deficiencies
    2. BOnly lane marking fade
    3. COnly sign replacement
    4. DOnly toll plaza
    💡 Explanation:

    Overlays restore ride and capacity without full reconstruction

  66. Q66easy

    Right of way width includes

    1. AOnly lane width
    2. BOnly footpath
    3. COnly building setback
    4. DCarriageway shoulders and marginal land
    💡 Explanation:

    ROW accommodates future widening and utilities

  67. Q67Past Paper · PPSC/FPSC/NTSeasy

    Camber or cross fall on pavements is about

    1. A10 to 15 percent
    2. B0 percent always
    3. C2 to 3 percent
    4. D20 percent
    💡 Explanation:

    Cross slope drains rainwater to edges quickly

  68. Q68easy

    Minimum gradient on roads is provided for

    1. ADrainage of surface water
    2. BIncreasing ESAL
    3. CReducing sight distance
    4. DEliminating camber
    💡 Explanation:

    Insufficient slope causes ponding on pavement

  69. Q69medium

    Exceptional gradient may be allowed up to about

    1. A30 percent
    2. B7 to 8 percent for short length
    3. C1 percent
    4. D0 percent
    💡 Explanation:

    Short steep sections may exceed ruling gradient with restrictions

  70. Q70Past Paper · PPSC/FPSC/NTSmedium

    Ruling gradient on highways in hilly areas of Pakistan is about

    1. A20 percent
    2. B0.5 percent
    3. C15 percent
    4. D5 to 6 percent
    💡 Explanation:

    Ruling gradient is normal max for sustained climb

  71. Q71Past Paper · PPSC/FPSC/NTShard

    K-value in vertical curve design relates to

    1. APavement thickness only
    2. BCBR of subgrade
    3. CSight distance and algebraic grade change
    4. DTraffic signal cycle
    💡 Explanation:

    K = L/A where L is length and A is algebraic difference of grades

  72. Q72Past Paper · PPSC/FPSC/NTSeasy

    Vertical curve summit type is used when

    1. AGrade changes from positive to negative
    2. BGrade changes negative to positive
    3. CRoad is horizontal only
    4. DBridge starts
    💡 Explanation:

    Sag curve for valley; summit for hilltop

  73. Q73medium

    Transition curve is provided to

    1. AEliminate all sight distance
    2. BGradually introduce superelevation and curvature
    3. CReplace vertical curves
    4. DStop overtaking
    💡 Explanation:

    Spiral eases steering and appearance between tangent and circular curve

  74. Q74Past Paper · PPSC/FPSC/NTSmedium

    Maximum superelevation in plain terrain per Pakistani practice is about

    1. A7 to 10 percent
    2. B50 percent
    3. C0 percent always
    4. D25 percent
    💡 Explanation:

    Climate and urban constraints limit max superelevation

  75. Q75Past Paper · PPSC/FPSC/NTSeasy

    Superelevation on curves counteracts

    1. AGravity only
    2. BWind load on bridges
    3. CCentrifugal force on vehicle
    4. DAxle load repetition
    💡 Explanation:

    Banking helps vehicle stay on curve at design speed

  76. Q76easy

    Horizontal curve radius is increased when

    1. ADesign speed decreases
    2. BTraffic volume is zero
    3. CRoad is unpaved
    4. DDesign speed increases
    💡 Explanation:

    Higher speed needs larger radius for comfort and safety

  77. Q77medium

    Intermediate sight distance is usually

    1. AEqual to SSD
    2. BHalf of SSD
    3. CTwice stopping sight distance
    4. DTen times SSD
    💡 Explanation:

    ISD = 2 × SSD for intermediate hazard visibility

  78. Q78Past Paper · PPSC/FPSC/NTSmedium

    Overtaking sight distance is required on

    1. AOne-way urban streets only
    2. BParking lots only
    3. CRailway platforms
    4. DTwo-lane two-way roads
    💡 Explanation:

    OSD allows safe passing maneuvers on undivided highways

  79. Q79Past Paper · PPSC/FPSC/NTSeasy

    Stopping sight distance depends on

    1. AOnly vehicle colour
    2. BPerception-reaction distance and braking distance
    3. COnly lane width
    4. DOnly guardrail height
    💡 Explanation:

    SSD = reaction distance + braking distance on level grade

  80. Q80Past Paper · PPSC/FPSC/NTSeasy

    Design speed on highways primarily affects

    1. AGeometric design elements
    2. BOnly pavement colour
    3. COnly toll plaza location
    4. DOnly road signs font
    💡 Explanation:

    Sight distance, curvature, and superelevation depend on design speed