1. A district road with a bituminous pavement has a horizontal curve of 1000 m for a design speed of 75 km ph. The super-elevation is
a) 1 in 40
b) 1 in 50
c) 1 in 60
d) none of these.
a) 1 in 40
b) 1 in 50
c) 1 in 60
d) none of these.
a) 2.2%
b) 2.5%
c) 3.0%
d) 3.5%
a) width of the vehicle
b) length of the vehicle
c) height of the vehicle
d) speed of the vehicle
a) compaction of soil
b) stabilisation of soil
c) drainage of soil
d) combination of all the above.
a) 16.0 m
b) 42.3 m
c) 84.6 m
d) none of these.
a) planning of regulatory measures
b) design and application of control devices
c) analysis of traffic characteristics
d) all the above.
a) delta
b) trumpet
c) diamond interchange
d) clover leaf.
a) 2.00%
b) 2.25%
c) 2.50%
d) 2.75%
a) harvesing
b) lean season
c) harvesting and lean season
d) none of these.
a) 1.25
b) 1.5
c) 1.75
d) 2.0
a) 1947
b) 1954
c) 1958
d) 1960
a) directly proportional to width of pavement
b) directly proportional to velocity of vehicles
c) inversely proportional to acceleration due to gravity
d) inversely proportional to the radius of curvature.
a) between the channelising islands
b) equal to half circumference
c) equal to total width of adjoining radial roads
d) equal to diameter of rotary.
a) 40 cm
b) 45 cm
c) 50 cm
d) 60 cm
a) to know the type of traffic
b) to determine the facilities to traffic regulations
c) to design proper drainage system
d) all the above.
a)
b)
c)
d)
a) R = CAV
b) R = CAV2
c) R = CAV3
d)
a) 50 cm
b) 60 cm
c) 70 cm
d) 80 cm
a) Tresguet
b) Telford
c) Macadam
d) Telford and Macadam simultaneously.
a)
b)
c)
d) Both (A) and (C)
a) traffic density
b) basic capacity of traffic lane
c) possible capacity of traffic lane
d) all the above.
a) lanes
b) shoulders
c) parking spaces
d) all the above.
a) hydrological and soil surveys
b) adjustment of alignment along with curves
c) derivation of longitudinal and cross-sections
d) fixation of Bench Marks
a) 5 years
b) 10 years
c) 15 years
d) 20 years
a) sand
b) stone dust
c) cement
d) brick dust.
a) 2.7 m
b) 3.0 m
c) 3.3 m
d) 3.6 m
a) mathematical analysis
b) empirical formulae
c) a compromise of pure theory and pure empirical formula
d) none of these.
a) condition of road surface
b) condition of the tyres
c) presence of the show moisture
d) all the above.
a) 5%
b) 7%
c) 8%
d) 10%
a) circular
b) cubic parabola
c) Lemniscate
d) spiral.
a) type of the highway
b) type of road surface
c) type of curves
d) all the above.
a) Spanglar
b) Picket
c) Kelly
d) Goldbeck
a) development traffic
b) normal traffic growth
c) generated traffic growth
d) none of these.
a) L/24 R
b) L2/24 R
c) L3/24 R
d) L/12 R
a) pavement thickness
b) ruling gradient
c) limiting gradient
d) all the above.
a) During reconnaissance, the general route of the alignment is selected
b) After reconnaissance, a trace is cut for the alignment
c) Last stage is the detailed surveys for desired geometries'of the highway
d) All the above.
a) land slides
b) sand dunes
c) dens
d) none of these.
a) rolling
b) mountainous
c) steep
d) plain.
a) be stable throughout the year to be used by vehicles in the case of emergency
b) support and protect the ends of carriage ways
c) not allow entrance of water to sub-grade
d) all the above.
a) 8.9 m
b) 7.9 m
c) 6.9 m
d) 6.5 m
a) 131 m
b) 210 m
c) 360 m
d) none of these.
a) development traffic
b) current traffic
c) general traffic
d) normal traffic growth.
a) Safety fences are provided on either side of a roadway if embankments are in excess of 6 metres
b) Safety fences are provided on outside of the curves of radii less than 750 m if the embankments are between 3 metres and 6 metres
c) Guard stones are provided at 2.5 metres intervals if embankments are between 1.6 metres to 3 metres
d) All the above.
a) air transport, shipping, roads, railways
b) shipping, roads, railways, air transport
c) roads, railways, air transport, shipping
d) railways, roads, shipping, air transport
a) 1 in 15
b) 1 in 20
c) 1 in 30
d) 1 in 45
a) 10 m
b) 20 m
c) 30 m
d) 40 m
a) 30 cm
b) 40 cm
c) 45 cm
d) 50 cm
a) 1 in 10
b) 1 in 15
c) 1 in 20
d) 1 in 15 to 1 in 20
a) retaining wall
b) breast wall
c) parapet wall
d) all the above.
a) traffic density
b) basic capacity of traffic lane
c) possible capacity of traffic lane
d) all the above.
a) longitudinally
b) transversely
c) in the form of welded wire mesh
d) none of these.
a) width of the carriageway must be 3.75 m
b) shoulders on either side must be 1.25 m
c) total width of the road-way must be 6.25 m
d) total of the above.
a) (x + y)%
b) (x - y)%
c) (y - x)%
d) (x x y)%
a) is constant
b) at any point is directly proportional to its distance from the point of commencement
c) is inversely proportional to the radius of main curve
d) is directly proportional to the radius of main curve
a) 1 in 20 to 1 in 24
b) 1 in 30 to 1 in 48
c) 1 in 36 to 1 in 48
d) 1 in 60 to 1 in 72
a) 90 cm
b) 100 cm
c) 110 cm
d) 120 cm
a) + 0.60 m
b) + 0.70 m
c) + 0.80 m
d) + 0.90 m
a) 40 cm
b) 52 cm
c) 64 cm
d) 76 cm
a)
b)
c)
d)
a)
b)
c)
d)
a) 1 in 33 to 1 in 25
b) 1 in 40 to 1 in 33
c) 1 in 160 to 1 in 140
d) none of these.
a) 15 percentile cumulative frequency
b) 20 percentile cumulative frequency
c) 30 percentile cumulative frequency
d) 40 percentile cumulative frequency.
a) clothoid
b) cubic spiral
c) cubic parabola
d) none of these.
a) both are one-way roads
b) both are two-way roads
c) one is two-way road and other is one-way road
d) none of these.
a) 3 to 5 cm
b) 4 to 6 cm
c) 5 to 7 cm
d) 7 to 10 cm
a) skid
b) slip
c) overturn
d) all the above.
a) same for National Highways
b) different for National Highways
c) same for State Highways
d) same for Major District roads.
a)
b)
c)
d)
a) 0.01 D
b) 0.02 D
c) 0.03 D
d) 0.04 D
a) more than ruling gradient
b) less than average gradient
c) more than floating gradient
d) less than minimum gradient or more than maximum gradient.
a) 1927
b) 1934
c) 1939
d) 1947
a) 120 m
b) 200 m
c) 640 m
d) none of these.
a) before the crossing on the left side
b) after the crossing on the left side
c) before the crossing on the right side
d) after the crossing on the right side.
a) extra widening
b) minimum radius of turning
c) width of shoulders
d) none of these.
a) excludes the width of parapet (0.6 m)
b) excludes the width of side drain (0.6 m)
c) excludes the width of parapet and side drain
d) includes the width of parapet and side drain
a) Long tangent sections exceeding 3 km in length should be avoided
b) Curve length should be at least 150 metres for a deflection angle of 5 degress
c) For every degree decrease in the deflection angle, 30 metre length of curve to be increased
d) All the above.
a) 10 m to 15 m
b) 12 m to 18 m
c) 16 m to 24 m
d) 17 m to 27 m
a)
b)
c)
d) none of these.
a)
b)
c)
d)
a) Seasonal cycle of traffic volume during April and November, is usually near the annual average
b) Mid-winter seasonal cycle of traffic is least
c) Mid-summer seasonal cycle of traffic is highest
d) All the above.
a) higher speed of vehicles
b) increased volume of traffic
c) reduced maintenance cost of the roads
d) all the above.
a) parabolic
b) elliptical
c) circular
d) all the above.
a) 15 cm
b) 20 cm
c) 30 cm
d) none of these.
a) 2000 tonnes
b) 2500 tonnes
c) 3000 tonnes
d) 3500 tonnes
a)
b)
c)
d)
a) 15%
b) 20%
c) 25%
d) 30%
a) straight line method
b) parabola method
c) straight at the edges and parabolic at the crown
d) all the above.
a) rolling terrain
b) mountainous terrain
c) steep terrain
d) none of these.
a) summit curves
b) horizontal curves
c) two lane highways
d) all the above.
a) is kept 45 m
b) in plain and rolling terrain built-up area, is 30 m
c) in mountainous built-up area is 20 m
d) All the above.
a) 1.5 m
b) 1.0 m
c) 0.5 m
d) 0.0 m
a) ruling gradient
b) maximum gradient
c) exceptional gradient
d) all the above.
a) stopping sight distance
b) overtaking sight distance
c) sum of (a) and (b)
d) difference of (a) and (b)
a) nature of the slope
b) angle of the slope
c) geological conditions
d) all the above.
a) feasibility of attaining ruling gradient
b) avoidance of cutting hard rocks
c) minimum number of bridges
d) all the above.
a) reconnaissance
b) detailed survey
c) trace-out
d) preliminary survey.
a) designed speed is 20 km/hour
b) gradient is 1 in 40
c) gradient is 1 in 200
d) All the above.
a) Tresguet did not provide the top camber for the drainage of surface water
b) Tresguet provided the top camber for the drainage of surface water
c) Telford provided two layers of stones in the central 5.4 m width and one layer was provided on the sides
d) Macadam provided a camber to the formation at the dug-up state, to drain percolated water.
a) rigid pavement
b) semi-rigid pavement
c) flexible pavement
d) none of these.
a) catchment area of the watershed above road is large
b) intensity of rainfall is heavy
c) single catch water drain is inadequate
d) all the above.
a) Minimum desirable width of medians on rural highways is 5 metres
b) Minimum width of medians should be 3 metres
c) On long bridges and viaducts, the width of medians should be 1.5 m
d) All the above.
a) along maximum gradients
b) along minimum gradients
c) at summit curves
d) every where.
a) super elevation
b) cant
c) banking
d) all the above.
a) 100 cm
b) 125 cm
c) 150 cm
d) 250 cm
a)
b)
c)
d)
a) Sully
b) Tresguet
c) Telford
d) Macadam.
a)
b)
c)
d)
a) 70 kg/sq cm
b) 80 kg/sq cm
c) 90 kg/sq cm
d) 100 kg/sq cm
a) design speed of vehicles
b) permissible friction on the road surface
c) permissible centrifugal ratio
d) all the above.
a) inner edge of the road
b) outer edge of the road
c) centre of the road
d) no where on the road.
a) spot speed
b) average speed
c) travel time
d) none of these.
a) width of traffic lane
b) number of traffic
c) width of median strip
d) all the above.
a)
b)
c)
d)
a) 3 m
b) 4 m
c) 5 m
d) 6 m
a) 60 percentile cumulative frequency
b) 75 percentile cumulative frequency
c) 80 percentile cumulative frequency
d) 85 percentile cumulative frequency.
a) aerial photographic survey
b) condastral surveys
c) topographical surveys
d) none of these.
a) 50 cm
b) 60 cm
c) 70 cm
d) 80 cm
a) 3.6 m
b) 4.8 m
c) 6.6 m
d) 7.2 m
a) outer edge so that the inner edge is lowered
b) crown so that outer edge is raised and inner edge is lowered
c) inner edge so that outer edge is raised
d) none of these.
a) 10 cm
b) 15 cm
c) 20 cm
d) 25 cm
a) are inexpensive means of traffic flow
b) reduce delays to vehicles
c) permit higher speed
d) all the above.
a) R sin θ/2
b) R cos θ/2
c) R (1 - cos θ/2)
d) none of these.
a) Superintending Engineer
b) Secretary to the Govt
c) Chief Engineer
d) None of these.
a) 7 days
b) 14 days
c) 21 days
d) 28 days
a) simple circular curves
b) compound curves
c) broken-back curves.
d) None of these.
a) valley curve
b) sag curve
c) summit curve
d) all the above.
a) 32.44 km/hour
b) 42.44 kg/hour
c) 52.44 km/hour
d) 62.44 km/hour
a)
b)
c)
d)
a) retaining wall
b) breast wall
c) parapet wall
d) all the above.
a) 500 vehicles per hour
b) 700 vehicles per hour
c) 1000 vehicles per hour
d) 1250 vehicles per hour
a)
b)
c)
d) none of these.
a) from right
b) from left
c) from both sides right and left
d) not at all.
a) terrain
b) type of traffic
c) number of lanes
d) all the above.
a) 1 sec
b) 1.5 sec
c) 2.0 sec
d) 2.5 sec
a) 1 in 33 to 1 in 25
b) 1 in 40 to 1 in 33
c) 1 in 150 to 1 in 140
d) none of these.
a) 80 m
b) 100 m
c) 120 m
d) 150 m
a) of compound curve will be more
b) of reverse curve will be more
c) of both curves will be equal
d) none of these.
a) rolling
b) mountainous
c) steep
d) plain.
a) along the spur curves
b) along the re-entrant curves
c) in cutting
d) none of these.
a) to retain the back filling
b) to prevent the hill from sliding
c) to prevent the wheels of the vehicle from coming on the retaining wall
d) none of these.
a) 15 m to 30 m
b) 20 m to 35 m
c) 40 m to 50 m
d) 100 m to 150
a) ruling gradient
b) pushing gradient
c) floating gradient
d) minimum gradient
a) type of the vehicles
b) level crossings
c) road intersections
d) all the above.
a) traffic volume
b) traffic density
c) basic capacity
d) traffic capacity.
a) subgrade
b) sub-base
c) base
d) base course.
a)
b)
c)
d)
a) water bound macadam surface
b) stabilised soil base constructed of lime cement or tar
c) bitumen-bound stone layer of varying aggregates
d) all the above.
a) bricks
b) hard soil
c) Portland cement concrete
d) none of these.