The following Highway Engineering MCQs have been compiled by our experts through research, in order to test your knowledge of the subject of Highway Engineering. We encourage you to answer these multiple-choice questions to assess your proficiency.
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A. Ordinary cuttings up to 1 m
B. Surface dressing up to 15 cm depths
C. Both surface dressing up to 15 cm depths and Surface excavation up to 30 cm depths
D. Both Ordinary cuttings up to 1 m and surface dressing up to 15 cm depths
E. Surface excavation up to 30 cm depths
A. It is provided a cleaning eye at the top of the trap
B. The height of fresh air inlet pipe fixed vertically with wall is 3 m
C. The mica flap valve which opens inwards only, is fitted at the top of the inlet pipe
D. It is provided in between the lower end of the house drain and the street sewer
E. The water seal is less than that of ordinary traps.
A. Pipes are classified according to their sizes and quality
B. Pipes laid in trenches and pipes fixed to walls are measured separately
C. All these
D. In laying pipes, the method of jointing and fixing is specifically specified
E. Cutting through walls and floors are included with the item
A. D/4 [first area + last area + 2 ∑ Even area + 4 ∑ odd areas]
B. D [first area + last area + ∑ Even area + 2 ∑ odd areas]
C. D/3 [first area + last area + 4 ∑ Even area + 2 ∑ odd areas]
D. D/2 [first area + last area + 2 ∑ Even area + 4 ∑ odd areas].
A. Floors
B. Wall panels
C. Root slabs
D. D.P.C.
E. All these
A. 15 cm
B. 20 cm
C. None of these.
D. 10 cm
A. Setting and laying
B. Bed concreting
C. All of these.
D. Connection to drains
A. 26, 500 m3
B. 26, 000 m3
C. 27, 500 m3
D. 27, 000 m3
A. Reinforced brick work
B. Brick edging
C. Broken glass coping
D. Brick work in arches.
A. 90 cm
B. 75 cm
C. 80 cm
D. 70 cm
A. 2.5 sq m
B. 4.0 sq m
C. 10 sq m
D. 6.0 sq m
E. 8.0 sq m
A. Internal shaft for sanitary installations up to 2 sq m. in area
B. Area of cantilevered porch.
C. Lift and wall including landing
D. Area of stair cover
E. Area of the walls at the floor level
A. All these
B. Dimension should be measured correct to 0.01 m
C. Volume should be measured correct to O.Olcum
D. Area should be measured correct to 0.01 sqm
A. 10 sqm
B. 2.5 sqm
C. 7.5 sqm
D. 5.0 sqm
A. 80 cm
B. 60 cm
C. 70 cm
D. 75 cm to 80 cm
A. 0.247 m3
B. 0.295 m3
C. 0.274 m3
D. 0.200 m3
A. The mean depth is the average of depths of two consecutive sections
B. The volume of the earth work is calculated by multiplying the mid-section area by the distance between the two sections
C. The volume of the earth work is calculated by multiplying the mid-section area by the distance between the two original sections
D. The area of mid-sections is calculated by using mean depth
A. The bending of bars near supports is generally at 45°
B. The bent up bars at a support resist the sharing force
C. All these
D. The bent up bars at a support resist the negative bending moment
A. Breadth, length, height
B. Length, breadth, height
C. None of these.
D. Height, breadth, length
A. 1.80 litres for 5 to 10 users
B. 1.20 litres for 15 users
C. 1.35 for 20 users
D. All these
A. The number of lanes on the highway
B. The speed limit on the highway
C. The width of the highway
D. The path a highway takes across the ground
A. A road that connects to a highway
B. A road with no speed limit
C. A road that provides long-distance mobility, facilitating movement from one city to another.
D. A road that is used for recreational driving
A. A road that conveys traffic between the local roads and arterials.
B. A road that has tolls and no speed limit
C. A remote road that is only used for recreational activities
D. A large, multi-lane road that passes through a city
A. Flexible pavement
B. Rigid pavement
C. Gravel pavement
D. Dirt pavement
A. A three-way intersection
B. An intersection at which traffic streams cross at two or more different levels.
C. A large vehicle exchange area
D. A highway exit