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Highway Engineering Practice Test: Highway Drainage
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Avg score: 80% Most missed: “The side drains and partially filled culverts are designed on the basis of _____…”
Highway Drainage topics include: Highway drainage system objects, importance and requirements of highway drainage, surface drainage system for roads, hydrologic analysis, hydraulic design and sub surface drainage. Highway drainage is the process of removing or controlling water from the road surface and the subgrade supporting it.  The main purpose of highway drainage is to: Remove rainwater from the carriageway as quickly as possible Prevent water from entering the pavement Pass water across the road, either under or over Prevent scour and/or washout of the pavement, shoulder, batter... Show more
Highway Engineering Practice Test: Highway Drainage
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25 Questions

1. The loss of water from leaves present on embankment is called __________
2. The capillary control can be controlled by how many methods?
3. The highway drainage system consists of how many types?
4. The GWT should be at a distance of _______ from ground level.
5. The relationship between specific yield specific retention and porosity is __________
6. Which is the most preferred shape of drainage?
7. The increase in moisture causes the strength to __________
8. If the depth of a trapezoidal section is 0.50 m and free board is 0.15 m, then the total depth is?
9. The water may be collected in __________
10. The excess water on shoulder in a dry region with a good drainage system causes __________
11. If the span exceeds 6m then the bridge is called __________
12. The seepage flow is present in ___________
13. What is the minimum velocity required in drainage to maintain flow?
14. The continuity equation is given by __________
15. The discharge in m3/sec for a surface drainage of 100 m2 and a velocity of 5 m/second is?
16. The design aspects of the surface drainage system are classified into how many types?
17. The number of steps followed for surface drainage system is __________
18. In India for storm sewage and domestic sewage we use?
19. The structure provided on the pavement to remove the storm water is ___________
20. The desirable velocity for sand and silt are __________
21. How many components are present in the surface drainage system?
22. The rural roads are provided with __________
23. The roughness coefficient is assumed in __________
24. For a bitumen pavement calculate the discharge in m3/sec if intensity of the rainfall is 40 mm/sec and area of drainage is 100 m2.
25. The D85 point size is given by __________