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Civil Engineering :: Building Construction

  1. According to Rankine's formula, minimum depth of foundations, is

  2. A.

     (P/w) × [(1 + sin φ)/(1 - sin φ)]²

    B.

     (P/w) × [(1 - sin φ)/(1 + sin φ)]²

    C.

     (P/2w) × [(1 - sin φ)/(1 + sin φ)]²

    D.

     (P/w) × [(1 + sin φ)/(1 - sin φ)]


  3. The maximum bearing capacity of soil is that of

  4. A.

     Black cotton soil

    B.

     Loose fine sandy soil

    C.

     Dry coarse sandy soil

    D.

     Hard rocks


  5. The least bearing capacity of soil is that of

  6. A.

     Hard rock

    B.

     Moist clay

    C.

     Soft rock

    D.

     Coarse sandy soil


  7. Depth or height of the arch is the

  8. A.

     Perpendicular distance between intrados and extrados

    B.

     Vertical distance between springing line and intrados

    C.

     Perpendicular distance between springing line and extrados

    D.

     None of the above


  9. Mansard roof is a roof which slopes in

  10. A.

     Two directions without break in the slope on each side

    B.

     Two directions with break in the slope on each side

    C.

     Four directions without break in the slope on each side

    D.

     Four directions with break in the slope on each side


  11. In high mountainous region, the type of roof generally recommended for buildings, is

  12. A.

     Shed type

    B.

     Gable type

    C.

     Gambrel type

    D.

     Mansard type


  13. In grillage foundations, distance between flanges of grillage beams, is kept

  14. A.

     40 cm

    B.

     Equal to flange width

    C.

     Twice the flange width

    D.

     Maximum of (A), (B) and (C)


  15. Gravels

  16. A.

     Are cohesionless aggregates

    B.

     Vary in size between 2 to 20 mm

    C.

     Never swell when they come into contact with water

    D.

     All the above


  17. The Auger borings are not common

  18. A.

     In soils that require lateral support

    B.

     In cohesive soils

    C.

     In soft soils

    D.

     None of the above


  19. The predominant constituent which is responsible for strength in granite is

  20. A.

     Quartz

    B.

     Felspar

    C.

     Mica

    D.

     None of the above