Top 150+ Solved Foundation engineering MCQ Questions Answer

From 121 to 135 of 161

Q. The result of Dutch cone penetration test can be applied to determine                    

a. ultimate skin fraction

b. total ultimate point

c. ultimate bearing capacity

d. none of the mentioned

  • c. ultimate bearing capacity

Q. The test which can be used for separating load carried by the pile is                    

a. cyclic load test

b. pile load test

c. penetration test

d. all of the mentioned

  • a. cyclic load test

Q. Explanation: The cyclic load test is

a. terzaghi’s theory

b. hooke’s law

c. meyerhof’s theory

d. hiley’s formula

  • b. hooke’s law

Q. Under-reamed pile foundation is most suitable for                        type of condition.

a. seasonal moisture change

b. dry conditioned soil

c. cohesive type of soil

d. all of the mentioned

  • a. seasonal moisture change

Q. The under-reamed piles are connected by a beam known as                        

a. capping beam and grade beam

b. reamed beam

c. none of the mentioned

d. all of the mentioned

  • a. capping beam and grade beam

Q. The maximum spacing of the under-reamed pile should not normally exceed                      

a. 2 meters

b. 2½ meters

c. 1.5 meters

d. 30 centimeters

  • b. 2½ meters

Q. The load carrying capacity of a under- reamed pile may be determined by

a. safe load test

b. penetration test

c. pile load test

d. cyclic load test

  • a. safe load test

Q. Explanation: The load carrying capacity of an under-reamed pile may be determined

a. cast-in-situ piles

b. pre-cast-piles

c. steel piles

d. composite piles

  • a. cast-in-situ piles

Q. The spacing of the piles in under-reamed pile foundation depends on which of the following factor?

a. nature of the ground and type of pile

b. load acting on the pile

c. none of the mentioned

d. all of the mentioned

  • a. nature of the ground and type of pile

Q. The theory of plasticity pertaining to soils is based on                        

a. mohr’s theory

b. rankine’s method

c. mohr-coulomb theory

d. none of the mentioned

  • a. mohr’s theory

Q. On designing retaining walls it is necessary to take care of                      exerted by soil mass.

a. erosion

b. lateral pressure

c. surcharge

d. lateral stress

  • b. lateral pressure

Q. The material retained or supported by the retaining structure is called                      

a. surcharge

b. support wall

c. back fill

d. all of the mentioned

  • c. back fill

Q. d) All of the mentioned

a. mohr

b. rankine

c. coulomb

d. darcy

  • b. rankine

Q. The wedge-shaped portion of the backfill tending to move with the wall is called

a. wedge fall

b. active fall

c. failure wedge

d. none of the mentioned

  • c. failure wedge
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