Soil mechanics and foundation engineering are important branches of civil engineering that deal with the behavior of soil, its properties, and the design and construction of foundations to support Structure.
A. Weathering ?> upheaval -4 transportation – > deposition
B. Transportation>upheaval ?> weathering –> deposition
C. Weathering –> transportation —> deposition –> upheaval
D. Upheavel– >transportation -4 deposition -> weathering
A. Dr. Karl Terzaghi
B. Fellenius
C. Kray
D. Leygue
A. 0.06 mm
B. 0.08 mm
C. 0.002 mm
D. 0.04 mm
A. reasonable plasticity
B. clay
C. good plasticity
D. limited plasticity
A. silt
B. clay
C. coarse sand
D. fine sand
A. clay
B. clay and silt
C. sand
D. silt
A. In dry soil, the voids are completely filled with air
B. In perfectly saturated soil, the voids are completely filled ivith water
C. The void space between the soil grains, is filled partly with air and partly with water
D. all the above
A. glacier
B. gravitational force
C. water
D. wind
A. void ratio
B. water content.
C. porosity
D. specific gravity
A. plus unit weight of water
B. minus unit weight of water
C. multiplied by unit weight of water
D. divided by unit weight of)water