Q. In the Terzaghi bearing capacity equation, what does the term 'c' represent?
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A.
Unit weight of the soil
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B.
Cohesion of the soil
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C.
Depth of the foundation
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D.
Width of the foundation
Solution
In the Terzaghi bearing capacity equation, 'c' represents the cohesion of the soil, which contributes to the bearing capacity.
Correct Answer:
B
— Cohesion of the soil
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Q. What is the primary method used to determine the bearing capacity of soil in the field?
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A.
Standard Penetration Test (SPT)
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B.
Cone Penetration Test (CPT)
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C.
Plate Load Test
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D.
All of the above
Solution
All of the listed methods (SPT, CPT, and Plate Load Test) are commonly used to determine the bearing capacity of soil in the field.
Correct Answer:
D
— All of the above
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Q. What is the purpose of a geotechnical site investigation?
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A.
To determine soil properties and conditions
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B.
To assess environmental impact
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C.
To design the building structure
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D.
To calculate construction costs
Solution
The primary purpose of a geotechnical site investigation is to determine soil properties and conditions for safe and effective foundation design.
Correct Answer:
A
— To determine soil properties and conditions
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Q. What is the term for the ratio of the shear strength of soil to its normal stress?
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A.
Cohesion
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B.
Friction angle
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C.
Safety factor
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D.
Effective stress
Solution
The ratio of the shear strength of soil to its normal stress is known as the friction angle, which is a critical parameter in soil mechanics.
Correct Answer:
B
— Friction angle
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Q. Which factor does NOT affect the bearing capacity of soil?
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A.
Soil type
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B.
Water table level
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C.
Foundation shape
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D.
Color of the soil
Solution
The color of the soil does not affect its bearing capacity; factors like soil type, water table level, and foundation shape are critical.
Correct Answer:
D
— Color of the soil
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Q. Which of the following is a method to improve the bearing capacity of weak soils?
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A.
Soil compaction
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B.
Excavation
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C.
Adding water
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D.
Using lighter materials
Solution
Soil compaction is a common method used to improve the bearing capacity of weak soils by increasing their density.
Correct Answer:
A
— Soil compaction
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Q. Which type of foundation is most suitable for high bearing capacity requirements?
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A.
Shallow foundation
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B.
Deep foundation
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C.
Spread footing
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D.
Mat foundation
Solution
Deep foundations are most suitable for high bearing capacity requirements as they transfer loads to deeper, more stable soil layers.
Correct Answer:
B
— Deep foundation
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