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This section includes 20 Mcqs, each offering curated multiple-choice questions to sharpen your Geotechnical Engineering knowledge and support exam preparation. Choose a topic below to get started.
1. |
The maximum hygroscopic capacity of clay is __________ |
A. | 1 % |
B. | 3 % |
C. | 7 % |
D. | 17 % |
Answer» E. | |
2. |
Coarse grained soil relatively has __________ hygroscopic capacity. |
A. | High |
B. | Low |
C. | Very low |
D. | Very high |
Answer» C. Very low | |
3. |
The water in the sandy soil is __________ |
A. | Pore water |
B. | Ground water |
C. | Free water |
D. | Infiltrated water |
Answer» B. Ground water | |
4. |
The formation of concave meniscus in capillary tubes takes place, only if ___________ |
A. | Inner tubes is dry |
B. | Tube has non-uniform diameter |
C. | Inner tube is wet |
D. | Diameter of the tube is larger |
Answer» D. Diameter of the tube is larger | |
5. |
The height of capillary rise in capillary tube, depends on ____________ |
A. | Diameter of the tube |
B. | Surface tension |
C. | Direction of flow of water |
D. | All of the mentioned |
Answer» D. All of the mentioned | |
6. |
When a capillary tube of uniform-section is lifted from the water surface, water in the tube will be __________ |
A. | Retained |
B. | Not retained |
C. | Retained partially |
D. | None of the mentioned |
Answer» B. Not retained | |
7. |
The meniscus formation in capillary tubes always be ___________ |
A. | Convex |
B. | Concave |
C. | Equilibrium |
D. | None of the mentioned |
Answer» C. Equilibrium | |
8. |
The surface tension of water (TS) is __________ |
A. | 29 dynes per cm |
B. | 72.8 dynes per cm |
C. | 0.29 dynes per cm |
D. | 2.45 dynes per cm |
Answer» C. 0.29 dynes per cm | |
9. |
The capillary force of water depends on __________ |
A. | Surface tension of water |
B. | Pressure in water |
C. | Conformation of soil pores |
D. | All of the mentioned |
Answer» E. | |
10. |
COARSE_GRAINED_SOIL_RELATIVELY_HAS__________HYGROSCOPIC_CAPACITY.?$ |
A. | High |
B. | Low |
C. | Very low |
D. | Very high |
Answer» C. Very low | |
11. |
THE_WATER_IN_THE_SANDY_SOIL_IS__________?$ |
A. | Pore water |
B. | Ground water |
C. | Free water |
D. | Infiltrated water |
Answer» B. Ground water | |
12. |
The maximum hygroscopic capacity of clay is__________$ |
A. | 1 % |
B. | 3 % |
C. | 7 % |
D. | 17 % |
Answer» E. | |
13. |
The formation of concave meniscus in capillary tubes takes place, only if__________? |
A. | Inner tubes is dry |
B. | Tube has non-uniform diameter |
C. | Inner tube is wet |
D. | Diameter of the tube is larger |
Answer» D. Diameter of the tube is larger | |
14. |
The height of capillary rise in capillary tube , depends on____________ |
A. | Diameter of the tube |
B. | Surface tension |
C. | Direction of flow of water |
D. | All of the mentioned |
Answer» D. All of the mentioned | |
15. |
When a capillary tube of uniform-section is lifted from the water surface , water in the tube will be__________ |
A. | Retained |
B. | Not retained |
C. | Retained partially |
D. | None of the mentioned |
Answer» B. Not retained | |
16. |
The meniscus formation in capillary tubes always be___________ |
A. | Convex |
B. | Concave |
C. | Equilibrium |
D. | None of the mentioned |
Answer» C. Equilibrium | |
17. |
The coefficient of surface tension depends on which of the following? |
A. | Chemical nature of liquids |
B. | Surface area of the liquid |
C. | Forces acting |
D. | Atmospheric pressure |
Answer» B. Surface area of the liquid | |
18. |
The surface tension of water (TS) is__________ |
A. | 29 dynes per cm |
B. | 72.8 dynes per cm |
C. | 0.29 dynes per cm |
D. | 2.45 dynes per cm |
Answer» C. 0.29 dynes per cm | |
19. |
The capillary force of water depends on__________ |
A. | Surface tension of water |
B. | Pressure in water |
C. | Conformation of soil pores |
D. | All of the mentioned |
Answer» E. | |
20. |
Capillary water is located in part of ___________ soil mass. |
A. | Within the voids in soil |
B. | Above the ground water surface |
C. | Pores in the soil mass |
D. | Surface of soil particles |
Answer» B. Above the ground water surface | |