Q. When does surface Tension in the water become zero?

View solution

Q. Shrinkage is prominent in ____________ soil.

View solution

Q. When will meniscus in saturated soil attain a minimum value?

View solution

Q. Presence of sand and silt-size particles in a clay deposit reduces_____________

View solution

Q. Decrease in water content causes _______

View solution

Q. Increase in water content causes _______

View solution

Q. Arrange the following to explain the shrinkage of the soils.

I. Compression in soil
II. Formation of meniscus
III. Reduction in volume

View solution

Q. When the meniscus attains a minimum value, shrinkage is ________

View solution

Q. The degree of shrinkage does not depend upon _________

View solution

Q. Arrange the following to explain the swelling of the soils.

I. Increase in tension in the pore water
II. Reduction in compressive stress in the soil
III. Menisci are destroyed

View solution

Q. Free swell ceases when the water content reaches ________

View solution

Q. The slaking of the clay occurs when clayey soil is dried ________

View solution

Q. Slaking is due to the ______ into the drying of the soil below the shrinkage limit.

View solution

Q. The bulking of sand is maximum when the water content is _________

View solution

Q. Frost heave is defined as ___________

View solution

Q. If the void ratio is 40% in saturated soil, then the expansion of the soil will be __________

View solution

Q. What are the types of soils, that are prone to frost action?

View solution

Q. What is the maximum capillary tension for a tube of 0.05 mm diameter at 4°c?

View solution

Q. A well graded soil is said to be frost susceptible if more than _________

View solution

Q. The ground surface up to which water freeze is called ___________

View solution