Q. What are the forces involved in hygroscopic water or contact moisture?

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Q. The average hygroscopicity of clay is ___________

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Q. The water which soaks in to ground by moving downward, subjected to capillary force is ___________

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Q. Based on inter-particle forces, soil water can be classified in to __________

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Q. Solvate water is subjected to __________ forces.

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Q. The soil water which is impossible to remove from the soil is ___________

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Q. Ground water is influenced by ____________ force.

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Q. Water can be classified in to __________ types based on structural aspect.

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Q. Capillary water is located in part of ___________ soil mass.

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Q. The capillary force of water depends on __________

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Q. The surface tension of water (TS) is __________

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Q. The coefficient of surface tension depends on which of the following?

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Q. The meniscus formation in capillary tubes always be ___________

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Q. When a capillary tube of uniform-section is lifted from the water surface, water in the tube will be __________

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Q. The height of capillary rise in capillary tube, depends on ____________

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Q. The formation of concave meniscus in capillary tubes takes place, only if ___________

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Q. The water in the sandy soil is __________

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Q. Coarse grained soil relatively has __________ hygroscopic capacity.

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Q. The maximum hygroscopic capacity of clay is __________

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Q. The capillary tension or capillary potential can also be called as ___________

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