Q. The Modified Proctor test has its peak relatively towards ____________ in water content – dry density curve.

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Q. For same soil, the effect of heavier compaction is in ________

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Q. For same soil, the effect of heavier compaction is to ________

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Q. In Harvard miniature compaction test, the soil is compacted by _______

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Q. In Dietert test, the diameter of mould is _______ inches.

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Q. In Dietert test, the cylindrical weight falls through a height of ______ inches.

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Q. In Abbot Compaction test, the internal diameter of the mould is ____________ cm.

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Q. In Abbot Compaction test, the effective height is ____________ cm.

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Q. The height of free fall in Abbot compaction test is _______ cm.

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Q. In Jodhpur mini compaction test, the mould has internal diameter of ________ mm.

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Q. In Jodhpur mini compaction test, the mould has effective height of ________ cm.

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Q. In Jodhpur mini compaction test, the mould has capacity of ________ litre.

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Q. In Jodhpur mini compaction test, the soil is compacted in ______ layers.

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Q. In Jodhpur mini compaction test, a 2.5 kg DRT is used which falls freely from a height of ______ cm.

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Q. The water content used in field compaction is called _______

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Q. If weight of rammer is W, free fall height is h, number of layers is N, number of blows is n, acceleration due to gravity is g and volume as V, then the formula for energy per volume is ______

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Q. The energy per volume for Modified Proctor test is ______________

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Q. The energy per volume for Light compaction test is ______________

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Q. The energy per volume for Heavy compaction test is ______________

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Q. The number of layers of soil compaction depends on ___________

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