Q. The height of solids method is applicable for ________

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Q. The height Hₛ of the solids of the specimen is calculated from _______________

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Q. The height Hₛ of the solids of the specimen with respect to weight of dried specimen is _____________

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Q. The voids ratio with respect to height of solids is given by equation______________

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Q. The height of the specimen at various applied pressures is given by _____________

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Q. From the consolidation test, by the change in voids ratio method, the final void is given by _______

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Q. The change in voids ratio of the consolidation test is calculated from the relation of________

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Q. From the consolidation test data using the ‘change in void ratio’ method, the coefficient of volume change can be calculated by _____________

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Q. From the consolidation test data using the ‘Height of solids’ method, the coefficient of volume change can be calculated by _____________

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Q. The coefficient of volume change is ______________

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Q. The unit of coefficient of volume change is

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Q. From the calculations consideration of a consolidation test data, the change in thickness can be both positive and negative.

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Q. The Rowe cell apparatus also measures the pore pressure.

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Q. The coefficient of consolidation can be determined by comparing characteristics of _______

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Q. The coefficient of consolidation can be found by _____________

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Q. The square root of time fitting method the theoretical graph is plotted between _____

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Q. The curve is straight up to _______________

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Q. The abscissa at U=90% is roughly equal to ________ times the abscissa at U=60%.

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Q. The use of square root of fitting method was suggested by ________

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Q. From the practical data, in square root of time fitting, ______ curve is plotted.

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