The natural soil of a construction site is known to have a void ratio of 0.92. At the end of compaction, the void ratio at the site was found to be 0.65. If the moisture content remains unchanged, determine the following: (a) Percentage decrease in total soil volume due to compaction. (a) Percent decrease in total soil volume due to compaction. b) Percentage increase in field dry unit weight. c) Percentage change in degree of saturation.
The natural soil of a construction site is known to have a void ratio of 0.92. At the end of compaction, the void ratio at the site was found to be 0.65. If the moisture content remains unchanged, determine the following: (a) Percentage decrease in total soil volume due to compaction. (a) Percent decrease in total soil volume due to compaction. b) Percentage increase in field dry unit weight. c) Percentage change in degree of saturation.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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The natural soil of a construction site is known to have a void ratio of 0.92. At the end of compaction, the void ratio at the site was found to be 0.65. If the moisture content remains unchanged, determine the following:
(a) Percentage decrease in total soil volume due to compaction.
(a) Percent decrease in total soil volume due to compaction.
b) Percentage increase in field dry unit weight.
c) Percentage change in degree of saturation.
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