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4. A 2.60 m of dry fill (G₁-2.62) has a relative density of before and after compaction, respectively. The void ratios corresponding to the loosest and densest condition are 0.89 and 0.51, respectively. a. Compute the decrease in height of the soil after compaction. 10 p b. If 0.240 m³ of water is added per cubic meter of soil after compaction, compute gives the degree of saturation at this condition? c. Compute the amount of water required per cubic meter of soil to fully saturate the compacted soil.

4. A 2.60 m of dry fill (G₁-2.62) has a relative density of before and after compaction, respectively. The void ratios corresponding to the loosest and densest condition are 0.89 and 0.51, respectively. a. Compute the decrease in height of the soil after compaction. 10 p b. If 0.240 m³ of water is added per cubic meter of soil after compaction, compute gives the degree of saturation at this condition? c. Compute the amount of water required per cubic meter of soil to fully saturate the compacted soil.

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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4. A 2.60 m of dry fill (G₁-2.62) has a relative density of 26% and 89% before and after compaction, respectively. The void ratios corresponding to the loosest and densest condition are 0.89 and 0.51, respectively. a. Compute the decrease in height of the soil after compaction. b. If 0.240 m³ of water is added per cubic meter of soil after compaction, compute gives the degree of saturation at this condition? c. Compute the amount of water required per cubic meter of soil to fully saturate the compacted soil. 10 pt
Transcribed Image Text:4. A 2.60 m of dry fill (G₁-2.62) has a relative density of 26% and 89% before and after compaction, respectively. The void ratios corresponding to the loosest and densest condition are 0.89 and 0.51, respectively. a. Compute the decrease in height of the soil after compaction. b. If 0.240 m³ of water is added per cubic meter of soil after compaction, compute gives the degree of saturation at this condition? c. Compute the amount of water required per cubic meter of soil to fully saturate the compacted soil. 10 pt
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