3. 1870 g of wet soil is compacted into a mould of volume of 1000 cm3, and then oven dried at 1100 for 24 hrs. The weight of the soil is measured at 1677 g, and the specific gravity Gs, is known to be I 2.66. Determine (a) the moisture content (b) the bulk density in kg/m3 (c) dry density in kg/m3 (d) void ratio and (e) degree of saturation.
3. 1870 g of wet soil is compacted into a mould of volume of 1000 cm3, and then oven dried at 1100 for 24 hrs. The weight of the soil is measured at 1677 g, and the specific gravity Gs, is known to be I 2.66. Determine (a) the moisture content (b) the bulk density in kg/m3 (c) dry density in kg/m3 (d) void ratio and (e) degree of saturation.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
![3. 1870 g of wet soil is compacted into a mould of volume of 1000 cm3, and then oven
dried at 1100
for 24 hrs. The weight of the soil is measured at 1677 g, and the specific gravity Gs, is
known to be
I
2.66. Determine (a) the moisture content (b) the bulk density in kg/m3 (c) dry density
in kg/m3
(d) void ratio and (e) degree of saturation.
pility: Good to go
LOCOL 2
D Focus](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe3a52c79-4eed-4e53-84f1-924095d62c39%2Fde1f8d10-0c32-4977-8c04-869077ab3802%2F7r9qgl_processed.jpeg&w=3840&q=75)
Transcribed Image Text:3. 1870 g of wet soil is compacted into a mould of volume of 1000 cm3, and then oven
dried at 1100
for 24 hrs. The weight of the soil is measured at 1677 g, and the specific gravity Gs, is
known to be
I
2.66. Determine (a) the moisture content (b) the bulk density in kg/m3 (c) dry density
in kg/m3
(d) void ratio and (e) degree of saturation.
pility: Good to go
LOCOL 2
D Focus
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