A subsurface exploration report shows that the average water content of a fine-grained soil in a proposed borrow area is 24.5% and that its average natural dry density is 83.3 pcf. This soil is to be placed in a compacted fill with a dry density specified at 95.5 pcf. -How many cubic yards of borrow will be required to produce 86,000 yd3 of fill? -What is the shrinkage factor for the borrow?
A subsurface exploration report shows that the average water content of a fine-grained soil in a proposed borrow area is 24.5% and that its average natural dry density is 83.3 pcf. This soil is to be placed in a compacted fill with a dry density specified at 95.5 pcf. -How many cubic yards of borrow will be required to produce 86,000 yd3 of fill? -What is the shrinkage factor for the borrow?
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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A subsurface exploration report shows that the average water content of a fine-grained soil in a proposed borrow area is 24.5% and that its average natural dry density is 83.3 pcf. This soil is to be placed in a compacted fill with a dry density specified at 95.5 pcf.
-How many cubic yards of borrow will be required to produce 86,000 yd3 of fill?
-What is the shrinkage factor for the borrow?
![The shrinkage factor can be defined as
SF =
fill
-1 |×100%
Yd
cut](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8eb2a628-1c98-46f6-b9db-130d5bd809d5%2F46ac3a4e-18ed-4d85-8550-aa717b85deb7%2Frwn9s1d_processed.png&w=3840&q=75)
Transcribed Image Text:The shrinkage factor can be defined as
SF =
fill
-1 |×100%
Yd
cut
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