A 1000g of sand has been soaked for at least 24hours prior to lab. After drying the sample to saturated surface dry condition, the samples were split into two and put in tare cans. Can1+sample weigh 800g and can2+sample weigh 300g. Can1+sample was used for determining the specific gravity, where volume of water displaced in flask is 320cc. Can2+sample was used for determining the oven-dry weight which resulted to 280g. If the weight of can 1 and 2 is 5g and 6g respectively, determine the Absorption capacity and specific gravity of sand.
A 1000g of sand has been soaked for at least 24hours prior to lab. After drying the sample to saturated surface dry condition, the samples were split into two and put in tare cans. Can1+sample weigh 800g and can2+sample weigh 300g. Can1+sample was used for determining the specific gravity, where volume of water displaced in flask is 320cc. Can2+sample was used for determining the oven-dry weight which resulted to 280g. If the weight of can 1 and 2 is 5g and 6g respectively, determine the Absorption capacity and specific gravity of sand.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:A 1000g of sand has been soaked for at least 24hours prior to lab. After
drying the sample to saturated surface dry condition, the samples were split into two
and put in tare cans. Can1+sample weigh 800g and can2+sample weigh 300g.
Can1+sample was used for determining the specific gravity, where volume of water
displaced in flask is 320cc. Can2+sample was used for determining the oven-dry
weight which resulted to 280g. If the weight of can 1 and 2 is 5g and 6g
respectively, determine the Absorption capacity and specific gravity of sand.
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