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Mass of a dried soil sample is 250 grams (Ms). water, the soil particles displace 95 cm³ [giving us the volume of soil solids] (Vs). Use this information to calculate the specific gravity (Gs) of the soil solids. Pw = (1 gm/cm3³) (Hint, you can use the last formula from 'Illustration 3-3' from the textbook) (No Phase Diagram for 3-5) Gs = Ms Vs P

Mass of a dried soil sample is 250 grams (Ms). water, the soil particles displace 95 cm³ [giving us the volume of soil solids] (Vs). Use this information to calculate the specific gravity (Gs) of the soil solids. Pw = (1 gm/cm3³) (Hint, you can use the last formula from 'Illustration 3-3' from the textbook) (No Phase Diagram for 3-5) Gs = Ms Vs P

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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3-5 Mass of a dried soil sample is 250 grams (Ms). When this sample is immersed in water, the soil particles displace 95 cm³ [giving us the volume of soil solids] (Vs). Use this information to calculate the specific gravity (Gs) of the soil solids. Pw = (1 gm/cm³) (Hint, you can use the last formula from 'Illustration 3-3' from the textbook) (No Phase Diagram for 3-5) Gs= Ms Vs Pw
Transcribed Image Text:3-5 Mass of a dried soil sample is 250 grams (Ms). When this sample is immersed in water, the soil particles displace 95 cm³ [giving us the volume of soil solids] (Vs). Use this information to calculate the specific gravity (Gs) of the soil solids. Pw = (1 gm/cm³) (Hint, you can use the last formula from 'Illustration 3-3' from the textbook) (No Phase Diagram for 3-5) Gs= Ms Vs Pw
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