The mass of a sample of a saturated soil is 540 grams. The dry mass (after onven drying) is 420 grams. The specific gravit of solids is 2.7. Determine: 1. Degree of saturation is S = 100 2. The mass of water is 120 3. The volume of water is 120 4. The volume of solid is 155.55 5. The water content w= 28.6 6. The void ratio e = 0.77 7. Saturated unit weight Ysat = 8. Dry unit weight Ya = 15 9. Porosity n = 43.5 10. If emas = 1 and emin = 0.6, the relative density Dr= 83.25 % g: %; cm³; 19225 cm³: kN/m²; kN/m³;

Structural Analysis
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Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
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The mass of a sample of a saturated soil is 540 grams. The dry mass (after onven drying) is 420 grams. The specific gravity
of solids is 2.7. Determine:
1. Degree of saturation is S= 100
2. The mass of water is 120
3. The volume of water is 120
4. The volume of solid is 155.55
5. The water content w= 28.6
g:
%
cm³:
cm³:
6. The void ratio e = 0.77
7. Saturated unit weight Ysat = 19225
8. Dry unit weight Yd = 15
9. Porosity n = 43.5
10. If emax = 1 and emin = 0,6, the relative density Dr= 83.25
kN/m²;
kN/m³;
Transcribed Image Text:The mass of a sample of a saturated soil is 540 grams. The dry mass (after onven drying) is 420 grams. The specific gravity of solids is 2.7. Determine: 1. Degree of saturation is S= 100 2. The mass of water is 120 3. The volume of water is 120 4. The volume of solid is 155.55 5. The water content w= 28.6 g: % cm³: cm³: 6. The void ratio e = 0.77 7. Saturated unit weight Ysat = 19225 8. Dry unit weight Yd = 15 9. Porosity n = 43.5 10. If emax = 1 and emin = 0,6, the relative density Dr= 83.25 kN/m²; kN/m³;
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