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B. Field Density Determination Volume of hole = 1900 cc Weight of dry soil from hole (field) = 2600 g Weight of wet soil from hole (field) = 4100 g Maximum dry density (laboratory) = 1520 kg/m³ Find: a. Dry density (field) in KN/m³ b. Wet density (field) in KN/m c. Relative Compaction (%)

B. Field Density Determination Volume of hole = 1900 cc Weight of dry soil from hole (field) = 2600 g Weight of wet soil from hole (field) = 4100 g Maximum dry density (laboratory) = 1520 kg/m³ Find: a. Dry density (field) in KN/m³ b. Wet density (field) in KN/m c. Relative Compaction (%)

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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SOLVE FOR PART A, B, & C.

B. Field Density Determination Volume of hole = 1900 cc Weight of dry soil from hole (field) _= 2600 g Weight of wet soil from hole (field) = 4100 g Maximum dry density (laboratory) = 1520 kg/m³ Find: a. Dry density (field) in KN/m³ b. Wet density (field) in KN/m³ c. Relative Compaction (%) C. Moisture Content Determination Weight of empty can Weight of dry soil + can = 25 g Weight of wet soil + can = 28 g = 20 g Find: Moisture Content (%)
Transcribed Image Text:B. Field Density Determination Volume of hole = 1900 cc Weight of dry soil from hole (field) _= 2600 g Weight of wet soil from hole (field) = 4100 g Maximum dry density (laboratory) = 1520 kg/m³ Find: a. Dry density (field) in KN/m³ b. Wet density (field) in KN/m³ c. Relative Compaction (%) C. Moisture Content Determination Weight of empty can Weight of dry soil + can = 25 g Weight of wet soil + can = 28 g = 20 g Find: Moisture Content (%)
A. Volume of Measure Determination Weight of empty can = 250 g Weight of water + can = 2100 g Weight of can + sand = 3120 g Find: a. Volume of Measure Determination Vol. of Measure = Weight of Water (g) 1 g/cc b. Density of Sand Density of sand = Weight of sand (g) Vol. of Measure (cc)
Transcribed Image Text:A. Volume of Measure Determination Weight of empty can = 250 g Weight of water + can = 2100 g Weight of can + sand = 3120 g Find: a. Volume of Measure Determination Vol. of Measure = Weight of Water (g) 1 g/cc b. Density of Sand Density of sand = Weight of sand (g) Vol. of Measure (cc)
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