The field compaction of an earthwork was checked by an inspection engineer. In the laboratory test, the soil gives a maximum dry density of 1.521 gram/cc at optimuin moisture content of 14.8%. Construction specifications requires that the soil compacted dry density imust be at least 95% of the maximum dry density obtained from laboratory within t 0.2% of optimum moisture content. The following data were obtained in the field using the sand cone test: Volume of soil excavated = 1245-cm Weight of soil excavated = 2260 grams Dry weight of soil = 1810 grams What is the field unit weight of the soil? A. 1.815 g/cc B. 1.857 g/cc What is the in situ moisture content of the soil? A. 25.14% B. 23.78% C. 1.921 g/cc D. 1.784 g/cc C. 26.32% D. 24.86% Determine the relative compaction of the soil and whether it is adequate or not. A. 95.58, not adequate B. 95.18, adequate C. 95.18, not adequate D. 95.58, adequate

Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
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The field compaction of an earthwork was checked by an inspection
engineer. In the laboratory test, the soil gives a maximum dry density of 1.521
gram/cc at optimuin moisture content of 14.8%. Construction specifications
requires that the soil compacted dry density must be at least 95% of the
maximum dry density obtained from laboratory within t 0.2% of optimum
moisture content.
The following data were obtained in the field using the sand cone test:
Volume of soil excavated = 1245-cm
Weight of soil excavated = 2260 grams
Dry weight of soil = 1810 grams
22 What is the field unit weight of the soil?
A. 1.815 g/cc
B. 1.857 g/cc
C. 1.921 g/cc
D. 1.784 g/cc
23 What is the in situ moisture content of the soil?
A. 25.14%
B: 23.78%
C. 26.32%
D. 24.86%
24
Determine the relative compaction of the soil and whether it is adequate or
not.
A. 95.58, not adequate
B. 95,18, adequate
C. 95.18, not adequate
D. 95.58, adequate
Transcribed Image Text:The field compaction of an earthwork was checked by an inspection engineer. In the laboratory test, the soil gives a maximum dry density of 1.521 gram/cc at optimuin moisture content of 14.8%. Construction specifications requires that the soil compacted dry density must be at least 95% of the maximum dry density obtained from laboratory within t 0.2% of optimum moisture content. The following data were obtained in the field using the sand cone test: Volume of soil excavated = 1245-cm Weight of soil excavated = 2260 grams Dry weight of soil = 1810 grams 22 What is the field unit weight of the soil? A. 1.815 g/cc B. 1.857 g/cc C. 1.921 g/cc D. 1.784 g/cc 23 What is the in situ moisture content of the soil? A. 25.14% B: 23.78% C. 26.32% D. 24.86% 24 Determine the relative compaction of the soil and whether it is adequate or not. A. 95.58, not adequate B. 95,18, adequate C. 95.18, not adequate D. 95.58, adequate
An open channel is to have a discharge of 37 m³/s and average velocity
of 1.5 m/s. Find the depth the trapezoidal open channel for the following
conditions:
Most efficient section.
1
A. 4.25 m
В. 3.17 m
2 Base width is twice the depth and side slope of 2H:1V.
А. 2.48 m
B. 2.87 m
Minimum seepage with sides inclined 62 with the horizontal.
А. 2.9 m
В. 3.2 m
C. 3.96 m
D. 3.77 m
C. 3.54 m
D. 3.12 m
C. 2.5 m
D. 2.7 m
Transcribed Image Text:An open channel is to have a discharge of 37 m³/s and average velocity of 1.5 m/s. Find the depth the trapezoidal open channel for the following conditions: Most efficient section. 1 A. 4.25 m В. 3.17 m 2 Base width is twice the depth and side slope of 2H:1V. А. 2.48 m B. 2.87 m Minimum seepage with sides inclined 62 with the horizontal. А. 2.9 m В. 3.2 m C. 3.96 m D. 3.77 m C. 3.54 m D. 3.12 m C. 2.5 m D. 2.7 m
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