The weight of the dry soil per unit volume is known as Bulk Unit Weight Saturated Unit Weight O Dry Unit Weight Effective Unit Weight Question 8 The hydrometer test is used to determine the size range of particles of soil with diameters smaller than mm. 0.075 mm 0.750 mm O 0.020 mm None of the Above 0.200 mm Question 9 Theof a soil material indicates how much of the void spaces is filled up with water. Bulk Unit Weight Porosity Degree of Saturation O Water Content
The weight of the dry soil per unit volume is known as Bulk Unit Weight Saturated Unit Weight O Dry Unit Weight Effective Unit Weight Question 8 The hydrometer test is used to determine the size range of particles of soil with diameters smaller than mm. 0.075 mm 0.750 mm O 0.020 mm None of the Above 0.200 mm Question 9 Theof a soil material indicates how much of the void spaces is filled up with water. Bulk Unit Weight Porosity Degree of Saturation O Water Content
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![Question 10
Sieve analysis was performed in the laboratory. It was found out that
the soil has a relatively large value of Cu. What does this indicate?
O The soil is well-graded.
We have a gap-graded soil.
None of the Above
The soil is poorly-graded.
Question 11
How do you interpret the particle size distribution of a soil sample
shown below without computing for the uniformity coefficient and
coefficient of curvature?
O The soil is uniformly-graded.
The soil is gap-graded.
The soil is well-graded.
O None of the Above
Question 12
This corresponds to the water content at which soil changes from a
liquid state to a plastic state.
O None of the Above
Liquid Limit
Shrinkage Limit
O Plastic Limit](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F98f673c4-b472-4be1-81b2-5247ad67bfce%2F418213a3-5609-4a68-92d3-75a97d55b9a5%2Fxlpl9h0q_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Question 10
Sieve analysis was performed in the laboratory. It was found out that
the soil has a relatively large value of Cu. What does this indicate?
O The soil is well-graded.
We have a gap-graded soil.
None of the Above
The soil is poorly-graded.
Question 11
How do you interpret the particle size distribution of a soil sample
shown below without computing for the uniformity coefficient and
coefficient of curvature?
O The soil is uniformly-graded.
The soil is gap-graded.
The soil is well-graded.
O None of the Above
Question 12
This corresponds to the water content at which soil changes from a
liquid state to a plastic state.
O None of the Above
Liquid Limit
Shrinkage Limit
O Plastic Limit
![Question 7
The weight of the dry soil per unit volume is known as
Bulk Unit Weight
Saturated Unit Weight
Dry Unit Weight
Effective Unit Weight
Question 8
The hydrometer test is used to determine the size range
of particles of soil with diameters smaller than mm.
0.075 mm
0.750 mm
0.020 mm
None of the Above
0.200 mm
Question 9
The of a soil material indicates how much of the void
spaces is filled up with water.
Bulk Unit Weight
Porosity
Degree of Saturation
Water Content](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F98f673c4-b472-4be1-81b2-5247ad67bfce%2F418213a3-5609-4a68-92d3-75a97d55b9a5%2Fznf2ulu_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Question 7
The weight of the dry soil per unit volume is known as
Bulk Unit Weight
Saturated Unit Weight
Dry Unit Weight
Effective Unit Weight
Question 8
The hydrometer test is used to determine the size range
of particles of soil with diameters smaller than mm.
0.075 mm
0.750 mm
0.020 mm
None of the Above
0.200 mm
Question 9
The of a soil material indicates how much of the void
spaces is filled up with water.
Bulk Unit Weight
Porosity
Degree of Saturation
Water Content
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