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[PROBLEM MQ-A] In a controlled laboratory setting, a soil sample weighing 3.2g was meticulously studied. This soil was compacted into a two liters cylindrical mold and subjected to oven drying, resulting in a reduced weight of soil to 2.8g. The specific gravity of the soil solids was measured at 2.35. Determine the void ratio. (A) 0.40 B) 0.47 C) 0.14 (D) 0.68

[PROBLEM MQ-A] In a controlled laboratory setting, a soil sample weighing 3.2g was meticulously studied. This soil was compacted into a two liters cylindrical mold and subjected to oven drying, resulting in a reduced weight of soil to 2.8g. The specific gravity of the soil solids was measured at 2.35. Determine the void ratio. (A) 0.40 B) 0.47 C) 0.14 (D) 0.68

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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Follow-up on [PROBLEM MQ-AJ, determine the degree of saturation (in %). (A) 71.62 (B) 235.00 49.47 D) 83.05
Transcribed Image Text:Follow-up on [PROBLEM MQ-AJ, determine the degree of saturation (in %). (A) 71.62 (B) 235.00 49.47 D) 83.05
[PROBLEM MQ-A] In a controlled laboratory setting, a soil sample weighing 3.2g was meticulously studied. This soil was compacted into a two liters cylindrical mold and subjected to oven drying, resulting in a reduced weight of soil to 2.8g. The specific gravity of the soil solids was measured at 2.35. Determine the void ratio. (A) 0.40 B) 0.47 0.14 (D) 0.68
Transcribed Image Text:[PROBLEM MQ-A] In a controlled laboratory setting, a soil sample weighing 3.2g was meticulously studied. This soil was compacted into a two liters cylindrical mold and subjected to oven drying, resulting in a reduced weight of soil to 2.8g. The specific gravity of the soil solids was measured at 2.35. Determine the void ratio. (A) 0.40 B) 0.47 0.14 (D) 0.68
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