Assignment 4 Problem 3 It is required to construct an embankment by compacting a soil excavated from nearby borrow areas. The optimum moisture content and the corresponding dry density of this soil was determined in the laboratory and was found to be 22.5 % and 1.66 gm / cc respectively. However the natural moisture content and bulk density of the soil were 9 % and 1.78 gm/cc respectively Find out the quantity of soil to be excavated and the quantity of water to be added for every 100 m3 of finished embankment. [ Ans. 101.65 m3 , 22410 litres ]
Assignment 4 Problem 3 It is required to construct an embankment by compacting a soil excavated from nearby borrow areas. The optimum moisture content and the corresponding dry density of this soil was determined in the laboratory and was found to be 22.5 % and 1.66 gm / cc respectively. However the natural moisture content and bulk density of the soil were 9 % and 1.78 gm/cc respectively Find out the quantity of soil to be excavated and the quantity of water to be added for every 100 m3 of finished embankment. [ Ans. 101.65 m3 , 22410 litres ]
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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It is required to construct an embankment by compacting a soil excavated from nearby borrow areas . The optimum moisture content and the corresponding dry density of this soil was determined in the laboratory and was found to be 22.5 % and 1.66 gm / cc respectively . However the natural moisture content and bulk density of the soil were 9 % and 1.78 gm / cc respectively . Find out the quantity of soil to be excavated and the quantity of water to be added for every 100 m³ of finished embankment .
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