EXPLANATION:Zero air void lineA curve representing the relationship between dry unit weight and water CONTENT of the compacted soil at zero % of air voids is called a zero air void line.Equation of zero air void line,\({γ _{d\max }} = \frac{{G{γ _w}}}{{1 + wG}}\)where,γdmax = Maximum dry unit weight of soilG = Specific gravityw = water content γw = unit weight of waterFrom the equation, it is clear that the unit weight of soil at zero voids depends on Specific gravity, water content, and unit weight of water.100 % saturation line: A curve representing the relationship between dry unit weight and water content of the compacted soil at 100 % the DEGREE of saturation is called the 100 % saturation line.Although 100 % saturation line CORRESPONDS to zero air void line x % saturation line in general does not corresponds to (100 - x) % air void line. "> EXPLANATION:Zero air void lineA curve representing the relationship between dry unit weight and water CONTENT of the compacted soil at zero % of air voids is called a zero air void line.Equation of zero air void line,\({γ _{d\max }} = \frac{{G{γ _w}}}{{1 + wG}}\)where,γdmax = Maximum dry unit weight of soilG = Specific gravityw = water content γw = unit weight of waterFrom the equation, it is clear that the unit weight of soil at zero voids depends on Specific gravity, water content, and unit weight of water.100 % saturation line: A curve representing the relationship between dry unit weight and water content of the compacted soil at 100 % the DEGREE of saturation is called the 100 % saturation line.Although 100 % saturation line CORRESPONDS to zero air void line x % saturation line in general does not corresponds to (100 - x) % air void line. ">

The unit weight of a soil at zero air voids depends on

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EXPLANATION:Zero air void lineA curve representing the relationship between dry unit weight and water CONTENT of the compacted soil at zero % of air voids is called a zero air void line.Equation of zero air void line,\({γ _{d\max }} = \frac{{G{γ _w}}}{{1 + wG}}\)where,γdmax = Maximum dry unit weight of soilG = Specific gravityw = water content γw = unit weight of waterFrom the equation, it is clear that the unit weight of soil at zero voids depends on Specific gravity, water content, and unit weight of water.100 % saturation line: A curve representing the relationship between dry unit weight and water content of the compacted soil at 100 % the DEGREE of saturation is called the 100 % saturation line.Although 100 % saturation line CORRESPONDS to zero air void line x % saturation line in general does not corresponds to (100 - x) % air void line.

Posted on 21 Nov 2024, this text provides information on General Knowledge related to General Awareness in General Knowledge. Please note that while accuracy is prioritized, the data presented might not be entirely correct or up-to-date. This information is offered for general knowledge and informational purposes only, and should not be considered as a substitute for professional advice.

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