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Water content and total porosity of a soil are given as 10% and 25% respectively specific gravity of soil particle is 2.5 the volume of water that should be added to 100 m³ of this soil for full saturation is?
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Water content and total porosity of a soil are given as 10% and 25% re...
Introduction
To determine the volume of water needed to achieve full saturation in the soil, we must first understand the key parameters: water content, total porosity, and specific gravity of soil particles.
Key Parameters
- Water Content (W): 10% (0.10)
- Total Porosity (P): 25% (0.25)
- Specific Gravity (G): 2.5
Step 1: Calculate the Volume of Soil
For a given volume of soil (V_soil = 100 m³), the volume of voids (V_voids) can be calculated using total porosity:
- V_voids = P * V_soil = 0.25 * 100 = 25 m³
Step 2: Calculate the Volume of Water Currently in the Soil
To find the volume of water already present in the soil (V_water):
- V_water = W * V_soil = 0.10 * 100 = 10 m³
Step 3: Calculate the Volume of Water Required for Saturation
The volume of water required to achieve full saturation (V_required) is the volume of voids minus the volume of water already present:
- V_required = V_voids - V_water
- V_required = 25 m³ - 10 m³ = 15 m³
Conclusion
To fully saturate 100 m³ of this soil, 15 m³ of additional water should be added. This calculation ensures optimal soil conditions for various applications, including agriculture and construction.
To determine the volume of water needed to achieve full saturation in the soil, we must first understand the key parameters: water content, total porosity, and specific gravity of soil particles.
Key Parameters
- Water Content (W): 10% (0.10)
- Total Porosity (P): 25% (0.25)
- Specific Gravity (G): 2.5
Step 1: Calculate the Volume of Soil
For a given volume of soil (V_soil = 100 m³), the volume of voids (V_voids) can be calculated using total porosity:
- V_voids = P * V_soil = 0.25 * 100 = 25 m³
Step 2: Calculate the Volume of Water Currently in the Soil
To find the volume of water already present in the soil (V_water):
- V_water = W * V_soil = 0.10 * 100 = 10 m³
Step 3: Calculate the Volume of Water Required for Saturation
The volume of water required to achieve full saturation (V_required) is the volume of voids minus the volume of water already present:
- V_required = V_voids - V_water
- V_required = 25 m³ - 10 m³ = 15 m³
Conclusion
To fully saturate 100 m³ of this soil, 15 m³ of additional water should be added. This calculation ensures optimal soil conditions for various applications, including agriculture and construction.
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Water content and total porosity of a soil are given as 10% and 25% respectively specific gravity of soil particle is 2.5 the volume of water that should be added to 100 m³ of this soil for full saturation is?
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Water content and total porosity of a soil are given as 10% and 25% respectively specific gravity of soil particle is 2.5 the volume of water that should be added to 100 m³ of this soil for full saturation is? for UPSC 2024 is part of UPSC preparation. The Question and answers have been prepared according to the UPSC exam syllabus. Information about Water content and total porosity of a soil are given as 10% and 25% respectively specific gravity of soil particle is 2.5 the volume of water that should be added to 100 m³ of this soil for full saturation is? covers all topics & solutions for UPSC 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Water content and total porosity of a soil are given as 10% and 25% respectively specific gravity of soil particle is 2.5 the volume of water that should be added to 100 m³ of this soil for full saturation is?.
Water content and total porosity of a soil are given as 10% and 25% respectively specific gravity of soil particle is 2.5 the volume of water that should be added to 100 m³ of this soil for full saturation is? for UPSC 2024 is part of UPSC preparation. The Question and answers have been prepared according to the UPSC exam syllabus. Information about Water content and total porosity of a soil are given as 10% and 25% respectively specific gravity of soil particle is 2.5 the volume of water that should be added to 100 m³ of this soil for full saturation is? covers all topics & solutions for UPSC 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Water content and total porosity of a soil are given as 10% and 25% respectively specific gravity of soil particle is 2.5 the volume of water that should be added to 100 m³ of this soil for full saturation is?.
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