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A sample of wet soil has a mass of 12kg. On over-drying the mass reduces to 10kg, the water content of the soil is-
  • a)
    2.0%
  • b)
    20.0%
  • c)
    16.67%
  • d)
    None of the above
Correct answer is option 'C'. Can you explain this answer?
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A sample of wet soil has a mass of 12kg. On over-drying the mass redu...
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A sample of wet soil has a mass of 12kg. On over-drying the mass redu...
Given:
Mass of wet soil = 12kg
Mass of over-dried soil = 10kg

To find:
Water content of the soil

Solution:
The water content of the soil can be determined by calculating the difference in mass between the wet soil and the over-dried soil.

Step 1: Calculate the mass of water lost during the drying process.
Mass of water lost = Mass of wet soil - Mass of over-dried soil
= 12kg - 10kg
= 2kg

Step 2: Calculate the water content as a percentage of the wet soil mass.
Water content = (Mass of water lost / Mass of wet soil) * 100%
= (2kg / 12kg) * 100%
= 16.67%

Answer:
The water content of the soil is 16.67%. Therefore, the correct option is (c) 16.67%.
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Community Answer
A sample of wet soil has a mass of 12kg. On over-drying the mass redu...
W=12, Ws=10,
Ww=W-Ws=12-10=2,
Then,
W.C = Ww/Ws = 2/10 = 0.2
%W.C= 0.2x100=20%
 Correct answer is option 'B'.
Please Correction this question. 

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