Civil Engineering - Water Resources Engineering - Discussion
Discussion Forum : Water Resources Engineering - Section 3 (Q.No. 9)
9.
If the slope of a line for infiltration capacity curve is 
, the value of constant k in Horton's equation of infiltration capacity curve, is
, the value of constant k in Horton's equation of infiltration capacity curve, isDiscussion:
8 comments Page 1 of 1.
Irshad Ahmed said:
5 years ago
1/1.737 = 1/ k log(e).
K log (e) = 1.737,
K = 1.737/ log e,
K = 4.
Where option E is correct (4.0).
K log (e) = 1.737,
K = 1.737/ log e,
K = 4.
Where option E is correct (4.0).
(2)
Ichitha said:
6 years ago
1/1.737 = 1/ k log(e).
K log (e) = 1.737,
K = 1.737/ log e,
K = 4.
K log (e) = 1.737,
K = 1.737/ log e,
K = 4.
(1)
Aiza said:
7 years ago
Can someone explain it completely?
(1)
Raaj said:
7 years ago
Thank you @Vamshi.
Orai said:
7 years ago
Please Explain it.
Vamshi Namani said:
7 years ago
The slope of a line for infiltration capacity curve is 1/(klog(e)),
[log to the base 10].
[log to the base 10].
Harsha said:
8 years ago
Can anyone tell the exact formula?
(1)
Snehal Wankhede said:
9 years ago
Please provide the explanation of the solution.
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