Civil Engineering - Irrigation - Discussion
Discussion Forum : Irrigation - Section 2 (Q.No. 38)
38.
If the optimum depth of kor watering for a crop is 15.12 cm, the outlet factor for the crop for four week period in hectares per cumec, is
Discussion:
5 comments Page 1 of 1.
Shankar samad said:
6 years ago
Given is ;
δ = 15.12cm = 0.1512mm.
b = 4 * 7 = 28 days.
We know that the relation of δ, base period and duty is;
δ =8.64*b/duty.
so, duty=8.64*b/δ.
= 8.64 * 28/0.1512 = 1600 is the answer.
δ = 15.12cm = 0.1512mm.
b = 4 * 7 = 28 days.
We know that the relation of δ, base period and duty is;
δ =8.64*b/duty.
so, duty=8.64*b/δ.
= 8.64 * 28/0.1512 = 1600 is the answer.
(6)
S.k.m. said:
8 years ago
Δ=15.12cm=.1512m.
B=4*7=28days.
Duty(D)=8.64B/Δ=8.64*28/.1512=1600 ha/cumec.
B=4*7=28days.
Duty(D)=8.64B/Δ=8.64*28/.1512=1600 ha/cumec.
(3)
Pritesh Dabhade said:
8 years ago
D=[864B/Δ].
= [864 * 28]/15.12,
= 1600 hac/cum.
= [864 * 28]/15.12,
= 1600 hac/cum.
(2)
Iklak Husain said:
9 years ago
Delta= 15.12 cm = 0.1512 m.
B = 4 week = 28 days.
Delta = (8.64 * 28)/0.1512.
= 1600 hect/cumec.
B = 4 week = 28 days.
Delta = (8.64 * 28)/0.1512.
= 1600 hect/cumec.
Keerthana said:
1 decade ago
Delta = 15.12 cm = 0.1512 m.
B = 4 week = 28 days.
Delta(met) = 8.64*28(days)/D(hect/cumec).
D = 1600 hect/met.
B = 4 week = 28 days.
Delta(met) = 8.64*28(days)/D(hect/cumec).
D = 1600 hect/met.
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