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In an Irrigation water run, the inlet flow is 3.1 I/s/m, depth of flow at the inlet is 12 cm, average infiltration rate is 20 mm/hr. The infiltration depths follow a parabola function. The maximum distance that the irrigation water can reach if the infiltration depth is 60 mm at the inlet can be approximated to

In an Irrigation water run, the inlet flow is 3.1 I/s/m, depth of flow at the inlet is 12 cm, average infiltration rate is 20 mm/hr. The infiltration depths follow a parabola function. The maximum distance that the irrigation water can reach if the infiltration depth is 60 mm at the inlet can be approximated to

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
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In an Irrigation water run, the inlet flow is 3.1 I/s/m, depth of flow at the inlet is 12 cm, average infiltration rate is 20 mm/hr. The infiltration depths follow a parabola function. The maximum distance that the irrigation water can reach if the infiltration depth is 60 mm at the inlet can be approximated to а. none of these options b. 291 m O C. 253 m d. 104 m
Transcribed Image Text:In an Irrigation water run, the inlet flow is 3.1 I/s/m, depth of flow at the inlet is 12 cm, average infiltration rate is 20 mm/hr. The infiltration depths follow a parabola function. The maximum distance that the irrigation water can reach if the infiltration depth is 60 mm at the inlet can be approximated to а. none of these options b. 291 m O C. 253 m d. 104 m
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