9) An irrigated area of 2500 m is irrigated by 300 m of water from a farm gate to fill its effective root zone (R.Z= 1.0m deep) to the field capacity, the PAD-50% and wilting point 10% by volume. Determine the time needed for irrigation in (hours) if the average infiltration rate is 15t U.6 (cm/hr). 9) An irrigated area of 2500 m? is irrigated by 300 m of water from a farm gate to fill its effectiveroot zone (R.Z= 1.0m deep) to the field capacity, the PAD=50% and wilting point =10% by volume.Determine the time needed for irrigation in (hours) if the average infiltration rate is 15t-0.6 (cm/hr).

Given:- Area = 2500mirrigated iwth water= 300mmR.Z.=1.0m deepPAD-50%Wilting point = 10%Average…

Answered: An irrigated area of 2500 m is…

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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9) An irrigated area of 2500 m is irrigated by 300 m of water from a farm gate to fill its effective root zone (R.Z= 1.0m deep) to the field capacity, the PAD-50% and wilting point 10% by volume. Determine the time needed for irrigation in (hours) if the average infiltration rate is 15t U.6 (cm/hr).

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