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A river valley consists of 14 hectare of irrigable land to be used for growing a crop whose peak consumptive use is 5 mm/day. If the average daily precipitation on the valley is 20 mm/day of which 2.00 mm is available for the crop and the irrigation system is operated for 12 hrs a day, determine the discharge in the irrigation stream is field irrigation efficiency is 50%.

A river valley consists of 14 hectare of irrigable land to be used for growing a crop whose peak consumptive use is 5 mm/day. If the average daily precipitation on the valley is 20 mm/day of which 2.00 mm is available for the crop and the irrigation system is operated for 12 hrs a day, determine the discharge in the irrigation stream is field irrigation efficiency is 50%.

Structural Analysis
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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A river valley consists of 14 hectare of irrigable land to be used for growing a crop whose peak consumptive use is 5 mm/day. If the average daily precipitation on the valley is 20 mm/day of which 2.00 mm is available for the crop and the irrigation system is operated for 12 hrs a day, determine the discharge in the irrigation stream is field irrigation efficiency is 50%.
Transcribed Image Text:A river valley consists of 14 hectare of irrigable land to be used for growing a crop whose peak consumptive use is 5 mm/day. If the average daily precipitation on the valley is 20 mm/day of which 2.00 mm is available for the crop and the irrigation system is operated for 12 hrs a day, determine the discharge in the irrigation stream is field irrigation efficiency is 50%.
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