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Civil Engineering
True (T) or False (F)

True (T) or False (F)

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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ZAIN IQ I1. docs.google.com a Q2: Answer with True (T) or False (F) each of the followings: True False If the whole field is over irrigated and required net depth is 55 mm, then applied net depth is 55 mm. If the required net depth is 56 mm, the applied gross depth is 80 mm and part of the field is under irrigated, then the irrigation efficiency would be 70%. If the required net depth is 56 mm, the applied gross depth is 80 mm and part + -> 20
Transcribed Image Text:ZAIN IQ I1. docs.google.com a Q2: Answer with True (T) or False (F) each of the followings: True False If the whole field is over irrigated and required net depth is 55 mm, then applied net depth is 55 mm. If the required net depth is 56 mm, the applied gross depth is 80 mm and part of the field is under irrigated, then the irrigation efficiency would be 70%. If the required net depth is 56 mm, the applied gross depth is 80 mm and part + -> 20
* ZAIN IQ lIı. docs.google.com A mm, the applied gross depth is 80 mm and part of the field is under irrigated, then the irrigation efficiency would be less than 70%. Given irrigation efficiency of 75 % and applied gross depth of application is 80 mm, in this case the required net depth of irrigation would be 60 mm. If net depth=50 mm, leaching requirements =12 mm, effective rainfall =5 mm, deep percolations losses =3 mm. In this case the gross depth of application would be 61 mm.
Transcribed Image Text:* ZAIN IQ lIı. docs.google.com A mm, the applied gross depth is 80 mm and part of the field is under irrigated, then the irrigation efficiency would be less than 70%. Given irrigation efficiency of 75 % and applied gross depth of application is 80 mm, in this case the required net depth of irrigation would be 60 mm. If net depth=50 mm, leaching requirements =12 mm, effective rainfall =5 mm, deep percolations losses =3 mm. In this case the gross depth of application would be 61 mm.
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