HW6 : Basin irrigationEx 8-1: Farm of clay loam soil irrigated by basins. Slope in direction ofirrigation 0.2% , net application depth 10 cm, available discharge 100 Lps.Width of basin must be not exceed its length, use Booher method;Find; 1. area of one basin2.discharge of one basin3.number of basin..Ex 8-2: Farm is divided into 10 basins, if the soil is sandy loam ,slope of landin the direction of irrigation 0.07% ,no slope in the cross direction,supplied discharge for two basins 450 m/hr, depth of water 100 mm.1.Use Booher to design the dimensions of basin ,what is the whole area ofthe farm.2.Use Quackenbush methods to find the value of ng volume of appliedwater and time of application.

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Ex 8-1: Farm of clay loam soil irrigated by basins. Slope in direction of irrigation 0.2% , net application depth 10 cm, available discharge 100 Lps. Width of basin must be not exceed its length, use Booher method; Find; 1. area of one basin 2.discharge of one basin 3.number of basin..

Ex 8-1: Farm of clay loam soil irrigated by basins. Slope in direction of irrigation 0.2% , net application depth 10 cm, available discharge 100 Lps. Width of basin must be not exceed its length, use Booher method; Find; 1. area of one basin 2.discharge of one basin 3.number of basin..

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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