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6 x 2/ Given in the design of the following movable grid system: field dimensions (360m x 1080m), soil mixture alluvial, effective depth of root zone (80 cm), German consumption (8mm / day), sprinklers (Jism and 9m), average Wind speed (2m / sec), water holding capacity (1.7mm / cm), moisture depletion rate (50%), base infiltration rate (10.2mm / hr), note that the irrigation efficiency is (659). The main pipe passes outside the field. The spray tube is made of Aluminum material discharge coefficient (0.967 = c) required:. 1. Net irrigation depth 2- Irrigation interval 3- Total irrigation depth 4- Irrigation rate b) Number of spray tubes needed for the field c) Sprinkler drainage, spray diameter, pressure charge rate d Diameter of spray pop in cases: 6 1- Spray pop Hesto 2 The spray pop has a downward slope of (19). 3- The spray pop has a slope of (19). The pressure charge at the entrance and end of the spray tube for the three cases in d %3D

6 x 2/ Given in the design of the following movable grid system: field dimensions (360m x 1080m), soil mixture alluvial, effective depth of root zone (80 cm), German consumption (8mm / day), sprinklers (Jism and 9m), average Wind speed (2m / sec), water holding capacity (1.7mm / cm), moisture depletion rate (50%), base infiltration rate (10.2mm / hr), note that the irrigation efficiency is (659). The main pipe passes outside the field. The spray tube is made of Aluminum material discharge coefficient (0.967 = c) required:. 1. Net irrigation depth 2- Irrigation interval 3- Total irrigation depth 4- Irrigation rate b) Number of spray tubes needed for the field c) Sprinkler drainage, spray diameter, pressure charge rate d Diameter of spray pop in cases: 6 1- Spray pop Hesto 2 The spray pop has a downward slope of (19). 3- The spray pop has a slope of (19). The pressure charge at the entrance and end of the spray tube for the three cases in d %3D

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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6 x 2/ Given in the design of the following movable grid system: field dimensions (360m x 1080m), soil mixture alluvial, effective depth of root zone (80 cm), German consumption (8mm / day), sprinklers (Jism and 9m), average Wind speed (2m / sec), water holding capacity (1.7mm / cm), moisture depletion rate (50%), base infiltration rate (10.2mm / hr), note that the irrigation efficiency is (659). The main pipe passes outside the field. The spray tube is made of Aluminum material discharge coefficient (0.967 = c) required:. 1. Net irrigation depth 2- Irrigation interval 3- Total irrigation depth 4- Irrigation rate b) Number of spray tubes needed for the field c) Sprinkler drainage, spray diameter, pressure charge rate d Diameter of spray pop in cases: 6 1- Spray pop Hesto 2 The spray pop has a downward slope of (19). 3- The spray pop has a slope of (19). The pressure charge at the entrance and end of the spray tube for the three cases in d %3D
Transcribed Image Text:6 x 2/ Given in the design of the following movable grid system: field dimensions (360m x 1080m), soil mixture alluvial, effective depth of root zone (80 cm), German consumption (8mm / day), sprinklers (Jism and 9m), average Wind speed (2m / sec), water holding capacity (1.7mm / cm), moisture depletion rate (50%), base infiltration rate (10.2mm / hr), note that the irrigation efficiency is (659). The main pipe passes outside the field. The spray tube is made of Aluminum material discharge coefficient (0.967 = c) required:. 1. Net irrigation depth 2- Irrigation interval 3- Total irrigation depth 4- Irrigation rate b) Number of spray tubes needed for the field c) Sprinkler drainage, spray diameter, pressure charge rate d Diameter of spray pop in cases: 6 1- Spray pop Hesto 2 The spray pop has a downward slope of (19). 3- The spray pop has a slope of (19). The pressure charge at the entrance and end of the spray tube for the three cases in d %3D
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