In DLSUD the rainfall (80 cm/yr), of which 30% runoff in the surface. The farmers irrigate vegetables using well water. Of the extracted well water, 80% is lost by evapotranspiration, the remainder percolates back into the ground. The area 27 km2, the gardener extracts water from the ground per year without depleting the groundwater reservoir volume. a. What is the volumetric flow rate (L/yr) of the water that repercolate? b. What is the volumetric flow rate (L/yr) of the water that evapotranspirate?
In DLSUD the rainfall (80 cm/yr), of which 30% runoff in the surface. The farmers irrigate vegetables using well water. Of the extracted well water, 80% is lost by evapotranspiration, the remainder percolates back into the ground. The area 27 km2, the gardener extracts water from the ground per year without depleting the groundwater reservoir volume. a. What is the volumetric flow rate (L/yr) of the water that repercolate? b. What is the volumetric flow rate (L/yr) of the water that evapotranspirate?
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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In DLSUD the rainfall (80 cm/yr), of which 30% runoff in the surface. The farmers irrigate vegetables using well water. Of the extracted well water, 80% is lost by evapotranspiration, the remainder percolates back into the ground. The area 27 km2, the gardener extracts water from the ground per year without depleting the groundwater reservoir volume.
a. What is the volumetric flow rate (L/yr) of the water that repercolate?
b. What is the volumetric flow rate (L/yr) of the water that evapotranspirate?
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