ater is recharged to an aquifer through a well of 200mm diameter penetrating up to the base of the aquifer. The hydraulic conductivity of the aquifer is 19m d^(-1). During recharge, the water level in the well is 32m from the base of the aquifer. A constant height of 27m above the same base is obtained at a distance of 200m from the well i. If the aquifer is confined with a thickness of 20m, the theoretical recharge rate in the litre per second is:
ater is recharged to an aquifer through a well of 200mm diameter penetrating up to the base of the aquifer. The hydraulic conductivity of the aquifer is 19m d^(-1). During recharge, the water level in the well is 32m from the base of the aquifer. A constant height of 27m above the same base is obtained at a distance of 200m from the well i. If the aquifer is confined with a thickness of 20m, the theoretical recharge rate in the litre per second is:
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Water is recharged to an aquifer through a well of 200mm diameter penetrating up to the base of the aquifer. The hydraulic conductivity of the aquifer is 19m d^(-1). During recharge, the water level in the well is 32m from the base of the aquifer. A constant height of 27m above the same base is obtained at a distance of 200m from the well
i. If the aquifer is confined with a thickness of 20m, the theoretical recharge rate in the litre per second is:
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