A field pumping test was conducted from an aquifer of sandy soil of 4 m thickness confined between two impervious strata. When equilibrium was established, 90 liters of water was pumped Observation...

Solution plzA field pumping test was conducted from an aquifer of sandy soil of 4 m thickness confined<br>between two impervious strata. When equilibrium was established, 90 liters of water was pumped<br>Observation wells<br>Ap-<br>Ime<br>Test well<br>1, = 6 m<br>Impermeable stratum<br>, = 3 m<br>hz = 2.7 m<br>h, = 2.1 m<br>Confined aquifer<br>Ho = 4 m<br>Impermeable<br>out per hour. The water elevation in an observation well 3.0 m away from the test well was 2.1 m<br>and another 6.0 m away was 2.7 m from the roof level of the impervious stratum of the aquifer. Find<br>the value of k of the soil in m/sec. (<br>

Extracted text: A field pumping test was conducted from an aquifer of sandy soil of 4 m thickness confined between two impervious strata. When equilibrium was established, 90 liters of water was pumped Observation wells Ap- Ime Test well 1, = 6 m Impermeable stratum , = 3 m hz = 2.7 m h, = 2.1 m Confined aquifer Ho = 4 m Impermeable out per hour. The water elevation in an observation well 3.0 m away from the test well was 2.1 m and another 6.0 m away was 2.7 m from the roof level of the impervious stratum of the aquifer. Find the value of k of the soil in m/sec. (

Jun 11, 2022
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