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1. Four wells, located 2000 feet apart in a square pattern, are pumped at an average rate of 400 gpm from each well. If the transmissivity of the aquifer is 5000 ft'/day and the storage coefficient is 0.05, find the drawdown at the midpoint between the wells after 1000 days of pumping. Carry out the calculations by assuming that this is a confined aquifer.

1. Four wells, located 2000 feet apart in a square pattern, are pumped at an average rate of 400 gpm from each well. If the transmissivity of the aquifer is 5000 ft'/day and the storage coefficient is 0.05, find the drawdown at the midpoint between the wells after 1000 days of pumping. Carry out the calculations by assuming that this is a confined aquifer.

Mathematics For Machine Technology
Mathematics For Machine Technology
8th Edition
ISBN:9781337798310
Author:Peterson, John.
Publisher:Peterson, John.
Chapter65: Achievement Review—section Six
Section: Chapter Questions
Problem 41AR: Solve these prism and cylinder exercises. Where necessary, round the answers to 2 decimal places...
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1. Four wells, located 2000 feet apart in a square pattern, are pumped at an average rate of 400 gpm from each well. If the transmissivity of the aquifer is 5000 ft/day and the storage coefficient is 0.05, find the drawdown at the midpoint between the wells after 1000 days of pumping. Carry out the calculations by assuming that this is a confined aquifer.
Transcribed Image Text:1. Four wells, located 2000 feet apart in a square pattern, are pumped at an average rate of 400 gpm from each well. If the transmissivity of the aquifer is 5000 ft/day and the storage coefficient is 0.05, find the drawdown at the midpoint between the wells after 1000 days of pumping. Carry out the calculations by assuming that this is a confined aquifer.
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