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A pumping well (black circle) is placed in the middle of a contaminant pl (grey ellipse), as shown below. The pumping flow rate is 500 ft3/d and t groundwater flux is 2.5 ft2/d. Will the well fully capture the plume? Why not? Please answer in detail with calculations. 80 ft 20 ft

A pumping well (black circle) is placed in the middle of a contaminant pl (grey ellipse), as shown below. The pumping flow rate is 500 ft3/d and t groundwater flux is 2.5 ft2/d. Will the well fully capture the plume? Why not? Please answer in detail with calculations. 80 ft 20 ft

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
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A pumping well (black circle) is placed in the middle of a contaminant plume (grey ellipse), as shown below. The pumping flow rate is 500 ft3/d and the groundwater flux is 2.5 ft2/d. Will the well fully capture the plume? Why or why not? Please answer in detail with calculations. 80 ft 20 ft Nothing more information. All information provided and clear. Please answer the question.
Transcribed Image Text:A pumping well (black circle) is placed in the middle of a contaminant plume (grey ellipse), as shown below. The pumping flow rate is 500 ft3/d and the groundwater flux is 2.5 ft2/d. Will the well fully capture the plume? Why or why not? Please answer in detail with calculations. 80 ft 20 ft Nothing more information. All information provided and clear. Please answer the question.
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