Question: A well at a distance d from an impermeable boundary at a flow rat Q. The head and any point (x, y) is given by
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Where C is a constant, r1 is the straight line distance from the well to the point (x, y), and r2 is the distance from the image well to the point (x, y). The y-axis lies along the impregnable boundary. Use Darcy's law to show that the flow across the boundary (y-axis) is indeed zero?
x,y) =
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At xy If dh dx 0 ie Hydraulic gradient And if q 1 K dh dx ... View full answer

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