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The Laplacian on dimensional flow in the spherical coordinate system is given = 0 ôr ôr Find h in terms ofr and hence the flow through the base of a well in flush with a confined aquifer (Fig. 2). Hint: r=0, h = H, max 1 -Radius el he well, t. -Tatal Iwad in aqu fer L'atu pleno (Ievel in well: Impervous soil SOIL Conired Equifer Waier tow Fig. 2

The Laplacian on dimensional flow in the spherical coordinate system is given = 0 ôr ôr Find h in terms ofr and hence the flow through the base of a well in flush with a confined aquifer (Fig. 2). Hint: r=0, h = H, max 1 -Radius el he well, t. -Tatal Iwad in aqu fer L'atu pleno (Ievel in well: Impervous soil SOIL Conired Equifer Waier tow Fig. 2

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The Laplacian on dimensional flow in the spherical coordinate system is given = 0 Find h in terms ofr and hence the flow through the base of a well in flush with a confined aquifer (Fig. 2). Hint: r =∞, h = H, max 1 Radius el he vel, t. Su uos -Tatal Iwad in aqu.fer L'atu pleno (Ievel in well: Impervous soil SOIL Conired Equifer Waier tow Fig. 2
Transcribed Image Text:The Laplacian on dimensional flow in the spherical coordinate system is given = 0 Find h in terms ofr and hence the flow through the base of a well in flush with a confined aquifer (Fig. 2). Hint: r =∞, h = H, max 1 Radius el he vel, t. Su uos -Tatal Iwad in aqu.fer L'atu pleno (Ievel in well: Impervous soil SOIL Conired Equifer Waier tow Fig. 2
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