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Water is draining from a Darcy cylinder (shown below). a) For the Darcy cylinder below, derive the transient 1-D mass balance equation. Describe how the equation would be different if the cylinder represents b) a confined aquifer, c) an unconfined aquifer d) steady state conditions ALIAL

Water is draining from a Darcy cylinder (shown below). a) For the Darcy cylinder below, derive the transient 1-D mass balance equation. Describe how the equation would be different if the cylinder represents b) a confined aquifer, c) an unconfined aquifer d) steady state conditions ALIAL

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Question 3 Water is draining from a Darcy cylinder (shown below). a) For the Darcy cylinder below, derive the transient 1-D mass balance equation. Describe how the equation would be different if the cylinder represents b) a confined aquifer, c) an unconfined aquifer d) steady state conditions Q/A = K(Ah/AL) h1 h2 Ah = h1 - h2 water input water output AL
Transcribed Image Text:Question 3 Water is draining from a Darcy cylinder (shown below). a) For the Darcy cylinder below, derive the transient 1-D mass balance equation. Describe how the equation would be different if the cylinder represents b) a confined aquifer, c) an unconfined aquifer d) steady state conditions Q/A = K(Ah/AL) h1 h2 Ah = h1 - h2 water input water output AL
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