CVEN3501 Water Resources Engineering - 2025 T1
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6. If the pumping rate doubles, what will happen to the drawdown at your pumping node (absolute magnitude of change)?
7. Based on your value for transmissivity, and assuming a uniform aquifer thickness of 5 m, this model most likely represents?
5. For Model 2, what is the theoretically expected flow over boundary BC? [1 mark]
Note: You answer should be in [m3/d]
4e) Calculate Flow through boundary BC [2marks]
Note: You answer should be in [m3/d]
4c) Calculate Flow through boundary DC [2marks]
Note: You answer should be in [m3/d]
4a) Calculate the Head at pumping node [2marks]
Note: You answer should be in [m]
4b) Calculate Flow through boundary AB [2marks]
Note: You answer should be in [m3/d]
4d) Calculate Flow through boundary AD [2marks]
Note: You answer should be in [m3/d]
3d) Calculate Flow through boundary AD [2marks]
Note: You answer should be in [m3/d]
3c) Calculate Flow through boundary DC [2marks]
Note: You answer should be in [m3/d]
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