Given: Open water source Net radiation = 300 W/m2 Air temperature = 25 °C Density of water = 997 kg/m3 Assume value of zero for sensible heat, ground heat flux, heat stored in water body and advected energy. Use Ay = 2501 –- (2.37T) Calculate the evaporation rate (in mm/day) using Priestly and A Taylor approximation, if = 0.692. A+y 6.42 None of the choices 9.58 9.41 6.24

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Given: Open water source
Net radiation = 300 W/m?
Air temperature = 25 °C
Density of water = 997 kg/m3
Assume value of zero for sensible heat, ground heat flux, heat
stored in water body and advected energy.
Use Ay = 2501 –- (2.37T)
Calculate the evaporation rate (in mm/day) using Priestly and
Taylor approximation, if
A
= 0.692.
A+y
6.42
None of the choices
9.58
9.41
6.24
Transcribed Image Text:Given: Open water source Net radiation = 300 W/m? Air temperature = 25 °C Density of water = 997 kg/m3 Assume value of zero for sensible heat, ground heat flux, heat stored in water body and advected energy. Use Ay = 2501 –- (2.37T) Calculate the evaporation rate (in mm/day) using Priestly and Taylor approximation, if A = 0.692. A+y 6.42 None of the choices 9.58 9.41 6.24
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