Calculate the evaporation rate from an open water source, if the net radiation is 300 W/m and the air temperature is 30° C. Assume value of zero for sensible heat, ground heat flux heat stored in water body and advected energy. The density of water at 30° C=996 kg/m² [Hint: Calculate latent heat of vapourisation L by the formula: L = 2501 – 2.37 T (kJ/kg), where T=temperature in °C.]
Calculate the evaporation rate from an open water source, if the net radiation is 300 W/m and the air temperature is 30° C. Assume value of zero for sensible heat, ground heat flux heat stored in water body and advected energy. The density of water at 30° C=996 kg/m² [Hint: Calculate latent heat of vapourisation L by the formula: L = 2501 – 2.37 T (kJ/kg), where T=temperature in °C.]
Chapter2: Loads On Structures
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![Calculate the evaporation rate from an open water source, if the net radiation is 300 W/m?
and the air temperature is 30° C. Assume value of zero for sensible heat, ground heat flux,
heat stored in water body and advected energy. The density of water at 30° C=996 kg/m.
[Hint: Calculate latent heat of vapourisation L by the formula:
L = 2501 – 2.37 T (kJ/kg), where T = temperature in °C.]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F81deedfe-4038-463b-ab9e-8af09fad250d%2F2e7efa31-680e-4b2f-8699-5b3dba9cf47e%2Fnz9o0dq_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Calculate the evaporation rate from an open water source, if the net radiation is 300 W/m?
and the air temperature is 30° C. Assume value of zero for sensible heat, ground heat flux,
heat stored in water body and advected energy. The density of water at 30° C=996 kg/m.
[Hint: Calculate latent heat of vapourisation L by the formula:
L = 2501 – 2.37 T (kJ/kg), where T = temperature in °C.]
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