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At a given location, the net radiation was 205 W/m², the air temperature was 25°C, and the wind velocity at 2 m height was 2.0 m/s, relative humidity is 75%, roughness height is 0.5 cm. Use density of water = 999 kg/m³ and psychrometric constant = 66.8 Pa/°C. Use energy balance method, aerodynamic method, and combined method to determine the evaporation rate (in mm/day). Using Energy Balance Method in mm/day Round to two (2) decimal places Add your answer

At a given location, the net radiation was 205 W/m², the air temperature was 25°C, and the wind velocity at 2 m height was 2.0 m/s, relative humidity is 75%, roughness height is 0.5 cm. Use density of water = 999 kg/m³ and psychrometric constant = 66.8 Pa/°C. Use energy balance method, aerodynamic method, and combined method to determine the evaporation rate (in mm/day). Using Energy Balance Method in mm/day Round to two (2) decimal places Add your answer

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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At a given location, the net radiation was 205 W/m², the air temperature was 25°C, and the wind velocity at 2 m height was 2.0 m/s, relative humidity is 75%, roughness height is 0.5 cm. Use density of water = 999 kg/m³ and psychrometric constant = 66.8 Pa/°C. Use energy balance method, aerodynamic method, and combined method to determine the evaporation rate (in mm/day). Using Energy Balance Method in mm/day Round to two (2) decimal places Add your answer
Transcribed Image Text:At a given location, the net radiation was 205 W/m², the air temperature was 25°C, and the wind velocity at 2 m height was 2.0 m/s, relative humidity is 75%, roughness height is 0.5 cm. Use density of water = 999 kg/m³ and psychrometric constant = 66.8 Pa/°C. Use energy balance method, aerodynamic method, and combined method to determine the evaporation rate (in mm/day). Using Energy Balance Method in mm/day Round to two (2) decimal places Add your answer
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