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Q1)) The reservoir has the following data: Evaporation by mass transfer = 4.5 mm/day Emitted solar radiation 7.25 MJ/m2.day Shortwave radiation reflection from water body 5.2 MJ/m2.day %3D Albedo = 0.723 %3D Longwave radiation backed to the atmosphere 1.65 MJ/m2.day Air temperature 25 °C Water temperature 10 °C Bown's ratio = 0.7 %3D Y= 0.066 kPa/°C Calculate the evaporation by using Penman's equation?

Q1)) The reservoir has the following data: Evaporation by mass transfer = 4.5 mm/day Emitted solar radiation 7.25 MJ/m2.day Shortwave radiation reflection from water body 5.2 MJ/m2.day %3D Albedo = 0.723 %3D Longwave radiation backed to the atmosphere 1.65 MJ/m2.day Air temperature 25 °C Water temperature 10 °C Bown's ratio = 0.7 %3D Y= 0.066 kPa/°C Calculate the evaporation by using Penman's equation?

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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Q1) The reservoir has the following data: Evaporation by mass transfer = 4.5 mm/day Emitted solar radiation 7.25 MJ/m2.day Shortwave radiation reflection from water body 5.2 MJ/m2.day - Albedo = 0.723 Longwave radiation backed to the atmosphere 1.65 MJ/m2.day Air temperature 25 °C Water temperature 10 °C %3D %3D Bown's ratio = 0.7 y = 0.066 kPa/°C Calculate the evaporation by using Penman's equation?
Transcribed Image Text:Q1) The reservoir has the following data: Evaporation by mass transfer = 4.5 mm/day Emitted solar radiation 7.25 MJ/m2.day Shortwave radiation reflection from water body 5.2 MJ/m2.day - Albedo = 0.723 Longwave radiation backed to the atmosphere 1.65 MJ/m2.day Air temperature 25 °C Water temperature 10 °C %3D %3D Bown's ratio = 0.7 y = 0.066 kPa/°C Calculate the evaporation by using Penman's equation?
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