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Determine the evapora the water surface temp relative humidity is 30 Use the Fitzgerald, Hor May assume V=V30; ew and ea are expresse Note: Negative E refers Problem 2 (Textbook I Prepare a clean, large s. with the storm history g vater depth (uniformly: Attach detailed calcul ocation of the Phi-Ind vithout detailed calcul:

Determine the evapora the water surface temp relative humidity is 30 Use the Fitzgerald, Hor May assume V=V30; ew and ea are expresse Note: Negative E refers Problem 2 (Textbook I Prepare a clean, large s. with the storm history g vater depth (uniformly: Attach detailed calcul ocation of the Phi-Ind vithout detailed calcul:

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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Determine the evaporation rate (inches/day) from a reservoir if the wind speed V30= 15 mph, the water surface temperature is 15°C, the overlying air has a temperature of 25°C, and the relative humidity is 30%. Use the Fitzgerald, Horton, and Lake Heffner equations. May assume V=V30; ew and ea are expressed in inches of Hg. Show detailed calculations as show during lecture. Note: Negative E refers to zero evaporation. Problem 2 (Textbook Problem #3-17) Prepare a clean, large sketch of Figure 3-9 in the textbook. Determine the Phi-Index associated with the storm history given in that figure if the total surface runoff from the basin is equal to a water depth (uniformly spread across the basin) of 2 inches. (Attach detailed calculations using ALL strips of areas from your sketch by adjusting the location of the Phi-Index line; Repeat calculations for accuracy- No partial credit offered without detailed calculations because of the nature of the problem).
Transcribed Image Text:Determine the evaporation rate (inches/day) from a reservoir if the wind speed V30= 15 mph, the water surface temperature is 15°C, the overlying air has a temperature of 25°C, and the relative humidity is 30%. Use the Fitzgerald, Horton, and Lake Heffner equations. May assume V=V30; ew and ea are expressed in inches of Hg. Show detailed calculations as show during lecture. Note: Negative E refers to zero evaporation. Problem 2 (Textbook Problem #3-17) Prepare a clean, large sketch of Figure 3-9 in the textbook. Determine the Phi-Index associated with the storm history given in that figure if the total surface runoff from the basin is equal to a water depth (uniformly spread across the basin) of 2 inches. (Attach detailed calculations using ALL strips of areas from your sketch by adjusting the location of the Phi-Index line; Repeat calculations for accuracy- No partial credit offered without detailed calculations because of the nature of the problem).
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