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 therelative 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 associatedwith the storm history given in that figure if the total surface runoff from the basin is equal to awater depth (uniformly spread across the basin) of 2 inches.(Attach detailed calculations using ALL strips of areas from your sketch by adjusting thelocation of the Phi-Index line; Repeat calculations for accuracy- No partial credit offeredwithout detailed calculations because of the nature of the problem).

As it is not mentioned which part to answer, first part of the question is solved. An evaporation…

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:

Fundamentals of Geotechnical Engineering (MindTap Course List)

5th Edition

ISBN:9781305635180

Author:Braja M. Das, Nagaratnam Sivakugan

Publisher:Braja M. Das, Nagaratnam Sivakugan

Chapter2: Soil Deposits-origin, Grain-size, And Shape

Section: Chapter Questions

Problem 2.11P

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To solve the question use table and equation on the photo. (Answers: 2.035*10^6 m^3 , 2.169*10^6 m^3) Evaporation
Sparky created a pumping system between Hydaway Lake and a holding pond on the Snowflex property. The water is used to create a fine mist on the tubing/snowboarding/ skiing surfaces. There is a pump in the system that delivers 250 ft of head to the water. The difference in elevation between the two ponds is 200 vertical ft. The various minor head loss coefficients are shown in the figure. Additional data for the problem is also included in the figure. The water temperature is 60°F. Sparky knows the flow in the system must be turbulent but does not know how to determine the pump power. Determine the pump power. This is an iterative problem; thus you must set up the equations and define the process used to generate a final solution. Define the symbolic equation then substitute in numerical values that you have or can calculate. Start with the fluid energy equation that includes major (Reynolds Number dependent) and minor head losses. You are not required and should not…
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