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In the system of reservoirs shown below, the flow of Reservoir 1 to Reservoir 2 is Q=15 cfs. At point 1 (just before the valve) and point 2 (just before the pipe bend), the total energy head (E) is given as shown. Additionally, the elevation of Reservoir 2 is given as 230 ft. Minor head losses can be accounted for with the following assumptions: angle=120° Radius of curvature of pipe bend at Point 2 is 12ft. (smooth 90 degree bend) Valve is a fully open gate valve Find the following: The height of Reservoir #1 (HR1)

In the system of reservoirs shown below, the flow of Reservoir 1 to Reservoir 2 is Q=15 cfs. At point 1 (just before the valve) and point 2 (just before the pipe bend), the total energy head (E) is given as shown. Additionally, the elevation of Reservoir 2 is given as 230 ft. Minor head losses can be accounted for with the following assumptions: angle=120° Radius of curvature of pipe bend at Point 2 is 12ft. (smooth 90 degree bend) Valve is a fully open gate valve Find the following: The height of Reservoir #1 (HR1)

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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In the system of reservoirs shown below, the flow of Reservoir 1 to Reservoir 2 is Q=15 cfs. At point 1 (just before the valve) and point 2 (just before the pipe bend), the total energy head (E) is given as shown. Additionally, the elevation of Reservoir 2 is given as 230 ft. Minor head losses can be accounted for with the following assumptions: angle=120° Radius of curvature of pipe bend at Point 2 is 12ft. (smooth 90 degree bend) Valve is a fully open gate valve Find the following: The height of Reservoir #1 (HR1)
Large Reservoir 1 Large Reservoir 2 HRI Point #1 230 E, = 283 ft Point #2 E, = 256 ft Pipe #1 L, = 1500 ft 9 = 120 D, = 18 in Pipe #2 4 = 1500 ft C, = ? D2 = 18 in Pipe #3 = ? ft C3 = 140 D3 = 18 in %3D
Transcribed Image Text:Large Reservoir 1 Large Reservoir 2 HRI Point #1 230 E, = 283 ft Point #2 E, = 256 ft Pipe #1 L, = 1500 ft 9 = 120 D, = 18 in Pipe #2 4 = 1500 ft C, = ? D2 = 18 in Pipe #3 = ? ft C3 = 140 D3 = 18 in %3D
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