Hoover Dam www. Lake Mead Las Vegas Colorado River 15 Jean CALIFO Primm ORNIA Henderson Boulder City Cottonwood Cove Searchlight Lake Mead Cal Nev Ari Hoover Dam ARIZONA D Please assume the following: Water is forced by one pump from an intake on Lake Mead (elevation = 1170 feet above sea level) to a reservoir in Las Vegas (elevation = 2030 feet above sea level) through a 20-mile long. 10-ft diameter, riveted steel water main (e = 0.03 feet). In total, Las Vegas consumes an average of 300,000 acre-feet of water per year. The pump has an overall efficiency of 80%. Assume fully turbulent conditions to calculate friction loss. Minor losses can be neglected.

Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
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www
Hoover Dam
Lake Mead
Colorado
River
Las
Vegas
15
Jean
CALIFORNIA
Primm
Henderson
Boulder
City
Cottonwood
Cove
Searchlight
Lake Mead
Malat
Cal Nev Ari
Hoover Dam
ARIZONA
Please assume the following:
Water is forced by one pump from an intake on Lake Mead (elevation = 1170 feet above sea level) to
a reservoir in Las Vegas (elevation = 2030 feet above sea level) through a 20-mile long. 10-ft
diameter, riveted steel water main (e = 0.03 feet). In total, Las Vegas consumes an average of 300,000
acre-feet of water per year. The pump has an overall efficiency of 80%. Assume fully turbulent
conditions to calculate friction loss. Minor losses can be neglected.
Transcribed Image Text:www Hoover Dam Lake Mead Colorado River Las Vegas 15 Jean CALIFORNIA Primm Henderson Boulder City Cottonwood Cove Searchlight Lake Mead Malat Cal Nev Ari Hoover Dam ARIZONA Please assume the following: Water is forced by one pump from an intake on Lake Mead (elevation = 1170 feet above sea level) to a reservoir in Las Vegas (elevation = 2030 feet above sea level) through a 20-mile long. 10-ft diameter, riveted steel water main (e = 0.03 feet). In total, Las Vegas consumes an average of 300,000 acre-feet of water per year. The pump has an overall efficiency of 80%. Assume fully turbulent conditions to calculate friction loss. Minor losses can be neglected.
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