Pipeline Pumping of Oil. A pipeline laid cross-country carries oil at the rate of 795 m3/d. The pressure of the oil is 1793 kPa gage leaving pumping station 1. The pressure is 862 kPa gage at the inlet to the next pumping station, 2. The second station is 17.4 m higher than the first station. Calculate the lost work ( EF friction loss) in J/kg mass oil. The oil density is 769 kg/m3.
Pipeline Pumping of Oil. A pipeline laid cross-country carries oil at the rate of 795 m3/d. The pressure of the oil is 1793 kPa gage leaving pumping station 1. The pressure is 862 kPa gage at the inlet to the next pumping station, 2. The second station is 17.4 m higher than the first station. Calculate the lost work ( EF friction loss) in J/kg mass oil. The oil density is 769 kg/m3.
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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Pipeline Pumping of Oil. A pipeline laid cross-country carries oil at the rate of 795 m3/d. The pressure of the oil is 1793 kPa gage leaving pumping station 1. The pressure is 862 kPa gage at the inlet to the next pumping station, 2. The second station is 17.4 m higher than the first station. Calculate the lost work ( EF friction loss) in J/kg mass oil. The oil density is 769 kg/m3.
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