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A liquid having SG of 2.0 is flowing in a 50 mm diameter pipe. The total head at a given point wasdoed to be 17.5 Joules per Newton. The elevation of the pipe above the datum is 3 m and the pressure in the pipe is 65.6 kPa. Compute the velocity of flow and the horsepower in the stream at that point.

A liquid having SG of 2.0 is flowing in a 50 mm diameter pipe. The total head at a given point wasdoed to be 17.5 Joules per Newton. The elevation of the pipe above the datum is 3 m and the pressure in the pipe is 65.6 kPa. Compute the velocity of flow and the horsepower in the stream at that point.

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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Number 2 question Complete solution and correct units pls. Draw the figures if necessary
What is the head acting on the turbine? 2. A liquid having SG of 2.0 is flowing in a 50 mm diameter pipe. The total head at a given point wasdoned to be 17.5 Joules per Newton. The elevation of the pipe above the datum is 3 m and the pressure in the pipe is 65.6 kPa. Compute the velocity of flow and the horsepower in the stream at that point. 3. The pump shown draws water from reservoir A at elevation 10 m and lifts it to reservoir B at elevation 60 The lors of head from 0 to 1 ir times the velocity bead in the 200 mm diameter pine and the loss
Transcribed Image Text:What is the head acting on the turbine? 2. A liquid having SG of 2.0 is flowing in a 50 mm diameter pipe. The total head at a given point wasdoned to be 17.5 Joules per Newton. The elevation of the pipe above the datum is 3 m and the pressure in the pipe is 65.6 kPa. Compute the velocity of flow and the horsepower in the stream at that point. 3. The pump shown draws water from reservoir A at elevation 10 m and lifts it to reservoir B at elevation 60 The lors of head from 0 to 1 ir times the velocity bead in the 200 mm diameter pine and the loss
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