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a caloulaTE THE Velocire OF THE PlUID INSIDE THE TUBE. b) CaloulATE THE HeiGHT DIFFERENCE l To THE aUnlEr OF THE TUBR IF WATER EXITS AT ATOPHERIC PRESSURE Calaula TE Pu As A FUNCTION OF h.

a caloulaTE THE Velocire OF THE PlUID INSIDE THE TUBE. b) CaloulATE THE HeiGHT DIFFERENCE l To THE aUnlEr OF THE TUBR IF WATER EXITS AT ATOPHERIC PRESSURE Calaula TE Pu As A FUNCTION OF h.

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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WATER Flows THOvGH A SPHON As SHOWN BE ow, THE TUBE HAS A CONSTANT DIAMETER, D= kM Pa 2.5cm Q = lo w% WATER 8: lo00 kg/u3 THE HeIGHT OF THE HGHEST POINT IN THE TUBE is h, AN» THE PRESSURE INSIDE is PH CONSIDER INviscio, INCOMPRESsiole Flow. a caloulaTE THE Velocire y oF THE FlUID INSIDE THE TUBE. b) caloulaTE THE HeiGHT DIFFERENCE l To THE arlET of THE TUBE IF WATER EXTS AT ATMOSPHERIC PRESSURE c) calaolaTE PH As A FUNCTION OF h. d) WHAT is THE HAKİMUM HEİGHT BEFORE THE PRESSURE WoulD BE NEGATIVE PiK . e) WHAT WoulD HAPPEN FOR A HeiGHTrh LARGER THAN THE VAlUE DEERMINED N C)
Transcribed Image Text:WATER Flows THOvGH A SPHON As SHOWN BE ow, THE TUBE HAS A CONSTANT DIAMETER, D= kM Pa 2.5cm Q = lo w% WATER 8: lo00 kg/u3 THE HeIGHT OF THE HGHEST POINT IN THE TUBE is h, AN» THE PRESSURE INSIDE is PH CONSIDER INviscio, INCOMPRESsiole Flow. a caloulaTE THE Velocire y oF THE FlUID INSIDE THE TUBE. b) caloulaTE THE HeiGHT DIFFERENCE l To THE arlET of THE TUBE IF WATER EXTS AT ATMOSPHERIC PRESSURE c) calaolaTE PH As A FUNCTION OF h. d) WHAT is THE HAKİMUM HEİGHT BEFORE THE PRESSURE WoulD BE NEGATIVE PiK . e) WHAT WoulD HAPPEN FOR A HeiGHTrh LARGER THAN THE VAlUE DEERMINED N C)
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