) In a 80 mm diameter pipeline an oil of specific gravity 0-8 is flowing at the rate of O-0125 m^3/s. A sudden expansion takes place into a second pipeline of such diameter that maximum pressure rise is obtained. Find :(i) Loss of energy in sudden expansion, (ii) Differential gauge length indicated by an oil-mercury manometer connected between the two pipes. (iii) find the maximum pressure rise.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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I need solve this in quickly time please please
) In a 80 mm diameter pipeline an
oil of specific gravity 0-8 is flowing at
the rate of 0-0125 m^3/s. A sudden
expansion takes place into a second
pipeline of such diameter that
maximum pressure rise is obtained.
Find :(i) Loss of energy in sudden
expansion, (ii) Differential gauge length
indicated by an oil-mercury
manometer connected between the
two pipes. (iii) find the maximum
pressure rise.
Transcribed Image Text:) In a 80 mm diameter pipeline an oil of specific gravity 0-8 is flowing at the rate of 0-0125 m^3/s. A sudden expansion takes place into a second pipeline of such diameter that maximum pressure rise is obtained. Find :(i) Loss of energy in sudden expansion, (ii) Differential gauge length indicated by an oil-mercury manometer connected between the two pipes. (iii) find the maximum pressure rise.
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