Q3: Find the diameter of a circular orifice to discharge (0.015m/sec) under a head of (2.4m). If the orifice is in a vertical plane and the jet falls (0.25m) in a horizontal distance of (1.3m) from the vena-contracta. Find the head loss through the orifice

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Q3: Find the diameter of a circular orifice to discharge (0.015m/sec) under a head of
(2.4m). If the orifice is in a vertical plane and the jet falls (0.25m) in a horizontal
distance of (1.3m) from the vena-contracta. Find the head loss through the orifice
and Ce (Take Ca= 0.6).
Transcribed Image Text:Q3: Find the diameter of a circular orifice to discharge (0.015m/sec) under a head of (2.4m). If the orifice is in a vertical plane and the jet falls (0.25m) in a horizontal distance of (1.3m) from the vena-contracta. Find the head loss through the orifice and Ce (Take Ca= 0.6).
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