The theoretical flowrate calculated for a venturi meter is 0.00015885 m3/s. The actual flowrate recorded using a stopwatch and volumetric container is 0.00015726 m3/s. Calculate the coefficient of discharge of the venturi meter. Hence calculate the actual flowrate you would expect if, at a different setting, the venturi was to record a theoretical flowrate of 0.00019357 m3/s [Answers in I/s, Numerical Value only]
The theoretical flowrate calculated for a venturi meter is 0.00015885 m3/s. The actual flowrate recorded using a stopwatch and volumetric container is 0.00015726 m3/s. Calculate the coefficient of discharge of the venturi meter. Hence calculate the actual flowrate you would expect if, at a different setting, the venturi was to record a theoretical flowrate of 0.00019357 m3/s [Answers in I/s, Numerical Value only]
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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![The theoretical flowrate calculated for a venturi meter is 0.00015885 m³/s. The actual flowrate recorded using a stopwatch and volumetric
container is 0.00015726 m3/s.
Calculate the coefficient of discharge of the venturi meter. Hence calculate the actual flowrate you would expect if, at a different setting, the
venturi was to record a theoretical flowrate of 0.00019357 m3/s
[Answers in I/s, Numerical Value only]
Answer:
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Transcribed Image Text:The theoretical flowrate calculated for a venturi meter is 0.00015885 m³/s. The actual flowrate recorded using a stopwatch and volumetric
container is 0.00015726 m3/s.
Calculate the coefficient of discharge of the venturi meter. Hence calculate the actual flowrate you would expect if, at a different setting, the
venturi was to record a theoretical flowrate of 0.00019357 m3/s
[Answers in I/s, Numerical Value only]
Answer:
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