2. A vertical Venturi meter is being used to measure the flow of oil of relative density 0.88 in a 200 mm diameter pipe. The throat diameter of the venturi is 100 mm and the discharge coefficient is 0.96. Two tapping point at the throat and entrance are 320 mm apart and the pressure difference between these is measure at 28 KN/m². a) What is the discharged in the pipe in m³/s. b) If a mercury manometer were attached at the tapping points, what would be difference in levels of the two arms of the manometer in meters. Show correct figure

Structural Analysis
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ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
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2. A vertical Venturi meter is being used to measure the flow of oil of relative density 0.88 in a 200 mm
diameter pipe. The throat diameter of the venturi is 100 mm and the discharge coefficient is 0.96. Two
tapping point at the throat and entrance are 320 mm apart and the pressure difference between these
is measure at 28 KN/m².
a) What is the discharged in the pipe in m³/s.
b) If a mercury manometer were attached at the tapping points, what would be difference in
levels of the two arms of the manometer in meters. Show correct figure
Transcribed Image Text:2. A vertical Venturi meter is being used to measure the flow of oil of relative density 0.88 in a 200 mm diameter pipe. The throat diameter of the venturi is 100 mm and the discharge coefficient is 0.96. Two tapping point at the throat and entrance are 320 mm apart and the pressure difference between these is measure at 28 KN/m². a) What is the discharged in the pipe in m³/s. b) If a mercury manometer were attached at the tapping points, what would be difference in levels of the two arms of the manometer in meters. Show correct figure
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