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2. A vertical venturi meter, 150 mm in diameter is connected to a 300 mm diameter pipe. The vertical distance from the inlet to the throat being 750 mm. If the deflection of mercury in the differential manometer connected from the inlet to the throat is 360 mm, determine the flow of water through the meter if the meter coefficient is 0.78. Determine also the head lost from the inlet to the throat 300 mm Ø 750 mm 150 mm O 360 mm

2. A vertical venturi meter, 150 mm in diameter is connected to a 300 mm diameter pipe. The vertical distance from the inlet to the throat being 750 mm. If the deflection of mercury in the differential manometer connected from the inlet to the throat is 360 mm, determine the flow of water through the meter if the meter coefficient is 0.78. Determine also the head lost from the inlet to the throat 300 mm Ø 750 mm 150 mm O 360 mm

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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2. A vertical venturi meter, 150 mm in diameter is connected to a 300 mm diameter pipe. The vertical distance from the inlet to the throat being 750 mm. If the deflection of mercury in the differential manometer connected from the inlet to the throat is 360 mm, determine the flow of water through the meter if the meter coefficient is 0.78. Determine also the head lost from the inlet to the throat 300 mm Ø 750 mm 150 mm O 360 mm
Transcribed Image Text:2. A vertical venturi meter, 150 mm in diameter is connected to a 300 mm diameter pipe. The vertical distance from the inlet to the throat being 750 mm. If the deflection of mercury in the differential manometer connected from the inlet to the throat is 360 mm, determine the flow of water through the meter if the meter coefficient is 0.78. Determine also the head lost from the inlet to the throat 300 mm Ø 750 mm 150 mm O 360 mm
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