14.34) Fuel oil of density 820 kg/m³ flows through a venturi meter having a throat diameter of 4.0 cm and an entrance diameter of 8.0 cm. The pressure drop between entrance and throat is 16 cm of mercury. Find the flow. The density of mercury is 13 600 kg/m³. Ans. 9.3 x 103 m³/s

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14.34) Fuel oil of density 820 kg/m3
flows through a venturi meter
having a throat diameter of 4.0 cm
and an entrance diameter of 8.0
cm. The pressure drop between
entrance and throat is 16 cm of
mercury. Find the flow. The density
of mercury is 13 600 kg/m³. Ans. 9.3
x 103 m³/s
Transcribed Image Text:14.34) Fuel oil of density 820 kg/m3 flows through a venturi meter having a throat diameter of 4.0 cm and an entrance diameter of 8.0 cm. The pressure drop between entrance and throat is 16 cm of mercury. Find the flow. The density of mercury is 13 600 kg/m³. Ans. 9.3 x 103 m³/s
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