10) A venturi meter is installed in the inclined pipe carrying oil having a relative density of 0.9, an entrance of 30 cm in diameter and a throat of 20 cm. The throat is 40 cm above the entrance. if the oil velocity in the venturi meter, V₁ is 4 m/s, calculate the; a) difference in pressure between the entrance and throat (Answer: P₁-P₂ = 32.782 kN/m²) (Answer: x = 0.235 m) b) difference of mercury level in U-tube manometer

Elements Of Electromagnetics
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10) A venturi meter is installed in the inclined pipe carrying oil having a relative density of 0.9, an
entrance of 30 cm in diameter and a throat of 20 cm. The throat is 40 cm above the entrance.
if the oil velocity in the venturi meter, V₁ is 4 m/s, calculate the;
a) difference in pressure between the entrance and throat (Answer: P₁-P₂ = 32.782 kN/m²)
b) difference of mercury level in U-tube manometer
(Answer: x = 0.235 m)
Transcribed Image Text:10) A venturi meter is installed in the inclined pipe carrying oil having a relative density of 0.9, an entrance of 30 cm in diameter and a throat of 20 cm. The throat is 40 cm above the entrance. if the oil velocity in the venturi meter, V₁ is 4 m/s, calculate the; a) difference in pressure between the entrance and throat (Answer: P₁-P₂ = 32.782 kN/m²) b) difference of mercury level in U-tube manometer (Answer: x = 0.235 m)
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