Consider the flow of water through a venturi meter as shown in figure belouw Liquid passing through encounters a contraction to the throat are a, followed by a gradual expansion to the Original diameter: A manometer 18 placed in the line to measure the prossure difference from the iniet to the thrOat- For the dimensions given, determine the VOlume flow rate of water through the neter. (AnS: 0.00416 m /s) erti on Divergent

Q: The fluid is air (y = 12 N/m³) and the manometer fluid has a sp.gr of 0.827. Assuming no head…

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Q: coefficient of discharge of the venturimeter

A: Given data, A venturimeter having , Diameter,d2= 7.5 cmIt is installed in pipeline a horizontal,…

Q: A horizontal venturimeter with a 100 mm diameter throat section is used to measure the volume flow…

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Q: A flow rate measuring device is installed in a horizontal pipe through which water is flowing. A…

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Q: A 300mm by 150mm venturi meter is installed in a vertical pipeline carrying water as shown in the…

A: Our objective in this numerical challenge is to use the provided data to calculate the discharge…

Q: Question 6 In the schematic below, water flows through the pipe and enters a sudden contraction…

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Q: t’s required to determine the height (H) when the flow is 120 L/s ؟

A: Flow rate Q = 120 L/s Area A = π4*0.252 = 0.049 m2  V = 1200.049 = 2.45 m/s Calculation of 'Re'  Re…

Electric Current, Voltage and Electric Power

The term electric current is the flow of electrons or electric charges. The drift of electrons is proportional to the amount of voltage or potential difference applied. The more is the voltage, the more will be the electron drift. The amount of electric current a circuit possesses is proportional to the density of electrons or electric charge.