A venturi meter with is to be used to measure the flow rate of an acid up to 0.025 cubic meters per second in a conduit of internal diameter 0.1 m. The venturi is connected to a

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A: Let,   The diameter at point 1 be, d1 = 6 cm The diameter at point 2 be, d2 = 11 cm Transportation…

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A: Volume of bucket = 10 gal 1 gal = 3.789 × 10-3 so volume of bucket = 3.789 × 10-2 m3 Initial…

Q: Water with density 1000 kg/m3 flow in a 4-in ID pipe at 1,2 m/s, witch connect to a Venturi meter to…

A: Density of water = 1000Inner diameter of pipe = 4 in.Water velocity at the inlet of pipe = 1.2…

Q: A Venturi meter having a throat diameter of 150 mm is installed in a horizontal 300-mm-diameter…

A: D2= 150 mm D1= 300mm Cd= 0.982 Q = 0.142m/s

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A: Given that- Manometer difference in water level, x=87.5 mm= 0.0875m Tube coefficient, CP=0.90…

Q: A.) Derive equation for Average velocity. B.) Derive equation for Flow rate, Q.

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Q: Nitrogen flows through a 4 in. x 6 in. rectangular duct at a rate of 2280 ft/s. What is the Reynolds…

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A: To find:a) whether the flow is laminar and the resistance.b) Pump resistance from the pump curve.c)…

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A: Write the given data with suitable variables. d1=1 md2=0.5 mh1=450 mm of Hg=0.45 m1 m1000 mmP2=20…

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A: A to B carried out in a packed bed reactor.

Q: 1. A flow rate of 16 m/(m² h) is maintained through a 0.6-m-deep bed of filter sand. The sand is…

A: Given: Velocity in bed V = 16 (m3/m2.h) = 16 m/h = 163600m/s = 0.0044 m/s diameter d = 0.4 mm =…

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Q: Derive the equation given on slide 31 of the ’04 instrumentation’ notes for volumetric flow rate…

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Q: Determine the flow rate

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Q: Assume frictionless flow in a long, horizontal, conical pipe. The diameter is 2.54 cm at one end and…

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A: Case 1: Flow of water through pipe Mass flow rate of water, mW = 4 kg/s Diameter of the pipe, d = 80…

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Q: .* A nozzle is bolted onto a pipe by the flanged joint shë in Fig. 7.29. The flowing fluid is water.…

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Q: The flow through a 1.0 in diameter pipe is 5 GPM with a pressure drop of 10 PSI. What would the…

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