9. Pumping kerosene-M. Fig. P3.9 shows how nitrogen gas under a pressure Pn = 15.0 psig can be used for “pumping" kerosene at 75°F (p = 51.0 lbm/ft³, µ = 4.38 lbm/ft hr) through an elevation increase of 20 ft. If there is an effective length (including fittings) of 150 ft of nominal 2-in. pipe between the two tanks, what is the flow rate of kerosene in gpm? Neglect exit kinetic-energy effects.

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A: U tube manometer is the simplest pressure measuring devices and are used for measuring low pressure…

Q: Q4. 1600 cm/s of glycerol is to be pumped through a commercial steel pipe, 2-inch diameter and 30 m…

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Q: 4) Determine the absolute pressure (in bar) in a tank when a pressure gage connected to a tank reads…

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Q: air h, h, water

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Q: A nozzle is a device for increasing the velocity of a steadily flowing fluid. At the inlet to a…

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Q: Example (4-2): Water (p= 990 kg/m³ & μ= 0.01 pa.s) is pumping from an open-storage tank to water…

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Q: 17. Calculate the pressure at point A in Fig. 2.50. The slope of the tube is 4 horizontal to 1…

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Q: Air of density 1.25 kg/m3 enters a duct at a uniform velocity of 10 m/s across a 0.25 m? inlet at a…

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A: (a). Average Velocity expression at section 1 and 2, Shear Stress for laminar flow, τ = μdudy  μdudy…

Q: Specify a suitable orifice meter run for measuring 100 MMscf/day of GOM production sale gas entering…

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Q: The glycerine with a mass flow rate of 700kg/h passes through a pipe with an inner diameter of 30…

A: glycerine mass flow rate =700kg/h  pipe inner diameter Di=30 mm length of heated section L=2.5m…

Q: A centrifugal pump is used to pump water through horizontal distance of 150 meters and then raised…

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Q: Problem 2. Water is flowing through a circular pipe of radius R=2.5cm. The velocity profile of the…

A: Given, The velocity profile, v = v01-rR1/7 Where, v0 = 3 m/s The radius of circular pipe, R = 2.5 cm…

Q: g-0. flowing through nozzle ects the mer ube gage. Determine the value of h if the pressure at A is…

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Q: Use Bernoulli’s equation .

A: (a) v = 20.88 m/s(b) v = 1.886 m/s(c) v = 2.5668 m/s(d) v = 1.197 m/sExplanation:

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Q: 4. (20 points) Water (25°C) flows at 4.5 gpm (gpm is gallons per minute) in the system shown below.…

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Q: Air at 22˚C and at atmospheric pressure flows over a flat plate at a velocity of 1.65 m/s. If the…

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Q: Water at 15.56°C is to be heated in a 2-mm-ID tube until the exit temperature reaches 26.67°C. The…

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Q: Example (4-2): A pump is 2.2 m above the water level in the sump and has a pressure of (-20) cm of…

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Q: Liquid food is flowed through an uninsulated pipe at 90 ° C. The product flow rate is 0.35 kg / s…

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Q: Q5-1( Determine the pressure drop (AP) per 229 m length of 0.24 m diameter horizontal cast iron…

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Q: Nitrogen gas enters a 0.500 m diameter pipe at 31.0 °C, 2.50 atm (absolute), and 4.00 m/s. The pipe…

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Distillation

Distillation is a process/technique to separate more volatile components from less volatile components using the principle of relative volatility. In chemical engineering, distillation is one of the most common and important topics that is involved in almost every industry and process.