n-butane flows into an 18 (in) ID pipe at 68 oF and 4 atm. If the flowrate at standard conditions (60 ∘F and 1 atm) was found to be 40x105 standard ft3/day, use Pitzer correlation for the 2nd virial coefficient whenever needed to calculate the followings: the molar flowrate (kmol/h)  the velocity of the gas (m/s)

Q: Consider a system of 6-in. ID vertical pipe with a falling film of water on the wall. Estimate he…

A: Given:  mass flow rate of water given i m*  =1570 lb/hr  diameter of pipe d = 6 in = 0.1524…

Q: In a horizontal pipe, a pitot-tube with u-tube manometer (filled with water) has been attached to…

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Q: 15mm of precipitation fell in Akkaya reservoir in July. At the beginning of July (30 days), the…

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Q: To measure the mass flow rate of water flowing in a pipe, an orifice is used and a water-mercury…

A: The volumetric flow rate of water is to be calculated.

Q: In the figure below, a tank partially filled with liquid (SG =1.2) is connected to a closed end…

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Q: P1 B D P2 A A liquid flows through a piping system from P1 to the top of a structure at P2 The…

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Q: Q2 (30%) Pictured below is a tank containing salt water and a layer of light lubricating oil. The…

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Q: Determine the energy loss if carbon tetrachloride at 25°C flows 250 m through a standard DN 100-mm…

A: Given: The inner diameter of a 100 mm Schedule 40 pipe is equal to D = 102.26 mm = 0.102 m The…

Q: 8. A gas is admitted at a rate of 0.015 m³s-¹ to a vertical glass pipe with an inside diameter of 50…

A:

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…

A: Density of air, ρ = 1.25 kg/m3 Velocity of air is uniform at inlet, v1 = 10 m/s Inlet area, A1 =…

Q: Consider the steady laminar flow of water at 25°C through the piping system shown below. (a) Derive…

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…

A: An orifice meter run is a crucial instrument in the field of fluid dynamics and engineering,…

Q: Indicate both the density and the level of the liquid in the tank.

A: Given data are-i distance between two transducer=1 mii Pressure are P1=0.62 bar…

Q: The pressure of a gas being pulled through a line by a vacuum pump is measured with an open-end…

A: Given date: Reading of manometer = -2 in

Q: PMut The density of gases are calculated by P Calculate the air density using the data in table [P,…

A: Note: We’ll answer the first question since the exact one wasn’t specified. Please submit a new…

Q: A' E Stream A B с D E A' Flow rate (Q, L/s) 120 80 160 Solid (C, mg/L) 2000 20 6000

A: Streamfloe rate (Q, L/s)Solid (C, mg/L)A1202000B8020C6000DEA'160

Q: A 300-mm-diameter pipe transports nitrogen at M = 0.85. The absolute pressure is 160 kPa and the…

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Q: العنوان > SPAN=1:12 TIONICWUIR A liquid with sp. gr.= 1.12 flows through a pipe with velocity 1 m/s.…

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Q: For the Fig shown determine specific gravity of gauge liquid B if the gauge pressure at A is – 18…

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Q: Air with a mass flow rate of 600 kg/s is compressed at constant temperature with an initial pressure…

A: (a) For constant temperature process, P1V1 = P2V2    ......(1)   Given initial pressure, P1 =…

Q: At a biorefinery which is producing ethanol, an open storage tank is being used to store the…

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Q: A horizontal Venturi meter is attached to a manometer as shown. The flowing fluid is air, and the…

A: To derive an equation describing V2 in terms of the given parameters, we can start with the…

Q: Carbon dioxide at 300 K and 1 atm conditions will be pumped through a channel with a square section…

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Q: Oil is pumped at the flow rate (q), through a pipe length, L. The pressure drop of the fluid across…

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Q: P6.59 The following data were obtained for flow of 20°C water at 20 m/h through a badly corroded…

A: Given data: Temperature of water = 20oC Volume flowrate, Q=20m3/hr Diameter of pipe, d=5 cm Pressure…

Q: Example: Oil at 20°C (r 5 888 kg/m3 and m 5 0.800 kg/ms) is flowing steadily through a 5-cm-diameter…

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Q: Consider the surface of a pipe to be smooth with air flowing through it. Calculate for the air flow…

A: Given Details: Pipe is smooth. Air is flowing through this. Pressure at upstream point is 102 Psi…

Q: 8. Calculate the ft3/s or volumetric flowrate of water being discharge at an open tank which is 3048…

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Q: 2. If a mercury manometer and barometer readings are 80.05 mm and 12.97 psi, respectively. What is…

A: Since we are entitled to answer only 1 question, we will answer the first one as it is not mentioned…

Q: Calculate the diameter of a smooth pipe 150 m long to transmit air at 0.30 kg/s under isothermal…

A: Given Length of smooth pipe  l= 150m mass flow rate of air  m→= 0.3 kg/s The inlet pressure and…

Q: Steam flows in a Schedule 40, 6" (NPS) nominal pipe size 1000 ft long pipe, with roughness 45…

A: given = L = 1000ft = 304.87 m D = 6 in = 0.1524 m m = 45000 lb/hr = 5.67 Kg/s μ = 0.018*10-3 Pa.s T…

Q: The horizontal venturi meters are often used in process industry to measure the flow rates of…

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Q: section( 2). 05: Water flowing through a pipe of 22 cm LD. at section (1) and 12 cm The discharge…

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Q: Q2. A methane gas at 200 kPa and 48°C flows through a 14-inch diameter pipe with a volume flow rate…

A: Initial pressure, p1 = 200 kPaInitial temperature, T1 = 48 0CDiameter of the pipe = 14…

Q: 5.1-3. Frictional Loss in Straight Pipe and the Effect of a Type of Pipe. A liquid having a density…

A: Given data: Density; ρ=801 kg/m3Viscosity;μ=1.49×10-3 Pa·sVelocity; V=4.57 m/sDiameter; D=0.0483 m…

Q: A U-tube manometer is connected between two pipes as shown below. One pipe contains carbon…

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Q: As is good practice for apprenticing scientists, we plan to check the repeatability of experiments…

A: Given that- Volume of water= constant ( during experiment) Mass of object= 22.4 kg Number of fall,…

Q: Extracted cane juice from a sugar mill flows through a 75 mm ID pipeline. Extracted cane juice is at…

A: Given Pipe diameter, Da=75mm T=15°C Throat diameter,Db=4/15 of pipe diameter h=500mm Differential…

Q: P1 B C P2 A A liquid flows through a piping system from P1 to the top of a structure at P2 The…

A: Volumetric Flow (Q):Flow rate in gpm: 80 gpmConvert gpm to ft³/s: Velocity (v):Pipe diameter for 2"…