Q3:A) List the devises that used to measure the velocity, pressure, volume flow rate and sketch each of them with equations.

Q: What are the liquid and vapor flow rates for the bottom and distillate streams

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Q: Q2. Use the 1/7 power-law profile and Blasius's correlation for shear stress to compute the drag…

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Q: What is the Reynolds’s number for the fluid exiting the device at 23 degrees celsius for the same…

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Q: 5. Two immiscible fluids of equal density are flowing down a surface inclined at a 30° angle. The…

A: Two immiscible fluids 1-Lower layer 2-Upper layer ρ1=ρ2 θ=30° h1=h2=2.5mm 2ν1=ν2 ν1=2×10-4 m2/s…

Q: 4. Rework inviscid flow past a cylinder in terms of the stream function y.

A: The inviscid flow past a cylinder in terms of stream function is to be mentioned.

Q: z=L 11 KR II %3D 3. %3D %3D r R Vz I3D II AR II z-0

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Q: For a flow over a flat plate the normalized velocity profile is --² where y is in mm 2 U a)…

A: Answer: a) we know that, Displacement Thickness = δ* = ∫0δ (1- uU) dy  Displacement Thickness = δ* =…

Q: 1-Water with kinetic viscosity v-0.494 mm2/s flow through a pipe with diameter 18mm with velocity…

A: Kinetic viscosity = 0.494 mm2 /sdiameter = 18 mm V= 0.1 m/sf  = 0.03 mm

Q: An oil-water mixture is separated in a decanter. The properties of oil and water are summarized in…

A: For oil,For water,

Q: a. Define (note: your definition must be based on the closed conduits/pipe flow): 11. Unit weight…

A: We have to define the following unit weight unit gravity yield stress shear rate

Q: A combustion chamber is used to burn a fuel mixture consisting of methane and ethane. The fuel…

A: Given data: Mole percent of CO=1.93 %Mole percent of CO2=9.98 %Mole percent of O2=4.94 %Mole percent…

Q: Estimate the friction factor for a flow with a Reynolds Number of 1,203. Enter your answer in…

A: Friction factor for flow having Reynolds no. 1203 needs to be calculated.

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

A: Shell momentum balance for flow between parallel plates whose distance between them Prove that

Q: Determine the Reynolds number for a flow of water at 25 ° C in a lin diameter sanitary pipe at a…

A: At Temperature = 25 C  Properties of water Density= 997 Kgm3 Viscosity, u =8.90 × 10−4  Pas mass…

Q: 9. A centrifuge with a radius of 76.2 mm rotates at a peripheral velocity of 53.34 m/s. The…

A: Given Data  The radius of the centrifuge (r) = 0.0762 m Peripheral velocity (V) = 53.34 m/s To Find…

Q: The velocity profile of a fluid in a horizontal circular pipe having a radius R is found as; Vz =0.4…

A: Given data: Velocity profile for a fluid in a circular horizontal pipe is given by the following…

Q: Q3: The flowrate of a fluid in a pipe is measured using a pitot tube which gives a pressure…

A: Perform force balances for streamline flow in pipe:

Q: 2–92 A large plate is pulled at a constant speed of U 4 m/s over a fixed plate on 5-mm-thick engine…

A: Given data: U= 4 m/s Thickness t= 5mm= 0.005m Temperature 20oC Velocity Profile is given,

Q: 4. Water flows through a smooth horizontal 2 m long tube of 2 mm diameter with an average velocity…

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Q: Which among the statements is incorrect? (Α The flow velocity profile for turbulent flow is fairly…

A: The incorrect statement is:

Q: The elementary reversible isomerization of A to B was carried out in a packed-bed reactor. The…

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

Q: Consider steady state, laminar flow of a fluid in the y direction between two parallel and vertical…

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Q: Unit for mass flow rate and molar flow rate

A: The mass flow rate is defined as the differential mass of the fluid flowing per unit of time. The…

Q: 1. An oil having a density of 1200 kg m3 and a viscosity of 0.02 Pa s flows through a 25 mm diameter…

A: It is to be mentioned whether the flow of oil is laminar or turbulent.

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

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Q: Water at 20°C flows in a cylindrical pipe with internal diameter of 2 cm. At what critical fluid…

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Q: 6.5 m 6.5 m 6.5 m The two configurations above both have a wall thickness of 700 mm, and a length of…

A: Write the expression for the Fouriers law of heat conduction as follows: Q˙ = -kA∆T∆x   Here, Q˙ is…

Q: What factors influence the drag force experienced by a solid object immersed in a fluid,

A: Drag force significantly influences the behavior of solid objects immersed in fluids.It is the force…

Q: A system asshown in the figure is used to measure accurately the pressure changes when pressure is…

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Q: 3.1 A spent Acid from a stripping column contains 23% H2S04 and 77% H20 by mass. This stream is to…

A: Given spent acid contains 23% 0f H2SO4 and percent of water 77%  And concentrated sulfuric acid…

Q: For the configuration shown in Figure 1, calculate the weight of the piston if the gage pressure…

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Q: Balances on Multiple Unit Processes MULTIPLE EQUIPMENT PROCESSES: EXAMPLE #2 100% water W (Kg A-1000…

A: Given  A = 1000 kg/ hr Ethanol mole fraction X= 0.04 Air mole fraction  = 0.94  Water mole fraction…

Q: A 1m wide belt moves as shown in the figure. Determine the power required assuming linear velocity…

A: Given: width of belt, w = 1 m Length of belt, L = 5m viscosity of liquid, μ = 2 mPa.s ⇒2 × 10-3 Pa.s…

Q: Liquid is flowing through a circular pipe in a laminar phase. Now, the fluid through the pipe is…

A: Given Details: Liquid flowing in circular pipe in laminar phase replaced with more viscous fluid and…

Q: 3.14.* A water tank has an inflow line 1 ft in diameter and two outflow lines of 0.5 ft diameter.…

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Q: The Reynolds number, discussed in Chap. 6, is defined for a pipe as diameter density) / (velocity…

A: The Reynolds number (Re) is a dimensionless quantity used in fluid dynamics to predict the flow…

Q: The volume flow rate,Q over a V-notch depends on fluid properties namely density, kinematic…

A: Volumetric flow rate of over a V-notch depends on given fluid properties.

Q: Assume that the 5-in. valve with Cvmax = 500 is selected and that the pressures around the valve are…

A: The flow rate considered for the valve is gallons per minute. The rangeability parameter represents…

Q: Consider the flow of a fluid through the piping system shown below in Figure 1.

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Q: Find the average velocity in the first section. Assume steady gas flow across the pipe

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Q: Q4- Water flows at a velocity of 1 m/s over a plane surface 0.6 m wide and 1 m long. Calculate the…

A: Velocity of water = 1 m/s length of plate = 1 m Width of plate = 0.6 mReynolds number, Re =…

Q: Air is flowing through a horizontal tube with 1.00-in inside diameter. What is the maximum average…

A: Given data: Inner diameter of pipe = 1 in

Q: Intermolecular forces in the fluid that act parallel to the surface of the fluid Internal fluid…

A: This question is based on Fluid Mechanics. We will briefly discuss the column A definitions and then…

Q: Q5:Air flows inside pipe 12 cm diameter with mass flow 1.5 kg/min. 1-Is flow laminar or turbulent?…

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