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

Q: Derive the velocity profile of the fluid inside the two stationary plates. The plate is initially…

A: Considering a small volume of a cube and velocity profile is obtained then it is integrated to…

Q: Shear stress profile for a Newtonian fluid flowing in a circular pipe is O A. Linear В. Parabolic…

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Q: Q2 // The diameter of a pipe at section 1 and 2 are 10 cm and 15 cm respectively. Given velocity of…

A: Given that, The diameter of the pipe at section 1 D1 = 10 cm = 0.1 m The diameter of the pipe at…

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: 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: The pressure decreases across the length of a converging nozzle when the velocity of sound is…

A: The converging nozzle accelerates the flow whenever required. This is used in aircraft, dams, and in…

Q: 3-foot-long, 8-inch-diameter cylinder inside a 25.8-inch-diameter tube at 3 feet per second. Fluid…

A: Given data: Length of pipe= 3ft Kinematic viscosity=0.006 ft2/s Constant velocity=3fps  Relative…

Q: For the water flow at 20 °C, use the manometer measurement to estimate the (a) centerline velocity…

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Q: Determine diameter of galvanized pipe needed to make the water flow along 180m with flow rate 85L/s…

A: Given data: Length of pipe = 180 m Volumetric flow rate = 85 L/s Head loss = 9 m Kinematic viscosity…

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: HOMEWORK Derive the velocity profile of the fluid inside the two stationary plates. The plate is…

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Q: Determine the hydrostatic force acting on the radial gate if the gate is 40 ft. long (normal to the…

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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: The power output of a wind turbine increases with the following EXCEPT:

A: the power output of the turbine increases with the following except. Select suitable currect option

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: D

A: The flow of Fluid in Pipe

Q: What Is The General Balance Equation?

A: Energy is defined as the ability or capacity to do work. There are various forms of energy, for…

Q: measures local or point velocities by measuring the pressure difference between the total pressure…

A: We have to answer which instrument is used to measure the point or local velocity by measuring the…

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: two plates which are aligned parallel above eachother.The top plate is moving horizontally with a…

A: A Newtonian fluid is flowing between two parallel plates where top plate is moving with a constant…

Q: State the Navier-Stokes equation for the case of three-dimensional flow and give the uses of…

A: --> Give the navier- Stokes equation for three dimensional flow. --> uses of navier- stocks…

Q: calculate the largest discharge for which the flow will be definitely laminar Water flows in a 2 cm…

A: This question is based on fluid mechanics. The flow in consideration is Laminar flow. Data given :…

Q: Q2: With laminar flow in a circular pipe, at what distance from the centerline (in terms of the pipe…

A: Consider the laminar flow of fluid through a pipe as shown in the figure. An elemental volume has…

Q: The power of viscosity correction factor is for laminar flow.

A: Consider the laminar flow of a fluid in the thermal and hydrodynamic entrance region. The viscosity…

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: 1. Water (p= 1000 kg m-³ and μ = 0.0011 kg m-¹ s-1) flows at 5 m s-1 over a 0.3 m long flat plat.…

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Q: The laminar flow of water in a small pipe is given by where R = 0.5 cm is the pipe radius, and…

A: Given: The laminar flow of water in a small pipe is given by: uUmax = 1 - rR2 R = 0.5 cm = 0.005 m…

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: Derive from the first principles the steady flow energy equation for a turbine taking into account…

A: To derive from first principles Steady flow energy equation for a turbine taking into account that…

Q: What is Reynolds number used in Chemical Engineering calculations. Also give its flow conditions

A: Reynolds number is defined as the ratio of the inertia force to the viscous force. This is an…

Q: A Newtonian liquid with constant density and viscosity is flowing under laminar conditions inside a…

A: Assumption:1) Steady state, incompressible and uniform flow.2) One dimensional flow.Consider the…

Q: Rank the liquids in order of the tilt angle when they started to slide, from smallest (1) to largest…

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Q: With the aid of a schematic diagram, describe three (3) forces that are involved in the operation of…

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Q: Two pipe of equal length and diameter of 15 cm and 10 are in parallel and connect the reservoirs.…

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