The volumetric flow rate of the peristaltic pump used in this experiment is controlled through the rotational speed of the pump.  Use the graph provided in the lab manual to calculate the volumetric flow rate of the pump, in ml/min, when the angular velocity of the pump is 120 RPM.   Report the calculated flow rate as an integer.

Q: Water flows in a pipeline composed of 75 mm and 150 mm pipe. Calculate the mean velocity in the 75…

A:

Q: While attempting to extinguish a fire, firefighters are holding a nozzle at the end of a hose. If…

A:

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: 5. A Pitot tube in the pipe in which air is flowing is connected to a manometer containing water as…

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

Q: Consider the flow of a fluid through the piping system shown below in Figure 1. Flow If D₁ = 4D2,…

A:

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: Dimensional analysis technique known as Buckingham's t method is used to check the dimensional…

A: Discharge ,Q depends on Fluid Head,H Acceleration due to gravity, g Length of wire ,L Height ,z…

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: The Reynolds number is a dimensionless number used to categorize the fluids systems in which the…

A: Write the expression for Reynolds number as follows: Re = DuρμRe = Duv      ......1   Here, Re is…

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: decrease. If the aerodynamic torque t on the ball in flight depends on the forward speed u, density…

A: Dimensions refer to qualitative characteristics for physical quantities. Physical quantities are…

Q: as repeating variable. Determine a suitable set of dimensionless parameters in FLT system and check…

A: Anything which can be measure is expressed in terms of dimensions using physical properties.…

Q: Determine the resistance in each scenario presented. Explain whether the resistance is linear or…

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

Q: Describe, with the use of sketches, the various two-phase flow regimes that can exist in a…

A: Flow patterns in a horizontal pipe are controlled by gas-liquid interactions. Stratified flow, in…

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: The term "unsteady" implies a. change with time b. change with pressure no change with time c. O d.…

A: we have study all quantity whether change with pressure,time and location In flow of fluid 4 types…

Q: Derive the velocity profile for system using shell momentum balance. State all your postulate and…

A:

Q: Imagine that you are inflating a round balloon with a pump that delivers 900 mL of gas with each…

A: Given the data between the number of pumps and balloon diameter.   (A) Draw the graph between the…

Q: As flow meters, these devices mechanically divide a fluid stream into discrete, known volumes and…

A:

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: (а) Build the four II groups for this problem (let p, µ, and D be the wilds). (b) What is the ratio…

A: (A) Vc = f ( D, dP, g, ρf, μ, ρP) There are 7 variables Vc, D, dP, g, ρf, μ, ρP There are 3…

Q: Write a report detailing the energy balance in pumps, with illustrations, formulas, and diagrams and…

A: A pump is used to move liquids with the help of the pressure difference between one point and the…

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

A:

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: . I change my experiment around a bit, so that it will allow me to change the viscosity of the fluid…

A: a)Reynolds number is given as Re=ρuDμ Where ρ- Density of fluid μ- Dynamic viscosity u- Average…

Q: The firm you work for as an engineer will conduct an experiment involving measuring the air flow in…

A:

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: Paddle agitator

A:

Q: Shear stress of the fluid will be maximum at the a. Wall of the pipe O b. In between center and wall…

A: 1) Answer: a. wall of the pipe Shear stress of the fluid is maximum at the wall because at the wall…

Q: Calculate the cross-sectional mean velocity of water flow in a pipe. The pipe diameter is 5.0 mm,…

A:

Q: The Power (P) required to drive the pump depends upon the diameter (D), the angular velocity (@),…

A: Given, Power is a function of diameter, angular velocity, discharge, and fluid velocity. P = fD, ω,…

Q: 2 - What is the use of orifice meter?

A: The flow of fluids is based on density, viscosity, flow rate, etc. These flow rates are measured…

Q: 5.1-2. Frictional Pressure Drop in a Flow of Olive Oil. Calculate the frictional pressure drop in…

A: Olive oil density and viscosity at a given temperature are obtained. The Reynolds number is…

Q: In the Figure.Q3, The energy decline of the connections and the pipe before the pump is 3m.…

A:

Q: The basic concept and operation of obstruction flowmeter is based on the same physical principle…

A: To state True or False

Q: The behaviour of fluid in motion is very complex due to the large :number of variables involved like…

A: Given: Behavior of fluid in motion is very complex due to the present of which variable? Select the…

Q: Q4: a) Determine the valve lift & valve dimensions of an engine from the following data: Bore 140…

A: To determine the valve lift and valve dimensions of an engine, we need to use the provided data and…

Q: Criticize why this situation happens.

A:

Q: The Turbine is a rotary mechanical device that extracts energy from a fluid flow and converts it…

A:

Q: 1.35 kg is suspended by a A sphere with diameter D = 0.12 m and mass m = jet of air as shown below.…

A: Given data: Diameter of the sphere = 0.12 m Mass of the sphere = 1.35 kg Drag coefficient fro the…

Q: Example 6.2 [Fishbowl Practice] A typical capillary viscometer (a device for measuring viscosity)…

A: introduction:- A fluid's resistance to deformation at a specific rate is gauged by its viscosity. It…

Q: During industrial coating of a steel sheet, the paint head moves over the steel surface. There is…

A:

Q: A Poiseuille flow experiment was carried out to measure the viscosity of air at 298 K. The sample…

A: Given data: Length of tube; L=100 cm=1 mInternal Diameter; D=1 mm =0.001 mRadius; R=0.0005 mP1=865…