Please try to solve part A and D only in 30 minute The following parts are not related. Also, please be concise.(a) Acetonitrile (density = 786 [kg/m3], absolute viscosity µ = 3.93×104 [kg/m.s]) is flowing at 0.05 m/s average velocity in circular tube of 10 mm. Is the flowturbulent or laminar? What is the friction factor value?'(b) You are trying to see whether a pump you have can be used along with some stack of piping available freely. You already know the volume flow rate needed andthe pump head. Is it a Type I, Type II, or Type IIl problem? What do you ned to calculate?(c) Water (at 60 °F, kinematic viscosity is 1.21 ft2/s) flows past a flat plate that is oriented parallel to the flow with an upstream velocity of 2 ft/s. Determine theapproximate location downstream from the leading edge where the boundary layer becomes turbulent.(d) A new civil engineer is trying to construct a trapezoidal open channel. The slope and the geometry are restricted by the landscape. The only way to control theflow rate is by changing the Manning Coefficient. Two-floor options are available with n = 0.014 and 0.025. If the interest is to have a low flow rate, which Manningcoefficient should be selected?

Note: As per policy, we can solve the first question from multiple questions. Please resubmit the…

The following parts are not related. Also, please be concise. (a) Acetonitrile (density = 786 [kg/m³), absolute viscosity µ = 3.93x104 [kg/m.s]) is flowing at 0.05 m/s average velocity in circular tube of 10 mm. Is the flow turbulent or laminar? What is the friction factor value?

The following parts are not related. Also, please be concise. (a) Acetonitrile (density = 786 [kg/m³), absolute viscosity µ = 3.93x104 [kg/m.s]) is flowing at 0.05 m/s average velocity in circular tube of 10 mm. Is the flow turbulent or laminar? What is the friction factor value?

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

A) A fuel injection nozzle creates small droplets of liquid gasoline at 15.6 C. If the average diameter of the droplets is 350 (Greek mu)m, what is the difference in pressure between the inside and outside of the droplets? ( (Greek mu)m = 10^-6 m) B) What is the difference between the pressure inside a soap bubble and atmospheric pressure for a 3-in. diameter bubble? Assume that the surface tension of the soap film is equivalent to 70% of that for pure water at 60 F.
Fluid Mechanics Laboratory Experiment No.5 Pitot Static Tube The Discussion 2 — When the pitot tube is moved vertically inside the pipeline, why does it yield different flow velocities? Explain 3 — If the pitot tube is not perfectly aligned with the current direction, it produces errors in the measurements of static pressure and total (pool) pressure, Why? Explain. 4 — When flow velocity increases, it alters the shape of the flow velocity profile. Clarify 5 — What are the advantages and disadvantages of the pitot static tube. 6 — Does altering fluid temperature influences the results obtained by pitot static tube? clarify
The Reynolds number is defined for a pipe as (velocity· diameter· density) / viscosity. What isthe Reynolds number for water flowing at 10 ft/ s in a pipe with a diameter of 6 in? What are itsdimensions?
The continuity of flow equation is fundamental to much of the fluid flow in building services systems illustrate the continuity system and its associated equations.
PROB E. A capillary –tube viscometer is being selected to measure viscosity of a liquid food. The maximum viscosity to be measured will be 230 cP and the maximum mass rate is 900 grams per hour. If the tube length is 10 cm and the maximum sustainable pressure is 25 Pa, determine the nominal diameter size of the tube to be used.
171 about industrial piping HOW IS THE HYDROSTATIC TEST PRESSURE DEFINED IN INDUSTRIAL PIPELINES?
write legibly Complex Pipeline System_Series Pipes 1. Three new cast-iron pipes were connected in series: pipe 1, 12 in. diameter and 1200 ft long; pipe 2, 24 in. diameter and 2000 ft long; and pipe 3, 18 in. diameter and 1500 ft long. If the total flow in the system is 8.0 cfs, determine the (a) total lost head, ft; and(b) the equivalent length of a 20 in. diameter pipe. Use a C value of 120 for all pipes. (a) total lost head : _______________________ ft(b) equivalent length : _______________________ ft
Simulation of laminar gas flow in the pipe with Ansys Fluent Task: 1. Calculate velocity distribution in y axis at inlet and outlet of the pipe. Submit it as a chart. 2. Calculate velocity distribution over the pipe length. Submit it as a chart. Figure. pipe geometry L, m = 16 R, m= 0.15 Inlet velocity, m/s= 0.08 Gas= Oxygen Need proper solution like pdf file, don't need steps by steps. If you can can do it through ansys fluent. Write proper solution on word file or pdf.
Air flows through a duct at 2,700 cubic feet per minute (CFM). After several feet and a few vents, the air-flow decreases to 1,890 CFM. What is the percent drop that has occurred? (Simplify your answer completely.)
SAE 10 oil at 20 °C flows in a vertical pipe of diameter 2.5 cm.It is found that the pressure is constant throughout thefluid. What is the oil flow rate in m3/h? Is the flow up ordown?
A wind tunnel has an incompressible flow of air, flowing horizontally from an inlet section, 7 times the test section. A u-tube is connected, containing mercury inside. The mercury has 1.33x10^5 N/m^3 specific weight. The condition of the air at the inlet section is at 1 atm and 280K respectively. What is the change of height inside the mercury, when the velocity at the throat is 70m/s?Complete solutionround off to 4 decimal places
Using the velocity distribution for a laminar, incompressible flow of a Newtonian fluid in a long vertical tube, for a fluid whose density is 300 kg per cubic meter and viscosity is 1x10 - 4 Pascal-second travelling along a long circular tube of cross sectional area of 1 cm2 owing to a pressure gradient of 1,000 Pascal per meter, the average velocity in meter per second (m/s) is Blank 1.