In measuring the flow of fluids in a pipeline, a differential manometer, as shown in Fig. El.26, can be used to determine the pressure difference across an orifice plate. The flow rate can be calibratedi with the observed pressure drop. Calculate the pressure drop p, - Pa in pascal. Fluid Oriti ce Woler, p-10kg/m 32 mm 10mm Manometer fluid, Figure El.26

In measuring the flow of fluids in a pipeline, a differential manometer, as shown in Fig. El.26, can be used to determine the pressure difference across an orifice plate. The flow rate can be calibratedi with the observed pressure drop. Calculate the pressure drop p, - Pa in pascal. Fluid Oriti ce Woler, p-10kg/m 32 mm 10mm Manometer fluid, Figure El.26

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

TYPEWRITTEN ONLY PLEASE FOR UPVOTE. DOWNVOTE FOR HANDWRITTEN. DO NOT ANSWER IF YOU ALREADY ANSWERED THIS. I'LL DOWNVOTE.
Describe the methodology for obtaining the pump curve in a project, where data are collected at five points with different pressures in the pump (10 psi, 15 psi, 20 psi, 25 psi and 30 psi), where to find these flow rates Q a 1000 ml bottle is used and the time required to fill it is timed, for each of the pump's five pressure points. The gauge pressure H in meters of water column reached must also be observed in order to construct the HxQ graph of the pump. This entire process is carried out for three different types of piping systems, each with its characteristic pressure drops.
A Pitot-static tube is used to measure the velocity of 68°F water (p 62.32 lbm/ft', H=2.09 x 10 1bf-s/ft) flowing in an open channel. A differential pressure of 2.36 in. of water is measured. Determine the corresponding water velocity (ft/s). %3D
The length of a tube carrying fluid is increased by 1.75 times its original value. All other parameters remain unchanged. What is the new flow rate through the tube if the original flow rate before the increase in length was 4.50. L/min? (Usc Poiseuille's Law), : 2P 87) L
Table below shows the test data of the flow velocity (Q) and pressure drop (4P). Knowing that there is an offset of 0.03 in the flow measurement, the relation between the measured flow velocity and pressure drop is thus described as Q = avAP + 0.02, find the constant a for the best fit using Least- Square Method. (You can check your answer using excel, but will get NO point with only a value from excel without any procedures). Q (in³/sec) 0.17 0.20 0.26 AP (psi) 97 153 262
Q.1 A manometer measures the pressure differential between two locations of a pipe carrying water. If the manometric liquid is mercury (specific gravity 13.6) and the manometer showed a level difference of 20 cm, then the pressure head difference of water between the two tapings will be A 1.26 m B 2.72 m C 1.36 m D 2.52 m
Py Flow FIGURE 6.2 Portion of a fluid distribution system showing variations in velocity, pressure, and elevation. Reference level 2.
The U Tube manometer is widely used to measure the differencelin pressure between tMo donta in a given flow system. As an example, a manometer connected betweeti pipesA and B is stiowti devermi pressure difference in the two pipes. All dimensions shown are in centimeters. Kerosene Benzene P 20 Mercury Weter
i need the answer quickly
Flow (m³ /h) 1 1.5 2 2.5 Pressure difference Ap (bar) 0.005 0.012 0.021 0.034 Kinematic viscosity 10-6 m?/s V (Rough Pipe Radius = 25mm) (Rough Pipe length =L=80cm) Question: An experiment is made using different flow rates in a pipe and pressure differences are given according to the given flow values. According to these; 1. Calculate the pipe roughness height ( e ). 2. Calculate the Reynolds value. 3. Calculate the coefficient of friction f from the Darcy-Weisbach equation. 4. Briefly describe the equations you use and the reasons for using them.
I need a simple step by step answer please :)
using: Step 1: Known, UnknownStep 2: SchematicStep 3: FormulaStep 4: CalculationsStep 5: Discussion find