Problem 4: The U-tube manometer is also widely used to measure the difference in pressurebetween two containers or two points in a given system. As an example a manometer connectedbetween containers A and B is shown in Figure. Pipe A is filled with the diesel fuel has aspecific gravity Yadiese fae -8.326 kN/m and pipe B filled with engine oil has a specific gravityYengine oi -8.955kN/m³’ If the pressure in pipe A is 105.49kN/m2 Determine the pressure at B. (Ymercuy =133kN/m) (Munson and Young, 1998)air0.076m0.127mD'0.4572mDiesel fuelengine oil0.1524mmercury0.1778m

Name: Problem 4: The U-tube manometer is also widely used to measure the di
Uploaded: 2024-03-20T06:56:55.000Z
Channel: Bartleby
Description: Problem 4: The U-tube manometer is also widely used to measure the difference in pressurebetween two containers or two points in a given system. As an example a manometer connectedbetween containers A and B is shown in Figure. Pipe A is filled with

Given dataVdf=8.236 KNm3VEO=8.955 KNm3PA=105.49 KNm3Vmercury=133 KNm3

Engineering

Mechanical Engineering

Problem 4: The U-tube manometer is also widely used to measure the difference in pressure between two containers or two points in a given system. As an example a manometer connected between containers A and B is shown in Figure. Pipe A is filled with the diesel fuel has a specific gravity Yaiesel fiel=8.326 kN/m' and pipe B filled with engine oil has a specific gravity Yemetine ol -8.955kN/m³ If the pressure in pipe A is 105.49kN/m2 Determine the pressure at B. ( Ymereury =133kN/m') (Munson and Young, 1998)

Problem 4: The U-tube manometer is also widely used to measure the difference in pressure between two containers or two points in a given system. As an example a manometer connected between containers A and B is shown in Figure. Pipe A is filled with the diesel fuel has a specific gravity Yaiesel fiel=8.326 kN/m' and pipe B filled with engine oil has a specific gravity Yemetine ol -8.955kN/m³ If the pressure in pipe A is 105.49kN/m2 Determine the pressure at B. ( Ymereury =133kN/m') (Munson and Young, 1998)

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

1. A piston of area 0.1 m? sits atop a container filled with water as shown in figure below. A U-tube manometer is connected to the container at one end. The other end is open to the atmosphere. If hi =50 mm and hz = 120 mm, what is the force Pacting on the piston? The weight of the piston is 1 kg. JU Piston Water Mereury
Which of the following relationships are valid for points A to F in the following setup that connects a reservoir to a manometer. Select all that apply SGoil = 0.85 Oil Air d2 Water 40 AO B h2 hy E d, d3 Mercury O a. Pg=PD O b. PE>PB O c. Pp>PE d. PA>P1
For the differential manometer shown in the figure below, calculate the quantity Pᴀ - Pʙ in psi. The gauge fluid has a specific gravity of 0.7. Be sure to report the correct sign (i.e. if the pressure at A is larger than the pressure at B then the quantity Pᴀ - Pʙ will be positive).
Shown in figure below, the manometer fluid of density 875 kg/m3 shows a column height difference of 3 cm with one end attached to a pipe and the other open to atmosphere at 101 kPa. What is the absolute pressure in the pipe in psi?
4.As shown in the figure, a U-tube pressure gauge containing mercury is installed on the water storage tank. The difference between the water surface height of the water tank and the average height of the mercury surface in the manometer is z. the height difference between the two sides of the mercury surface is 2h. What is the ratio of z to h (z/h)? (The density ratio of mercury to water is s=13.6) Pa Pa Pw water B mercury
In the figure shown below, an open manometer is connected to a pipe to measure the pressure at A. Fluid at A is oil of s.g. oil = 0.85 , the value of (x = 334 mm) and the value of ( y = 400 mm) to obtain the pressure intensity as gauge pressure as well as absolute pressure. Take Patm = 1.01396 bar , and the manometer fluid s.g. Hg=13.6 2-Gage pressure at A (PAgage) is equal to -----------? 1-Absolute pressure at A (PAabs) is equal to -----------?both answer in kN/m^2
Consider the tank shown (Figure 2), where the specific weight of the water is yw = 9800 N/m³ and the specific weight of molasses is ym = 1.4x104 N/m³. What is the pressure at the bottom of the tank if h1 = 3.4 m and h2 = 3.7 m. Water h2 Molasses
A pressure gauge connected to a pressure vessel reads 50 kPa. Compute for the absolutepressure. Assume that the standard atmospheric pressure is 22.92 in Hg. Express youranswer in psi.
Smwidth x Sm leng th The plate used to support the water as shown in Figure Q1 (c) is a S sn square. The value of h is 4.5 m. Ignore the atmospheric pressure, determine the tension of the горе, Т. (c) T Rope h 450 Figure QI (c)
If the surface tension of water-air interface is 0.073 N/m, the gauge pressure inside a rain drop of 1 mm diameter will be
Find the gauge pressure at point A for the system of manometers shown in the Figure 1.
Need Solution through 15min