With the help of a Mercury manometer, it is desirable to measure the speed of the water, which is the fluid flowing in a pipe with an upward slope of 20°. Calculate the height difference between the levers (A) in the British unit system, since the pressure difference between the pressure points is measured as 26.1 kPa.Dec. Dec. (b) what is the velocity of the fluid in the pipe? Civa manometresi yardımıyla yukarıya doğru 20°eğimli bir borunun içerisinde akan akışkan olan suyun hızıölçülmek istenmektedir. Manometre bağlantı noktaları arasında basınç farkı 26,1kPa olarak ölçüldüğünegöre(a) kolları arasındaki yükseklik farkını İngiliz birim sisteminde hesaplayınız.(b) Borudaki akışkanın hız ne olur? A değerini öğrenci numaralarınıza göre 1m ile 2 m arasında seçiniz.2)(1)

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Description: With the help of a Mercury manometer, it is desirable to measure the speed of the water, which is the fluid flowing in a pipe with an upward slope of 20°. Calculate the height difference between the levers (A) in the British unit system, since the pr

Q) Given dataPressure differenceb/w the manometerconnection point = 26.1 kPa To determine a)…

Engineering

Mechanical Engineering

With the help of a Mercury manometer, it is desirable to measure the speed of the water, which is the fluid flowing in a pipe with an upward slope of 20°. Calculate the height difference between the levers (A) in the British unit system, since the pressure difference between the pressure points is measured as 26.1 kPa.Dec. Dec. (b) what is the velocity of the fluid in the pipe?

With the help of a Mercury manometer, it is desirable to measure the speed of the water, which is the fluid flowing in a pipe with an upward slope of 20°. Calculate the height difference between the levers (A) in the British unit system, since the pressure difference between the pressure points is measured as 26.1 kPa.Dec. Dec. (b) what is the velocity of the fluid in the pipe?

Principles of Heat Transfer (Activate Learning with these NEW titles from Engineering!)

8th Edition

ISBN:9781305387102

Author:Kreith, Frank; Manglik, Raj M.

Publisher:Kreith, Frank; Manglik, Raj M.

Chapter1: Basic Modes Of Heat Transfer

Section: Chapter Questions

Problem 1.55P

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