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A pitot-static tube measures the total pressure pr and the local pressure p in a uniform flow in a 4-cm- diameter water pipe. Calculate the flow rate if: (a) Pr= 1500 mm of mercury and p = 150 kPa (b) PT = 250 kPa and p = 800 mm of mercury (c) Pr=900 mm of mercury and p = 110 kPa (d) Pr= 10 in. of water and p = 30 lb/ft² (-0.6) 0(0)

A pitot-static tube measures the total pressure pr and the local pressure p in a uniform flow in a 4-cm- diameter water pipe. Calculate the flow rate if: (a) Pr= 1500 mm of mercury and p = 150 kPa (b) PT = 250 kPa and p = 800 mm of mercury (c) Pr=900 mm of mercury and p = 110 kPa (d) Pr= 10 in. of water and p = 30 lb/ft² (-0.6) 0(0)

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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Use Bernoulli’s equation
Bernoulli's equation 3.34 A pitot-static tube measures the total pressure pr and the local pressure p in a uniform flow in a 4-cm- diameter water pipe. Calculate the flow rate if: (a) Pr=1500 mm of mercury and p = 150 kPa (b) pr=250 kPa and p = 800 mm of mercury (c) Pr=900 mm of mercury and p (d) Pr=10 in. of water and p = 30 lb/ft² 110 kPa α
Transcribed Image Text:Bernoulli's equation 3.34 A pitot-static tube measures the total pressure pr and the local pressure p in a uniform flow in a 4-cm- diameter water pipe. Calculate the flow rate if: (a) Pr=1500 mm of mercury and p = 150 kPa (b) pr=250 kPa and p = 800 mm of mercury (c) Pr=900 mm of mercury and p (d) Pr=10 in. of water and p = 30 lb/ft² 110 kPa α
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