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section( 2). 05: Water flowing through a pipe of 22 cm LD. at section (1) and 12 cm The discharge through the pipe is 1800 lit/min. The section (1) is 6 m above the datum line and section (2) is 2 m above it. If the pressure at section (1) is 222 kPa, find the intensity of pressure at section (2). Given that p - 1000 kg/m', u-1.0 mPa.s. Datum line

section( 2). 05: Water flowing through a pipe of 22 cm LD. at section (1) and 12 cm The discharge through the pipe is 1800 lit/min. The section (1) is 6 m above the datum line and section (2) is 2 m above it. If the pressure at section (1) is 222 kPa, find the intensity of pressure at section (2). Given that p - 1000 kg/m', u-1.0 mPa.s. Datum line

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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05: Water flowing through a pipe of 22 cm 1.D. at section (1) and 12 cm at section( 2). The discharge through the pipe is 1800 lit/min. The section (1) is 6 m above the datum line and section (2) is 2 m above it. If the pressure at section (1) is 222 kPa, find the intensity of pressure at section (2). Given that p - 1000 kg/m', u-1.0 mPa.s. 6 m Datum line-
Transcribed Image Text:05: Water flowing through a pipe of 22 cm 1.D. at section (1) and 12 cm at section( 2). The discharge through the pipe is 1800 lit/min. The section (1) is 6 m above the datum line and section (2) is 2 m above it. If the pressure at section (1) is 222 kPa, find the intensity of pressure at section (2). Given that p - 1000 kg/m', u-1.0 mPa.s. 6 m Datum line-
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