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Two water reservoirs, A and B, which have height difference of 12 m are connected by a pipe system consists of two cast iron pipes. The first has 60 mm diameter and 150m length while the second pipe has 120 mm diameter nd 150 m length. If the height of water in tank A is 1.5 m above its discharge point, calculate 1. flow rate for each pipe. 2. The diameter of a pipe 150 m long that could replace the two pipes and provide the same flow rate Viscosity of water = 1.16*10^(-3) pa.s %3D

Two water reservoirs, A and B, which have height difference of 12 m are connected by a pipe system consists of two cast iron pipes. The first has 60 mm diameter and 150m length while the second pipe has 120 mm diameter nd 150 m length. If the height of water in tank A is 1.5 m above its discharge point, calculate 1. flow rate for each pipe. 2. The diameter of a pipe 150 m long that could replace the two pipes and provide the same flow rate Viscosity of water = 1.16*10^(-3) pa.s %3D

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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Two water reservoirs, A and B, which have height difference of 12 m are connected by a pipe system consists of two cast iron pipes. The first has 60 mm diameter and 150m length while the second pipe has 120 mm diameter nd 150 m length. If the height of water in tank A is 1.5 m above its discharge point, calculate 1. flow rate for each pipe. 2. The diameter of a pipe 150 m long that could replace the two pipes and provide the same flow rate Viscosity of water = 1.16*10^(-3) pa.s
Transcribed Image Text:Two water reservoirs, A and B, which have height difference of 12 m are connected by a pipe system consists of two cast iron pipes. The first has 60 mm diameter and 150m length while the second pipe has 120 mm diameter nd 150 m length. If the height of water in tank A is 1.5 m above its discharge point, calculate 1. flow rate for each pipe. 2. The diameter of a pipe 150 m long that could replace the two pipes and provide the same flow rate Viscosity of water = 1.16*10^(-3) pa.s
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