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4. (20 points) Water (25°C) flows at 4.5 gpm (gpm is gallons per minute) in the system shown below. Answer the following questions: pumping/piping a. What is the average fluid velocity at the exit of the pipe? Give your answer in flow m/s. b. With friction neglected, what is the required shaft work of the pump maintain this flow? Give your answer in Watts. Open to air 13.1m 23.5m Inner diameter= 0.454in = 1.153 x 10-²m Inner diameter = 1.254in 3.185 x 10-²m Inner diameter= 0.454in needed to Tank open to air Inner diameter Flow direction 2.3m 1.1m

4. (20 points) Water (25°C) flows at 4.5 gpm (gpm is gallons per minute) in the system shown below. Answer the following questions: pumping/piping a. What is the average fluid velocity at the exit of the pipe? Give your answer in flow m/s. b. With friction neglected, what is the required shaft work of the pump maintain this flow? Give your answer in Watts. Open to air 13.1m 23.5m Inner diameter= 0.454in = 1.153 x 10-²m Inner diameter = 1.254in 3.185 x 10-²m Inner diameter= 0.454in needed to Tank open to air Inner diameter Flow direction 2.3m 1.1m

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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4. (20 points) Water (25°C) flows at 4.5 gpm (gpm is gallons per minute) in the pumping/piping system shown below. Answer the following questions: a. What is the average fluid velocity at the exit of the pipe? Give your answer in m/s. b. With friction neglected, what is the required shaft work of the pump needed to maintain this flow? Give your answer in Watts. flow Open to air 13.1m 23.5m Inner diameter= 0.454in = 1.153 x 10-²m Inner diameter= 1.254in 3.185 x 10-²m Inner diameter= 0.454in fluid water, 25°C pump Tank open to air Inner diameter Flow direction 2.3m 1.1m
Transcribed Image Text:4. (20 points) Water (25°C) flows at 4.5 gpm (gpm is gallons per minute) in the pumping/piping system shown below. Answer the following questions: a. What is the average fluid velocity at the exit of the pipe? Give your answer in m/s. b. With friction neglected, what is the required shaft work of the pump needed to maintain this flow? Give your answer in Watts. flow Open to air 13.1m 23.5m Inner diameter= 0.454in = 1.153 x 10-²m Inner diameter= 1.254in 3.185 x 10-²m Inner diameter= 0.454in fluid water, 25°C pump Tank open to air Inner diameter Flow direction 2.3m 1.1m
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