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Water, at 300 K and a volumetric flow rate of 2x10 m/s, enters a 2" Schedule 40 (inner diameter 52.6 mm, outer diameter 60.3 mm) stainless steel pipe (k = 14 W m' K) that is 3 m long. Saturated steam at 550,000 Pa (gauge) condenses on the outside of the pipe producing an average convection coefficient on the steam side of 8,000 W m2 K1. What is the exit temperature of the water? What is the heat transfer rate to the water? All this occurs in Provo where the atmospheric pressure is 87,000 Pa.

Water, at 300 K and a volumetric flow rate of 2x10 m/s, enters a 2" Schedule 40 (inner diameter 52.6 mm, outer diameter 60.3 mm) stainless steel pipe (k = 14 W m' K) that is 3 m long. Saturated steam at 550,000 Pa (gauge) condenses on the outside of the pipe producing an average convection coefficient on the steam side of 8,000 W m2 K1. What is the exit temperature of the water? What is the heat transfer rate to the water? All this occurs in Provo where the atmospheric pressure is 87,000 Pa.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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Water, at 300 Kand a volumetric flow rate of 2x10 m/s, enters a 2" Schedule 40 (inner diameter 52.6 mm, outer diameter 60.3 mm) stainless steel pipe (k = 14 W m K) that is 3 m long. Saturated steam at 550,000 Pa (gauge) condenses on the outside of the pipe producing an average convection coefficient on the steam side of 8,000 W m? K. What is the exit temperature of the water? What is the heat transfer rate to the water? All this occurs in Provo where the atmospheric pressure is 87,000 Pa.
Transcribed Image Text:Water, at 300 Kand a volumetric flow rate of 2x10 m/s, enters a 2" Schedule 40 (inner diameter 52.6 mm, outer diameter 60.3 mm) stainless steel pipe (k = 14 W m K) that is 3 m long. Saturated steam at 550,000 Pa (gauge) condenses on the outside of the pipe producing an average convection coefficient on the steam side of 8,000 W m? K. What is the exit temperature of the water? What is the heat transfer rate to the water? All this occurs in Provo where the atmospheric pressure is 87,000 Pa.
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