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A fluid (p=990, Pr = 3, k = 0.65 W kJ kgK enters a mk M = 6 x 10-4 kg ms Cp=4.1- tube at 0.01m/s and 45C. It is heated in a constant surface temperature 0.1m diameter tube (the surface of the tube is 95C) 10m long. Determine the rate of heat transfer over the length of the tube. O 555W/m O 333W/m O 444W/m O 222W/m

A fluid (p=990, Pr = 3, k = 0.65 W kJ kgK enters a mk M = 6 x 10-4 kg ms Cp=4.1- tube at 0.01m/s and 45C. It is heated in a constant surface temperature 0.1m diameter tube (the surface of the tube is 95C) 10m long. Determine the rate of heat transfer over the length of the tube. O 555W/m O 333W/m O 444W/m O 222W/m

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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A fluid (p=990, Pr = 3, k = 0.65 W kJ kgK enters a mk M = 6 x 10-4 kg ms Cp=4.1- tube at 0.01m/s and 45C. It is heated in a constant surface temperature 0.1m diameter tube (the surface of the tube is 95C) 10m long. Determine the rate of heat transfer over the length of the tube. O 555W/m O 333W/m O 444W/m O 222W/m
Transcribed Image Text:A fluid (p=990, Pr = 3, k = 0.65 W kJ kgK enters a mk M = 6 x 10-4 kg ms Cp=4.1- tube at 0.01m/s and 45C. It is heated in a constant surface temperature 0.1m diameter tube (the surface of the tube is 95C) 10m long. Determine the rate of heat transfer over the length of the tube. O 555W/m O 333W/m O 444W/m O 222W/m
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