Water flows in a duct having a cross-section of 10x20 mm with a mean bulk diameter of 15.56 deg C. If the duct wall temperature is constant at 60 deg C and fully developed laminar flow prevails. a.) Calculate the heat transfer coefficient, h in W/m2-deg C choices: (405, 305, 151, 252) b.) What is the thermal conductivity of water at the given temperature, k in W/m-deg C choices: (0.604, 0.6, 0.585, 0.595) c.) Calculate the heat transfer rate per unit length in W/m choices; (605, 366, 505, 404)
Water flows in a duct having a cross-section of 10x20 mm with a mean bulk diameter of 15.56 deg C. If the duct wall temperature is constant at 60 deg C and fully developed laminar flow prevails. a.) Calculate the heat transfer coefficient, h in W/m2-deg C choices: (405, 305, 151, 252) b.) What is the thermal conductivity of water at the given temperature, k in W/m-deg C choices: (0.604, 0.6, 0.585, 0.595) c.) Calculate the heat transfer rate per unit length in W/m choices; (605, 366, 505, 404)
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Water flows in a duct having a cross-section of 10x20 mm with a mean bulk diameter of 15.56 deg C. If the duct wall temperature is constant at 60 deg C and fully developed laminar flow prevails.
a.) Calculate the heat transfer coefficient, h in W/m2-deg C
choices: (405, 305, 151, 252)
b.) What is the thermal conductivity of water at the given temperature, k in W/m-deg C
choices: (0.604, 0.6, 0.585, 0.595)
c.) Calculate the heat transfer rate per unit length in W/m
choices; (605, 366, 505, 404)
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