A thermal system having a cylindrical form contains a sequence of cylindrical layers is used to cool hot gases. The thermal properties of the system materials are as follows : k = 231 W/m.K, c = 1033 J/kg.K and the density = 2702 kg/m^3. The gases to be cooled has a temperature equals to 500 C. Determine the temperature of the system that corresponds to 10 % of the maximum possible heat transfer between the gas and the system. Consider that the system has a characteristic length equals to 0.03 m. The heat convective coefficient is equal to 50 W/m^2.K. The initial temperature of the system is equal to 20 C. Select one: а. 370 К O b. 489 K О с. 341 К d. 410 K
A thermal system having a cylindrical form contains a sequence of cylindrical layers is used to cool hot gases. The thermal properties of the system materials are as follows : k = 231 W/m.K, c = 1033 J/kg.K and the density = 2702 kg/m^3. The gases to be cooled has a temperature equals to 500 C. Determine the temperature of the system that corresponds to 10 % of the maximum possible heat transfer between the gas and the system. Consider that the system has a characteristic length equals to 0.03 m. The heat convective coefficient is equal to 50 W/m^2.K. The initial temperature of the system is equal to 20 C. Select one: а. 370 К O b. 489 K О с. 341 К d. 410 K
Principles of Heat Transfer (Activate Learning with these NEW titles from Engineering!)
8th Edition
ISBN:9781305387102
Author:Kreith, Frank; Manglik, Raj M.
Publisher:Kreith, Frank; Manglik, Raj M.
Chapter7: Forced Convection Inside Tubes And Ducts
Section: Chapter Questions
Problem 7.29P
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![A thermal system having a cylindrical form contains a sequence of cylindrical layers is used to cool hot gases. The thermal properties of the
system materials are as follows : k = 231 W/m.K, c = 1033 J/kg.K and the density = 2702 kg/m^3. The gases to be cooled has a temperature
equals to 500 C. Determine the temperature of the system that corresponds to 10 % of the maximum possible heat transfer between the
gas and the system. Consider that the system has a characteristic length equals to 0.03 m. The heat convective coefficient is equal to 50
W/m^2.K. The initial temperature of the system is equal to 20 C.
Select one:
О а. 370 К
O b. 489 K
С. 341 К
d. 410 K](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F0c839287-7a45-4b61-8245-fbfd47e27fff%2Ff3e67e98-a484-4970-8555-1d9c8ca6601e%2Fxns6e4u_processed.png&w=3840&q=75)
Transcribed Image Text:A thermal system having a cylindrical form contains a sequence of cylindrical layers is used to cool hot gases. The thermal properties of the
system materials are as follows : k = 231 W/m.K, c = 1033 J/kg.K and the density = 2702 kg/m^3. The gases to be cooled has a temperature
equals to 500 C. Determine the temperature of the system that corresponds to 10 % of the maximum possible heat transfer between the
gas and the system. Consider that the system has a characteristic length equals to 0.03 m. The heat convective coefficient is equal to 50
W/m^2.K. The initial temperature of the system is equal to 20 C.
Select one:
О а. 370 К
O b. 489 K
С. 341 К
d. 410 K
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