Estimate the heat loss by natural convection from the surface of a heated horizontal cylindrical heater that has a surface temperature of 40°C and is immersed in water which is at a temperature of 26°C. From experiments , it is observed that the correlation Nu =0.53(GrPr)025 hold for all types of flow behavior. The properties of water at the mean temperature are : Density 994.9 kg/m2 Viscosity 7.65 kg/m s Specific heat 4.174 kJ/kg K Thermal conductivity 0.623 W/m K Coefficient if thermal expansion 3.26 x10 K

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
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Estimate the heat loss by natural convection from the surface of a
heated horizontal cylindrical heater that has a surface temperature of
40°C and is immersed in water which is at a temperature of 26°C. From
experiments, it is observed that the correlation Nu =0.53(GrPr)0.25 hold
for all types of flow behavior.
The properties of water at the mean temperature are :
Density 994.9 kg/m³
Viscosity 7.65 kg/m s
Specific heat 4.174 kJ/kg K
Thermal conductivity 0.623 W/m K
Coefficient if thermal expansion 3.26 x10 K1
Transcribed Image Text:Estimate the heat loss by natural convection from the surface of a heated horizontal cylindrical heater that has a surface temperature of 40°C and is immersed in water which is at a temperature of 26°C. From experiments, it is observed that the correlation Nu =0.53(GrPr)0.25 hold for all types of flow behavior. The properties of water at the mean temperature are : Density 994.9 kg/m³ Viscosity 7.65 kg/m s Specific heat 4.174 kJ/kg K Thermal conductivity 0.623 W/m K Coefficient if thermal expansion 3.26 x10 K1
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