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The heat transfer from the fin of the figure will be calculated using the adiabatic tip with corrected length approach. It is known that ● ● . D = 17 mm ● Tb = 64°C Too = 28°C ● The fin is made from plain carbon steel X = 4.3 cm .

The heat transfer from the fin of the figure will be calculated using the adiabatic tip with corrected length approach. It is known that ● ● . D = 17 mm ● Tb = 64°C Too = 28°C ● The fin is made from plain carbon steel X = 4.3 cm .

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
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The heat transfer from the fin of the figure will be calculated using the adiabatic tip with corrected length approach. It is known that ● ● ● . D = 17 mm Tb = 64°C Too = 28°C • h=13 W/(m² K) ● The fin is made from plain carbon steel X = 4.3 cm O E Calculate the parameter Ac [fin's cross-sectional area), in square meters. Use 7 decimal places in your answer.
Transcribed Image Text:The heat transfer from the fin of the figure will be calculated using the adiabatic tip with corrected length approach. It is known that ● ● ● . D = 17 mm Tb = 64°C Too = 28°C • h=13 W/(m² K) ● The fin is made from plain carbon steel X = 4.3 cm O E Calculate the parameter Ac [fin's cross-sectional area), in square meters. Use 7 decimal places in your answer.
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