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Given: Fin length: 45 mm Fin width: 90 mm Fin thickness: 5 mm Thermal conductivity of fin material: k = 58 W/m°c Heat transfer coefficient of ambient air: h = 12 W/m2°c Temperature of ambient air: 27°C Temperature at the base of the fin: 100°C Determine the heat transfer rate of the fin.

Given: Fin length: 45 mm Fin width: 90 mm Fin thickness: 5 mm Thermal conductivity of fin material: k = 58 W/m°c Heat transfer coefficient of ambient air: h = 12 W/m2°c Temperature of ambient air: 27°C Temperature at the base of the fin: 100°C Determine the heat transfer rate of the fin.

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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Given: Fin width: 90 mm Fin length: 45 mm Fin thickness: 5 mm Thermal conductivity of fin material: k = 58 W/m°C Heat transfer coefficient of ambient air: h = 12 W/m2°C Temperature of ambient air: 27°C Temperature at the base of the fin: 100°C Determine the heat transfer rate of the fin.
Transcribed Image Text:Given: Fin width: 90 mm Fin length: 45 mm Fin thickness: 5 mm Thermal conductivity of fin material: k = 58 W/m°C Heat transfer coefficient of ambient air: h = 12 W/m2°C Temperature of ambient air: 27°C Temperature at the base of the fin: 100°C Determine the heat transfer rate of the fin.
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