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The fin shown in Figure, has a base maintained at 300 C and is exposed to the convection environment indicated. Calculate the steady-state temperatures of the nodes shown and the heat loss if k=1,0 W/m. C. h-40 Wim. 'C T-20°C 1.0 cm 300'C 1.0 cm S cm-

The fin shown in Figure, has a base maintained at 300 C and is exposed to the convection environment indicated. Calculate the steady-state temperatures of the nodes shown and the heat loss if k=1,0 W/m. C. h-40 Wim. 'C T-20°C 1.0 cm 300'C 1.0 cm S cm-

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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The fin shown in Figure, has a base maintained at 300 C and is exposed to the convection environment indicated. Calculate the steady-state temperatures of the nodes shown and the heat loss if k=1,0 W/m. C. h- 40 Wim.'C T-20'C 1.0 cm 300'C 1.0 cm 2 cm- 8 cm
Transcribed Image Text:The fin shown in Figure, has a base maintained at 300 C and is exposed to the convection environment indicated. Calculate the steady-state temperatures of the nodes shown and the heat loss if k=1,0 W/m. C. h- 40 Wim.'C T-20'C 1.0 cm 300'C 1.0 cm 2 cm- 8 cm
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