Please don't provide handwritten solution.... The heat transfer from the fin of the figure will be calculated using the adiabatic tipwith corrected length approach. It is known that●●●. D = 17 mmTb = 64°CToo = 28°C• h=13 W/(m² K)●The fin is made from plain carbon steelX = 4.3 cmOECalculate the parameter Ac [fin's cross-sectional area), in square meters. Use 7decimal places in your answer.

The fin is made of carbon steel The value are

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

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Question

Please don't provide handwritten solution....

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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