cosh mL-1 sinhmL Heat Transfer at the base of the fin 9x=0=√√hPKA -cosh mL-1 (₁+0) sinh mL Heat Transfer from the fin 9=√hPkA cosh mL-1 00 9x=L=9x=0-9f=√√hPkA - cosh mL sinhmL -0₂ sinh[m/L_x)]+0 sinh mà
cosh mL-1 sinhmL Heat Transfer at the base of the fin 9x=0=√√hPKA -cosh mL-1 (₁+0) sinh mL Heat Transfer from the fin 9=√hPkA cosh mL-1 00 9x=L=9x=0-9f=√√hPkA - cosh mL sinhmL -0₂ sinh[m/L_x)]+0 sinh mà
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
Derive the expression for the temperature profile and heat transfer for the four Conditions
![cosh mL-1
sinh mL
Heat Transfer at the base of the fin
cosh mL-1,
sinhmL
Heat Transfer from the fin
9x=0= √hPKA
9₁ =√√hPKA
9x=L=9x=0-9f=√√hPkA
0
0₂
-0₂
(0₁ + 0₂)
-% cosh mL
sinh mL
-0₂
sinh[m(L−x)]+/%_sinh mx
sinh mL](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Faaf140b2-0d27-4e8c-8197-ccb00f26834e%2F754e4429-07a6-482f-be87-ae4721b4563b%2Fpg3lab_processed.png&w=3840&q=75)
Transcribed Image Text:cosh mL-1
sinh mL
Heat Transfer at the base of the fin
cosh mL-1,
sinhmL
Heat Transfer from the fin
9x=0= √hPKA
9₁ =√√hPKA
9x=L=9x=0-9f=√√hPkA
0
0₂
-0₂
(0₁ + 0₂)
-% cosh mL
sinh mL
-0₂
sinh[m(L−x)]+/%_sinh mx
sinh mL
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