#m3EDCF3$4RFAc = 1m²VToo,1=1 Kh₁ = 1 W/m²K(5) Consider a wall (as shown above) of thickness L=1 m and thermal conductivity k-1 W/m-K. The left(x=0) and the right (x=1 m) surfaces of the wall are subject to convection with a convectional heattransfer coefficient h = 1 W/m²K and an ambient temperature T.= 1 K. Heat generation inside the wall isq=1W/m³. You may assume 1-D heat transfer, steady state condition, and neglect any thermal contactresistance. Find T(x).44%5Q SearchF5TGT₁Bx=0*A6q=1 W/m³k= 1W/mKL=1mF6YHF7&7T₂x= 1 mUNTop 2 = 1 Kh₂=1 W/m²KPrtScnF88HomeMF9(9KEndF100LPgUp

Givenq˙=1W/m3k=1W/mKL=1mon both side of wallT∞=1K h1=1W/m2KA=1m2Assumption made-1D heat…

Answered: (5) Consider a wall (as shown above) of…

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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Ac = 1m²
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h₁ = 1 W/m²K
(5) Consider a wall (as shown above) of thickness L=1 m and thermal conductivity k-1 W/m-K. The left
(x=0) and the right (x=1 m) surfaces of the wall are subject to convection with a convectional heat
transfer coefficient h = 1 W/m²K and an ambient temperature T.= 1 K. Heat generation inside the wall is
q=1W/m³. You may assume 1-D heat transfer, steady state condition, and neglect any thermal contact
resistance. Find T(x).
44
%
5
Q Search
F5
T
G
T₁
B
x=0
*
A
6
q=1 W/m³
k= 1W/mK
L=1m
F6
Y
H
F7
&
7
T₂
x= 1 m
U
N
Top 2 = 1 K
h₂=1 W/m²K
PrtScn
F8
8
Home
M
F9
(
9
K
End
F10
0
L
PgUp

Expert Solution

Step 1

$Given \dot{q} = 1 W / m^{3} k = 1 W / mK L = 1 m on both side of wall T_{\infty} = 1 K h_{1} = 1 W / m^{2} K A = 1 m^{2} Assumption made - 1 D heat transfer steady state neglect contact air resistance$

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