r₁ = 10 m r₂ = 14m 3 T₂ = 690 K 9" = 50 kW/m ³ h₁ = 10W/mK Vacuum There is an inner sphere and an outer sphere. How do I calculate the surface temperature of the inner sphere?

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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B
ņ
r₁ = 10 m
r₂ =14m
2
$Tz=
к
3
ITZ= 690 1
' 9" = 50 kW/m²³
h₁ = 10W/mK
Vacuum
There is an inner sphere and an
outer sphere. How do I calculate
the surface temperature of the
inner sphere?
Transcribed Image Text:B ņ r₁ = 10 m r₂ =14m 2 $Tz= к 3 ITZ= 690 1 ' 9" = 50 kW/m²³ h₁ = 10W/mK Vacuum There is an inner sphere and an outer sphere. How do I calculate the surface temperature of the inner sphere?
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