The heat flux (q) can be computed with Fourier's law Where q has units of W/m2 and k is the thermal conductivity of the material (W/m.K). T: temperature (K) and x = distance (m) along the path of heat flow. Determine at each point for the following data using the best finite divided approximation formulas. x (cm)T (K) 10 800 15 760 630 25 480 35 370 40 300 55 200 70

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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The heat flux (q) can be computed with Fourier's law
Where q has units of W/m2 and k is the thermal
conductivity of the material (W/m.K). T: temperature (K)
and x = distance (m) along the path of heat flow.
Determine at each point for the following data using
the best finite divided approximation formulas.
x (cm) T (K)|
10
800
15
760
25
630
35
480
370
40
300
55
200
70
Transcribed Image Text:The heat flux (q) can be computed with Fourier's law Where q has units of W/m2 and k is the thermal conductivity of the material (W/m.K). T: temperature (K) and x = distance (m) along the path of heat flow. Determine at each point for the following data using the best finite divided approximation formulas. x (cm) T (K)| 10 800 15 760 25 630 35 480 370 40 300 55 200 70
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