4. A flat plane of thickness Ax = x2 – x1 has one surface maintained at T1 (at x1) and the other at T2 (at x2). The thermal conductivity varies according to temperature as k = a +; where a, b, and c...

4. A flat plane of thickness Ax = x2 – x1 has one surface maintained at T1 (at x1) and the other<br>at T2 (at x2). The thermal conductivity varies according to temperature as k = a +;<br>where a, b, and c are constants. Derive an expression for the one dimensional heat flux, q<br>(note that q = qx/A).<br>

Extracted text: 4. A flat plane of thickness Ax = x2 – x1 has one surface maintained at T1 (at x1) and the other at T2 (at x2). The thermal conductivity varies according to temperature as k = a +; where a, b, and c are constants. Derive an expression for the one dimensional heat flux, q (note that q = qx/A).

Jun 11, 2022

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4. A flat plane of thickness Ax = x2 – x1 has one surface maintained at T1 (at x1) and the other at T2 (at x2). The thermal conductivity varies according to temperature as k = a +; where a, b, and c...

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