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(1) Show that Fourier's law can be written (for constant pCp) as qy = -a (pC,T) for one-dimensional heat flow. In addition, show that Newton's law, for constant p, can be written as: d Tyz = -v- (*ad) P Discuss the analogies between the fluxes, constants and the gradients as they appear in these equations.

(1) Show that Fourier's law can be written (for constant pCp) as qy = -a (pC,T) for one-dimensional heat flow. In addition, show that Newton's law, for constant p, can be written as: d Tyz = -v- (*ad) P Discuss the analogies between the fluxes, constants and the gradients as they appear in these equations.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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(1) Show that Fourier's law can be written (for constant pCp) as Iy = -a for one-dimensional heat flow. In addition, show that Newton's law, for constant p, can be written as: d Tyx = -v-(pv,) dy Discuss the analogies between the fluxes, constants and the gradients as they appear in these equations.
Transcribed Image Text:(1) Show that Fourier's law can be written (for constant pCp) as Iy = -a for one-dimensional heat flow. In addition, show that Newton's law, for constant p, can be written as: d Tyx = -v-(pv,) dy Discuss the analogies between the fluxes, constants and the gradients as they appear in these equations.
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