1. This can be explained with Newton's law of cooling : 2. See : Law of cooling ( which also applies to heating ). 3. :: : Another relevant article is Newton's law of cooling . 4. The rate of transfer is well described by Newton's law of cooling : 5. :: A much much simpler equation is Newton's law of cooling . 6. The mathematical solution to the lumped system approximation gives Newton's law of cooling . 7. Newton s Law of Cooling are combined with the flux term derived above and the boundary layer thickness. 8. Systems for which cooling satisfies the above exponential equation are said to satisfy Newton's law of cooling . 9. This characteristic time function for temperature-difference behavior, is also associated with Newton's law of cooling . 10. Sketch of a heat sink in a duct used to calculate the governing equations from conservation of energy and Newton s law of cooling .
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