This lesson covers the topic of heat transfer combined with chemical reactions, focusing on the transport phenomena of non-Newtonian fluids. It discusses three different problems based on spherical geometry, including heat transfer from a sphere to a stagnant fluid, heat conduction in a spherical shell, and combined heat conduction and reaction energy in a spherical catalyst pellet. The lesson explains the mathematical equations and derivations involved in these problems, providing a detailed understanding of how temperature distribution changes due to heat generation from reactions. It also discusses the concept of Nusselt number and its correlation with heat transfer.

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