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Engineering and Comp Sci Homework Help
Conceptual Heat X-fer Question (Steady state, liquid changing temp as it flows)
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[QUOTE="Chestermiller, post: 4888754, member: 345636"] If you don't understand the denominator then you don't understand the numerator. The starting equation for this derivation is: [tex]WC_p(T(x+\Delta x)-T(x))=\pi D \Delta x h(T_s-T(x))[/tex] where W is the mass rate of flow and C[SUB]p[/SUB] is the heat capacity. Do you understand where this equation comes from? Divide both sides of the equation by delta x, and take the limit as delta x approaches zero. What differential equation do you get? Chet [/QUOTE]
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Conceptual Heat X-fer Question (Steady state, liquid changing temp as it flows)
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