a,b and c are answered|answer other please.I know the 3 subparts at a time can be answered but i am posting second time so please! Short Questions(a) If the flow is laminar on entire flat plate, at which local Reynolds number the heatflux rate would be maximum? (Rex = 10, 100, 1000, 10000)(b)What is the limiting temperature condition at the edge of thermal boundary layer?(c)N, is maximum for laminar or turbulentboundary layer?(d) Heat transfer on a circular cylinder, the second minima on Nu vs T curve due towhich flow condition? And what is the approximate location of second minima?(e) For air with Pr = 0.71, which boundary layer would be thicker?(f)What is Reynolds analogy and Film Temperature?(g)What is the condition for application of mixed boundary layer conditions?(h)What is the condition for creeping flow?

As the parts A, B and C are answered. We are solve for parts d, e and f. Please request another…

(d) Heat transfer on a circular cylinder, the second minima on Nu vs T curve due to which flow condition? And what is the approximate location of second minima? (e) For air with Pr = 0.71, which boundary layer would be thicker? (f) What is Reynolds analogy and Film Temperature?

(d) Heat transfer on a circular cylinder, the second minima on Nu vs T curve due to which flow condition? And what is the approximate location of second minima? (e) For air with Pr = 0.71, which boundary layer would be thicker? (f) What is Reynolds analogy and Film Temperature?

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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