Kindly solve with full solution and explain. Thank you very much The rate of heat transfer through a composite pipe is given by the equation:Cold fluid (air)tof(AHotfluid :tht2tL(tnf – tef)QIn (r2/r¡) , In (r3/r2)+1+1[hnf•r1KAkBhef.73]convective heat transfer coefficient and k is the thermal conductivity. Write the equationin primary dimensions and show that it is homogenous.Where the subscript hf refers to the hot fluid and cf refers to the cold fluid. h is theB.

Rate of heat transfer: The transferred per unit of time form the material is known as rate of heat…

The rate of heat transfer through a composite pipe is given by the equation: Cold fluid (air) tot A Hot fluid thf tef 2nL(trf – tef) Q = 1 + In (r2/r¡) , In (r3/r2) + + kA kB hep.73] Where the subscript hf refers to the hot fluid and cf refers to the cold fluid. h is the convective heat transfer coefficient and k is the thermal conductivity. Write the equation in primary dimensions and show that it is homogenous.

The rate of heat transfer through a composite pipe is given by the equation: Cold fluid (air) tot A Hot fluid thf tef 2nL(trf – tef) Q = 1 + In (r2/r¡) , In (r3/r2) + + kA kB hep.73] Where the subscript hf refers to the hot fluid and cf refers to the cold fluid. h is the convective heat transfer coefficient and k is the thermal conductivity. Write the equation in primary dimensions and show that it is homogenous.

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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