Corsidera circular smoth pipeof inner diameter D;=0.015mwhose inner surface is coveredwith a layer of liquid as a result of condensation. In order to dry the inner surface of the pipe, airat 300K at 1 atmis forced to flow throughit with anaverage velocity of 1.2m/s. Using the analogybetween heat and mass trarsfer, detemine the mass transfer coeffícient irside the pipe for fullydeveloped flow. Note: Viscosity of the air for given conditions is given as 1.58 x 10°n?/s. Also,for a lamirar fully developed flow the N=Sh=3.66. Your solution must state governing equationsand associated assumptions, illustration and step by step execution of the overall solution

GIVEN: INNER DIAMETER OF PIPE,D=0.015m FREE STREAM VELOCITY, V=1.2m/s AIR TEMPERATURE, T=300K AIR…

. Corsidera circular soth pipeof inner diameter D;=0.015mwhose inner surface is covered with a layer of liquid as a result of condersation. In order to dry the inner surface of the pipe, air at 300K at 1 atmis forced to flow throughit with anaverage velocity of 1.2m/s. Using the analogy between heat and mass transfer, detemine the mass transfer coefficient inside the pipe for fully developed flow. Note: Viscosity of the air for given conditions is given as 1.58 x 10*n?/s. Also, for a laminar fully developed flow the NuFSh=3.66. Your solutionmust state goveming equations and associated assumptions, illustration and step by step execution of the overall solution

. Corsidera circular soth pipeof inner diameter D;=0.015mwhose inner surface is covered with a layer of liquid as a result of condersation. In order to dry the inner surface of the pipe, air at 300K at 1 atmis forced to flow throughit with anaverage velocity of 1.2m/s. Using the analogy between heat and mass transfer, detemine the mass transfer coefficient inside the pipe for fully developed flow. Note: Viscosity of the air for given conditions is given as 1.58 x 10*n?/s. Also, for a laminar fully developed flow the NuFSh=3.66. Your solutionmust state goveming equations and associated assumptions, illustration and step by step execution of the overall solution

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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