Say we have the series of rectangles as illustrated below (all lines are straight and ignore any wavy lines). They are each marked zones A-D, with D being the atmosphere. The atmosphere, labeled as D, is the surroundings of the rectangles, with a temperature of 350 K. The rectangular surface labeled as A has the temperature of 700 K. Rectangular surface C is| assumed to have insulation, so the there is no heat transfer in the form of radiation occuring. All the surfaces shown are assumed to be a black-body radiator, and the angle between B/C is 90 degrees and perfect. Surfaces A/B are in the same plane. All rectangles are assumed to be steady state condition. Find the following: 1. The View Factor (Fac, Fbc, Fad, Fbd, Fcd) 2. Find the net radiation flux for the rectaunglar surfaces A/B/D. 3. Find the termpatuer at the surface of the rectangular surface C. コM s meters 5 meters

Say we have the series of rectangles as illustrated below (all lines are straight and ignore any wavy lines). They are each marked zones A-D, with D being the atmosphere. The atmosphere, labeled as D, is the surroundings of the rectangles, with a temperature of 350 K. The rectangular surface labeled as A has the temperature of 700 K. Rectangular surface C is| assumed to have insulation, so the there is no heat transfer in the form of radiation occuring. All the surfaces shown are assumed to be a black-body radiator, and the angle between B/C is 90 degrees and perfect. Surfaces A/B are in the same plane. All rectangles are assumed to be steady state condition. Find the following: 1. The View Factor (Fac, Fbc, Fad, Fbd, Fcd) 2. Find the net radiation flux for the rectaunglar surfaces A/B/D. 3. Find the termpatuer at the surface of the rectangular surface C. コM s meters 5 meters

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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