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Compute the temperature distribution in a rod that is heated at both ends as depicted in the following figure. Use Gauss- Seidel method given that: - T- 27, +T=0 where T, represents the temperature at any nodal point. Use (7 0) as an initial guess. T T, = -10c. T= 10t -6. 25 r(2) -6.25V a) ( T:2) b) T2) 6. 25 1. 25 -1. 25 c) T(2) 2) -1.25 T:(2) -4·375/ 7:(2) 4 375 4 375/

Compute the temperature distribution in a rod that is heated at both ends as depicted in the following figure. Use Gauss- Seidel method given that: - T- 27, +T=0 where T, represents the temperature at any nodal point. Use (7 0) as an initial guess. T T, = -10c. T= 10t -6. 25 r(2) -6.25V a) ( T:2) b) T2) 6. 25 1. 25 -1. 25 c) T(2) 2) -1.25 T:(2) -4·375/ 7:(2) 4 375 4 375/

Elements Of Electromagnetics
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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Compute the temperature distribution in a rod that is heated at both ends as depicted in the following figure. Use Gauss- Scidel method given that: - T- 27, + T=0 where T, represents the temperature at any nodal point. Use (7 = 0) as an initial guess. T, = -10C T=10C -(2) a) ( r2) -6. 25 -1. 25 7(2) -6.25 6. 25 1. 25 4 375 b) ( T2) -1. 25 7(2) -4·375. (2) 7:(2) 4 375, 7(2)
Transcribed Image Text:Compute the temperature distribution in a rod that is heated at both ends as depicted in the following figure. Use Gauss- Scidel method given that: - T- 27, + T=0 where T, represents the temperature at any nodal point. Use (7 = 0) as an initial guess. T, = -10C T=10C -(2) a) ( r2) -6. 25 -1. 25 7(2) -6.25 6. 25 1. 25 4 375 b) ( T2) -1. 25 7(2) -4·375. (2) 7:(2) 4 375, 7(2)
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