Plate thickness: 30 mm Uniform volumetric heat generation: q, = 25 MW/m³ Temperature on the right surface: 450K Temperature on the left surface: 390K Given: k = 45 W/m°C Determine the following: (i) The equation for t(x). (ii) The maximum temperature and its location. (iii) The heat flow from each surface of the plate.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Hi, kindly solve this problem and show the solution. Thank you

Given:
Plate thickness: 30 mm
k = 45 W/m°C
Uniform volumetric heat generation: 9, = 25 MW/m³
Temperature on the right surface: 450K
Temperature on the left surface: 390K
Determine the following:
(i) The equation for t(x).
(ii) The maximum temperature and its location.
(iii) The heat flow from each surface of the plate.
Transcribed Image Text:Given: Plate thickness: 30 mm k = 45 W/m°C Uniform volumetric heat generation: 9, = 25 MW/m³ Temperature on the right surface: 450K Temperature on the left surface: 390K Determine the following: (i) The equation for t(x). (ii) The maximum temperature and its location. (iii) The heat flow from each surface of the plate.
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