! 24. Radiation. Find steady-state temperatures in therectangle in Fig. 296 with the upper and left sidesperfectly insulated and the right side radiating into amedium at 0 C according to u (a, y) + hu(a, y) = 0,h>0 constant. ( ou will get many solutions since nocondition on the lower side is given.)yu = f(x)Ru = 0u = 0aFig. 296. Rectangle R and given boundary values

given; heat generation (u)=f(x)steady state temperature in rectangle=?

- Radiation. Find steady-state temperatures in the rectangle in Fig. 296 with the upper and left sides perfectly insulated and the right side radiating into a medium at 0 C according to ur (a, y) + hu(a, y) = 0, h>0 constant. ( ou will get many solutions since no condition on the lower side is given.) %3D y u = f(x) u = 0 R u = 0 u = 0 a

- Radiation. Find steady-state temperatures in the rectangle in Fig. 296 with the upper and left sides perfectly insulated and the right side radiating into a medium at 0 C according to ur (a, y) + hu(a, y) = 0, h>0 constant. ( ou will get many solutions since no condition on the lower side is given.) %3D y u = f(x) u = 0 R u = 0 u = 0 a

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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