8. A 10 cm long metal bar has thermal diffusivity o =1. Initially, it is at the uniform temperature of 0°C. At time t 0, the end r 0 is insulated, while the end zr 10 is heated to 100°C. %3D (a) reaches a thermodynamic equilibrium. Without any calculation, find a steady-state temperature distribution when the system (b) Estimate the temperature at r= 5 whent=40.
8. A 10 cm long metal bar has thermal diffusivity o =1. Initially, it is at the uniform temperature of 0°C. At time t 0, the end r 0 is insulated, while the end zr 10 is heated to 100°C. %3D (a) reaches a thermodynamic equilibrium. Without any calculation, find a steady-state temperature distribution when the system (b) Estimate the temperature at r= 5 whent=40.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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![8. A 10 cm long metal bar has thermal diffusivity o = 1. Initially, it is at the uniform temperature of
0°C. At timet 0, the end r 0 is insulated, while the end r= 10 is heated to 100°C.
Without any calculation, find a steady-state temperature distribution when the system
(a)
reaches a thermodynamic equilibrium.
(b)
Estimate the temperature at r= 5 whent 40.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F939bb680-aeec-45c7-a927-aa448a30fbc1%2F973a7ee9-d80f-4580-a5fa-80494604b15e%2Fywnsd2k_processed.jpeg&w=3840&q=75)
Transcribed Image Text:8. A 10 cm long metal bar has thermal diffusivity o = 1. Initially, it is at the uniform temperature of
0°C. At timet 0, the end r 0 is insulated, while the end r= 10 is heated to 100°C.
Without any calculation, find a steady-state temperature distribution when the system
(a)
reaches a thermodynamic equilibrium.
(b)
Estimate the temperature at r= 5 whent 40.
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