An AISI stainless steel spherical canister is bath-cooled to store chemicals. The properties of the canister and chemicals are illustrated in the figure below. The inner wall heat flux is qi" = 10 kW/m2. a) Determine the initial rate of change of the canister temperature at the outer wall b) Determine the steady-state inner and outer wall temperatures CanisterT₁ = 500 Kp = 8055 kg/m³= 510 J/kg-KReacting chemicalsr = 0.75 mT = 300 KBathr;= 0.5 mh = 500 W/m².K

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Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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An AISI stainless steel spherical canister is bath-cooled to store chemicals. The properties of the canister and chemicals are illustrated in the figure below. The inner wall heat flux is q_i" = 10 kW/m².

a) Determine the initial rate of change of the canister temperature at the outer wall
b) Determine the steady-state inner and outer wall temperatures

Canister
T₁ = 500 K
p = 8055 kg/m³
= 510 J/kg-K
Reacting chemicals
r = 0.75 m
T = 300 K
Bath
r;= 0.5 m
h = 500 W/m².K

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