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Question: 3d duies a stainless steel spherical ermic reaction the reaction...

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3D DUIEs) A stainless steel spherical ermic reaction. The reaction provides a uniform heat flux of 72 kW/m to the container, with thermal conductivity k 15 W/m K is used for storing n ambient temperature of 23 C. The containers outer surface is subjected to convection temperature below 50°C. Determine e. The container has an inner radius of 50 cm and a wall thickness of 10 cm and is situated heat transfer with a coefficient of 1000 W/m2 K. For safety reasons to around the container, it is necessary to keep the containers outer surface t a) The heat flux from the containers outer surface. b) The c) E prevent thermal burn to individuals working e temperature of the outer surface. Is the surface temperature of the container safe to prevent thermal burn? xpress the differential equation and the boundary conditions for steady one-dimensional heat conduction d) e) through the container. Find the the variation of the temperature in the container wall and the temperature of the inner surface by solving the differential equation. Spherical h T.
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