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Derive the equations for temperature profile and heat flow at the surface for heat conduction with an electrical source Or A furnace is constructed with 225 mm of fire brick 120 mm of insulating

    1. Derive the equations for temperature profile and heat flow at the surface for heat conduction with an electrical source.
    2. Or

 

    1. A furnace is constructed with 225 mm of fire brick, 120 mm of insulating brick, 225 mm of building brick. The inside temperature is 1200 K and the outside temperature 330 K. If the thermal conductivities are 1.4, 0.2 and 0.7 W/m.K, find the heat loss per unit area and the temperature at the junction of the fire brick and insulating brick.

 

    1. Derive the equation for diffusion through a stagnant gas film.
    2. Or

 

  1. Derive the equations of continuity for a binary mixture.
 

Jul 24 2020 View more View Less

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