A burning stove with a large flat rectangular surface on top has enough space for cooking, if desired. The thickness of the rectangular surface is /= 46.5 cm and the stove is made of steel with a thermal conductivity constant k = 50.2 W m-K.In the figure below, you can see what happens through the rectangular surface with a greater detail. The arrow shows the direction of the heat flow and Tout represents the temperature of the room, whereas Ti, stands for temperature inside the stove. If the cross sectional area of the rectangular surface is A = 6000 cm?, find the rate of heat transfer through the rectangular surface for the case when Tin = 186 C and Tout = 35°C. H= Tout A Tin
A burning stove with a large flat rectangular surface on top has enough space for cooking, if desired. The thickness of the rectangular surface is /= 46.5 cm and the stove is made of steel with a thermal conductivity constant k = 50.2 W m-K.In the figure below, you can see what happens through the rectangular surface with a greater detail. The arrow shows the direction of the heat flow and Tout represents the temperature of the room, whereas Ti, stands for temperature inside the stove. If the cross sectional area of the rectangular surface is A = 6000 cm?, find the rate of heat transfer through the rectangular surface for the case when Tin = 186 C and Tout = 35°C. H= Tout A Tin
Chapter1: Temperature And Heat
Section: Chapter Questions
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