A furnace is constructed with (inside) 0.20 m of firebrick, 0.10 m of insulating brick (middle) and 0.20 m of building brick (outside). The furnace is at 1200OK, while the ambient temperature is 330K.

A furnace is constructed with (inside) 0.20 m of firebrick, 0.10 m of<br>insulating brick (middle) and 0.20 m of building brick (outside). The<br>furnace is at 1200OK, while the ambient temperature is 330K.<br>

Extracted text: A furnace is constructed with (inside) 0.20 m of firebrick, 0.10 m of insulating brick (middle) and 0.20 m of building brick (outside). The furnace is at 1200OK, while the ambient temperature is 330K.
35 Assuming the temperatures remain the same, but including the effects of convection, will the heat transfer be bigger or smaller? Bigger Smaller 36 Assuming the hot temperature decreases, will the heat transfer be bigger or smaller? Bigger Smaller

35<br>Assuming the temperatures remain the same, but including the effects of<br>convection, will the heat transfer be bigger or smaller?<br>Bigger<br>Smaller<br>36<br>Assuming the hot temperature decreases, will the heat transfer be bigger or<br>smaller?<br>Bigger<br>Smaller<br>

Extracted text: 35 Assuming the temperatures remain the same, but including the effects of convection, will the heat transfer be bigger or smaller? Bigger Smaller 36 Assuming the hot temperature decreases, will the heat transfer be bigger or smaller? Bigger Smaller

Jun 11, 2022

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A furnace is constructed with (inside) 0.20 m of firebrick, 0.10 m of insulating brick (middle) and 0.20 m of building brick (outside). The furnace is at 1200OK, while the ambient temperature is 330K.

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