- Oct 11, 2007
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Heat transfer in a refrigerator is much more convection and conduction. Very little radiation.
Let me guess. You didn't take highschool chemistry did you. And you haven't had any physics classes either.
If you had you would know: all matter with a temperature greater than absolute zero emits thermal radiation.
I agree.
My point is that if two bodies are contained in an atmosphere, and are at nearly the same absolute temperature, the transfer of heat between them and the atmosphere, by convection and conduction, will be much higher than by radiation.
On the other hand the transfer of heat between the filament of the light bulb in the refrigerator, when the bulb is on, would be a higher percent by radiation.
And the filament would be warmed by even the the cold food, and the food warmed more by the very hot filament.
That's why LED refrigerator lighting is such a good idea.
Ah now you are back pedaling which generally happens when somebody is talking about stuff they have no clue what they are talking about. You didn't make the point re objects near the same 'absolute temperature'. I was specific about what the temperatures were in my illustration. You got caught making a statement that was flat out false and now are trying to unembarrass yourself. Won't work.