Wuwei
Gold Member
- Apr 18, 2015
- 5,342
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This is another example where you don't understand the difference between power and energy.I totally agree. But you totally missed my point.If I set an object on an energy source at say 100C....i can leave it there till the end of time and it will never get to be more than 100C...Even if I put it in a sealed container with a perfect vacuum around it...it will only reach 100C and then that will be as hot as it ever gets...You wack jobs think that somehow CO2 multiplies energy...it doesn't....you don't add energy..it doesn't work that way....if I have a bottle of water that is 100C and add another bottle of water that is 100C, the temperature doesn't increase to 200C ...it is still going to be 100C..
You totally agree? Then why do you believe there is a radiative greenhouse effect? You see the box at the bottom of the image...239.7 + 239.7 + sigma T^4?
Now look at the second line...what does it say that T equals? That equation is stating that the temperature is equal to precisely what I just said could not happen above and you agreed totally. There is the mechanism by which your radiative greenhouse effect supposedly works and you just agreed that it doesn't happen...thanks.
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Your first example starting with, "If I set an object on an energy source at say 100C..."
has no power input like the sun.
Your picture is an example with power input from the sun.
Apples and oranges.
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