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848

λmax= 2.8977729×103mK 193.0

=15014.367357513 nanometers

https://www.vcalc.com/wiki/sspickle/Blackbody+wavelength+from+Temperature

But when I do it on the calculator I end up with 150.14 and not unless I go 105 I get the right number.

eta: I'm asking\ because I'm going to show climate retards that co2 absorbs only low energy photons and I can't be fucking up the equation, Thanks

λmax= 2.8977729×10^3mK 193.0 =15014.367357513 nanometers https://www.vcalc.com/wiki/sspickle/Blackbody+wavelength+from+Temperature But when I do it on the calculator I end up with 150.14 and not unless I go 10^5 I get the right number. eta: I'm asking\ because I'm going to show climate retards that co2 absorbs only low energy photons and I can't be fucking up the equation, Thanks

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[–] • 1 pt

It's not my theory, it's their theory. We shouldn't take past each other. A little background, I've been at this subject pretty hard since 2017, so I'm not a novice. Yes, I am aware the atmosphere filters out the sun. According to Trenberth et al, 168 w/m2 hits the earth from the 239W/m2 they claim that enters. As for the spectra, yes I've got quite the collection. The only wl that matters is the 15µm seeing 2.4 and 4 are much too hot. Works out to 600-800 C. Not terrestrial to this planet. 15 works out to -80 as per the OP. 193K