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10 ppm O3 in atomsphere absorb 98% of UV. 10 ppm of CO2 in the atmosphere absorb 98% of IR. So why would


10 ppm O3 in atomsphere absorb 98% of UV. 10 ppm of CO2 in the atmosphere absorb 98% of IR. So why would doubl11-01-2019 18:01
Tai Hai Chen
★★★★☆
(1085)
temperature by 1 C when there are only 2% of IR left after the first 10 ppm CO2?
11-01-2019 18:47
Wake
★★★★★
(4031)
Tai Hai Chen wrote:
temperature by 1 C when there are only 2% of IR left after the first 10 ppm CO2?

You numbers are at least an order of magnitude off. Though the end result is the same - there is no more energy in the CO2 bands for increasing CO2 to effect.

But O2 does NOT absorb all of the UV which is why you have to wear suntan lotion and wear UV resistant sunglasses.
11-01-2019 18:54
Tai Hai Chen
★★★★☆
(1085)
Wake wrote:
Tai Hai Chen wrote:
temperature by 1 C when there are only 2% of IR left after the first 10 ppm CO2?

You numbers are at least an order of magnitude off. Though the end result is the same - there is no more energy in the CO2 bands for increasing CO2 to effect.

But O2 does NOT absorb all of the UV which is why you have to wear suntan lotion and wear UV resistant sunglasses.


Meh. It's only 2% of incoming UV. Not that much.




Join the debate 10 ppm O3 in atomsphere absorb 98% of UV. 10 ppm of CO2 in the atmosphere absorb 98% of IR. So why would :

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