B
Bill Sloman
Guest
On 24 Dec, 02:35, Marvin the Martian <mar...@ontomars.org> wrote:
the CO2 levels in the atmosphere a lot faster than we are decreasing
the solubility of CO2 in sea-water (which is - in fact - a rather
complicated chemical equilibrium).
into the atmosphere ends up in the oceans,
rotational modes of CO2 than most practicing electronic engineers.
It's not something you get taught in the average undergraduate
electronics course.
--
Bill Sloman, Sydney
<snip>On Sun, 23 Dec 2012 09:26:01 -0500, Michael A. Terrell wrote:
Marvin the Martian wrote:
In principle, it comes out of solution. In practice, we are increasingSloman is a chemist. Nothing more.
I'm good with chemistry. It isn't "nothing more". Perhaps he can explain
what happens when the oceans get warmer wrt CO2.
the CO2 levels in the atmosphere a lot faster than we are decreasing
the solubility of CO2 in sea-water (which is - in fact - a rather
complicated chemical equilibrium).
It picks up more CO2. About half the CO2 we are currently injectingAnd what happens to the
ocean water that was in contact with the surface 800 years ago that
submerged into a deep ocean current when it resurfaces now.
into the atmosphere ends up in the oceans,
I made the point because I know more about the vibrational andHis problem was making the argument "I have a Ph.D., ergo..." I'm sure
glad he told us that, because his argument was so damned weak, I'd never
have guessed it. Those who EARN their Ph.D.s don't have to make it.
rotational modes of CO2 than most practicing electronic engineers.
It's not something you get taught in the average undergraduate
electronics course.
As I did. You don't seem to be able to follow it.central to their argument, they just state the science.
--
Bill Sloman, Sydney