birdman;
Let's see, jet-A is a mix of C-8 to C-16 hydrocarbons, with 70% alliances and 25-30% aromatics, so let's say an average carbon number of 10, with 17 hydrogens, or a average molecular weight of about 140, when burned, that yields 9 Co2 molecules, with a molecular weight of 440, so to make the math easier, just assume its about a factor of 3 between mass of co2 and mass of jet-A.
I estimated a three-hour flight by Fly320, with two engines. Beyond that, the assumptions started piling up enough that I said the hell with it. But that's a pretty good estimate, 3:1 !
(I got 396 instead of 440, for a 2.8:1 ratio --still, not bad ay-tall!.)
Main problem was the approximate composition of jet fuel. Mucho danke!
Fly 320:
83lbs/minute. I'll throw in the extra three minutes just for you.
Wow! 8 minutes of CO2 production. I shall remember your efforts on my behalf!
Let me know where this 8-minute burn occurred, so after Erf Day, I can point at the sky and say, "See that there carbon dioxide? That's
my carbon dioxide contribution up there!"
Terry