So.... If we reshape the orbit of an ice comet... providing the "O", and torch off a 1 megaton nuke, how long would Titan burn?
"So.... If we reshape the orbit of an ice comet... providing the "O", and torch off a 1 megaton nuke, how long would Titan burn? "
Until there was no more methane or oxygen, of course :p
Although, wouldn't the impact by an ice comet provide the friction and heat required to ignite it?
I think the "O" you are referring to is in the H20. Unfortunately H2O is a combustion product of hydrocarbons like natural gas. It is the ashy remains of methane, if you will. Wouldn't burn any further. There would be no molecular oxygen on Earth if not for photosynthesis, which constantly separates chemically bound oxygen. In geological terms all the oxygen on Earth would be consumed very quickly if it were not constantly renewed. The article is provocative in that reinforces the abiotic origins of hydrocarbons. There may be vast reserves of natural gas deep within the Earth, waiting to be discovered.
"So.... If we reshape the orbit of an ice comet... providing the "O", and torch off a 1 megaton nuke, how long would Titan burn? "
In H2O "ice comet" wouldn't burn at all Water doesn't burn. A liquid oxygen planet colliding with Titan would be a different story however.