@Leadfoot,
I understand it quite well and what do you think the chances are of it occurring if there are 1 x 10 ^250 attempts?
Now you are arguing each atom on earth only gets one chance. You are getting closer to understanding your error. Now if you would include the variable of time and every planet in the universe, you might be closer to understanding that the number of attempts is not as small as you think it is. The number of possible outcomes that produce a replicating molecule is unknown but I think it is more likely to be in the 10^10 range than just a single molecule.
Quote:I never said you only get one chance. Even if every atom on earth got its chance to become that self reproducing molecule (assuming one is even possible), the odds of one of them being a functional combination is still vanishingly small.
You are now just compounding your errors. Every organic chemical on earth gets multiple chances. We have this little thing called time. Even if you assume one chance every couple of weeks that is still a lot chances over a billion years. But wait. You are forgetting that the Earth is only one planet in all the universe. The Earth may have just been one of the lucky planets.
And you are still arguing there is only one possible molecule that replicates.
Quote:But you can still appeal to statistics yourself. There is nothing that says you might not get lucky on the first attempt. But would you bet on those odds?
There is nothing that says you will win the lottery the first time you play it but would you bet that no one has ever won the lottery the first time they played it? The Earth is one planet out of perhaps 10^30 that are playing this lottery. It could be the Earth was just lucky but your statistics don't prove life didn't start here.
Edit - I should note that your argument for how unlikely life is to start disproves your prediction about ID and life on Mars. Lack of life on Mars may only prove how lucky the Earth was.