I think you could actually get pretty far at understanding erosion if you had a pretty detailed snapshot of interesting river basins, some landmarks (this rock was over there, etc) and a general understanding of physics.
That's what needs to be done to achieve what was achieved.
https://www.talkorigins.org/indexcc/
There's a section specifically on abiogenesis: https://www.talkorigins.org/indexcc/list.html#CB0
To answer your initial question, it's really difficult to mentally grasp the scales involved with this. Billions of years, quadrillions of watts of power from the sun, some astronomically large number of chemical interactions happening simultaneously all over the early Earth. These numbers throw off one's naive sense of scale. The basic recipe of "hydrogen + time" will produce some very interesting results, however. Eventually we'll reach the heat death of the universe, or some other sort of end[1], but until then all the matter and energy bouncing around will get up to some cool stuff.
[1]: Good reading here: https://en.wikipedia.org/wiki/Ultimate_fate_of_the_universe
It's great to question any existing consensus. But do so with the intent of learning, not trying to sneak in a religious worldview. If you're going to push a religious agenda, be courteous and at least be up front about it.
It was a simple "hello world", and then with only the characters needed for the program. I didn't see it spit out any usable code when I played with it.
But even if it had, it still wasn't able to run without my code existing already... (and the environment I coded it in)