Odds of 1 in 97 billion are infinitesimally small.
Do you even know how statistics work?
If they sell 16 million lottery tickets and you buy 1 ticket, the odds of winning are 1 in 16 million - very poor odds.
The odds that organic chemicals can become a living cell are between 1 in 97 billion and up, which is impossible odds.
The Argument From Very Big Numbers is really a poor one.
Let's assume that 97 billion to 1 odds statistic is correct.
What it fails to consider is the available probability space.
Non-organic and organic chemicals are binding and reacting with each other all the time. At least trillions of times per day. Everywhere. All the time.
The probability space is immense. Literally incalculably large.
If organic chemicals were reacting/binding with each other at a rate of just one event per second, then an event with odds of 97 billion to 1 would occur every 3100 years. Roughly
10 events per second? 310 years.
1000 events per second. 31 years.
10000 events per second. 3.1 years.
Using that lottery example: suppose that instead of just buying one ticket, you bought thousands. And everyone else you knew bought thousands. And everyone they knew also bought thousands of tickets.
What are the odds of someone winning then?
That's the problem here with then numbers argument. Abiogenesis wasn't a singular event at a singular moment. It's not a single person buying a single lottery ticket. It's a billion people buying a billion lottery tickets every second of every day for hundreds of million of years.
There are some arguments that thanks to thermodynamics, abiogenesis is not only more probable than not, but it may be inevitable.