Quote from: DannyHamilton on January 30, 2018, 03:07:53 PM

You need to clarify your question.

Do you mean "mathematically possible" or do you mean "realistically possible"?

Here's an example to explain what I mean...

We humans need to breath oxygen in order to stay alive. If we don't get enough oxygen, then we suffocate and die. As such, we have a few face holes that allow us to bring the air that is near our face into our bodies.

Now, if we are in a typical room, that air is almost 21% oxygen. That oxygen is RANDOMLY distributed throughout the room. It is RANDOMLY bouncing off the walls, ceiling, other air molecules, and ourselves. As such, EVERY POSSIBLE configuration of oxygen molecules in the room are EQUALLY possible. There are a very Very VERY large number of possible configurations of those oxygen molecules that result in there being enough oxygen near your face holes to keep you alive. Relatively, there are a very Very VERY small number of configurations that result in there NOT being enough oxygen near your face holes to keep you alive.

That being said...

It is "mathematically possible" that the oxygen molecules might bounce around randomly into a configuration where there isn't enough oxygen near you and you die.

However, I think we can agree that in a standard room with a standard amount of oxygen, NOBODY would agree to say that it is "realistically possible" that you will suffocate from oxygen randomly moving away from you.

That is a very decent analogy. I might use that myself.