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105 points lapnect | 1 comments | | HN request time: 0.198s | source
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wodenokoto ◴[] No.41913255[source]
> You can see that the data is clustered around the mean value. Another way of saying this is that the distribution has a definite scale. [..] it might theoretically be possible to be 2 meters taller than the mean, but that’s it. People will never be 3 or 4 meters taller than the mean, no matter how many people you see.

The way the author defines definite scale is that there is a max and a minimum, but that is not true for a gaussian distribution. It is also not true that if we keep sampling wealth (an example of a distribution without definite scale used in the article), there is no limit to the maximum.

replies(2): >>41913691 #>>41914085 #
1. shiandow ◴[] No.41914085[source]
It's an oversimplification but at some point there is really no difference between impossible and 'incredibly small probability'.

I mean sure it is possible for all air molecules to randomly all go to the same corner of the room at the same time (heck it is inevitable in some sense), you can play it back in reverse to check no laws of physics were broken, but practically that simply does not happen.