3 ms·
Just an FYI if the author is here. Benford's law applies to the leading (most significant) digit of numbers, not all digits. Nice article and analysis though.
by k2enemy 5y ago
Just an FYI if the author is here. Benford's law applies to the leading (most significant) digit of numbers, not all digits.
Nice article and analysis though. I recently built an Iris with low profile keycaps and absolutely love the feel of it. But it now sits on a shelf because it made working on other computers too confusing.
- a1369209993 5y ago> Benford's law applies to the leading (most significant) digit of numbers, not all digits. Actually it does apply to all digits[0], just much less so. > The distribution of the n-th digit, as n increases, rapidly approaches a uniform distribution 0: https://en.wikipedia.org/wiki/Benford's_law#Generalization_to_digits_beyond_the_first https://en.wikipedia.org/wiki/Benford's_law#Generalization_t...
- lawn 5y agoGood point, missed that. Thanks!