Re:Find your birthday (or any other number) in pi ...
by alphaBetaGamma on Tuesday March 16, 2010 @10:05AM
(#1195684)
The statement
(infinite && not periodic) ==> (any finite sequence is in it)
is not true. \a number could have a decimal expansion that is not periodic but does not include certain digits.
E.g: write Pi in binary and consider the same sequence of 0's and 1's as a number in decimal
Re:Find your birthday (or any other number) in pi ...
by zackattack on Tuesday March 16, 2010 @09:55AM
(#1195663)
You can't find 1/9 in pi. 1/9 precludes the possibility of any other sequence.
Re:Find your birthday (or any other number) in pi ...
by staticshock on Tuesday March 16, 2010 @10:09AM
(#1195699)
I think the parent was talking about sequences of digits, i.e. integers, not just "any rational number"
This is what I remember, but I could be wrong.