From: |-|ercules on 8 Jul 2010 02:42 "Transfer Principle" <lwalke3(a)lausd.net> wrote > In standard theory, step (4) is invalid. In standard theory, > it's possible that Chapernowne's constant contains every > finite prefix of pi, yet not contain pi itself, just as it > is possible for a list to contain every finite prefix of pi > and not contain pi itself. Step 4 is what I actually DISPROVE. I just took some liberty in the notation. x = the number of digits in the expansion of C10 y = the number of consecutive digits of PI in C10 As x->oo, y->oo x = oo Assume the limit exists. y=oo Contradiction (for each finite starting digit of PI in C10 there is a finite ending digit) Limit doesn't exist. y cannot reach infinity therefore x cannot reach infinity this holds for x = any real without PI as a suffix a similar proof searching for consecutive digits of e will hold for those exceptions having PI as a suffix therefore no real number has an infinitely long expansion. x = the number of digits in the expansion of C10 x =/= oo Herc
From: |-|ercules on 8 Jul 2010 02:56 "|-|ercules" <radgray123(a)yahoo.com> wrote > this holds for x = any real without PI as a suffix > a similar proof searching for consecutive digits of e will hold for those exceptions having PI as a suffix That might not be right! PI segments aren't in all reals. Herc
From: glird on 8 Jul 2010 17:04 On Jul 7, 9:30 am, Frederick Williams > > > > > I can't go on, I'll go on. > You DO go on and on and on; but WHY?
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