20180307, 18:54  #452  
Basketry That Evening!
"Bunslow the Bold"
Jun 2011
40<A<43 89<O<88
3·29·83 Posts 
Quote:
Quote:
Code:
In [2]: m_dist = [.014, .028, .138, .244, .235, .157, .088, .060, .023, .009, .005] In [3]: def odds_of_even_3(m): return 3*m/(2**(m+3)) In [8]: def total_odds_even_3(m_dist): ...: from math import fsum ...: return fsum(odds_of_even_3(m)*odds_m for m, odds_m in enumerate(m_dist, 1)) In [9]: total_odds_even_3(m_dist) Out[9]: 0.07214776611328125 Which is not bad, off by (almost exactly) a factor of 3, and half an order of magnitude is about all I could have hoped for going into it. 

20180307, 19:00  #453 
Basketry That Evening!
"Bunslow the Bold"
Jun 2011
40<A<43 89<O<88
3·29·83 Posts 
Actually, now I know for certain that no one read my previous theory post, because it's got some horrifically wrong notation that any middle schooler with algebra should be able to point out.
Specifically, 1/x + 1/y does not equal 1/(x+y). I'm still pretty sure the final result is "correct" (I was doing the right math in my head, even if what I wrote down is godawfully wrong), but the last few expressions before that final result are blasphemy before my algebra teachers. So, sorry.... Last fiddled with by Dubslow on 20180307 at 19:01 
20180307, 19:05  #454 
Dec 2017
111001_{2} Posts 
All primes to any power. Note that the vast majority are not to a nonunit power.
Regards Steve 
20180307, 20:08  #455 
Basketry That Evening!
"Bunslow the Bold"
Jun 2011
40<A<43 89<O<88
3×29×83 Posts 

20180327, 00:10  #456 
Sep 2008
Kansas
2^{5}×3×31 Posts 
C192 @ i1685
As a placeholder of work completed, yoyo has finished a full t55 on this number. When interest resurfaces at a later time, I believe only a t60 will be needed before moving to a NFS job.

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