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A098321
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Recurrence sequence based on positions of digits in decimal places of gamma, the Euler-Mascheroni constant.
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10
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0, 11, 233, 223, 1080, 2631, 19161, 318674, 269389, 609124, 97349, 125496, 2611514, 6766458, 2093818, 4312197, 4284994, 7170002, 567295, 234495, 1574091, 1722475, 6848664, 777039, 637036, 1367169, 8195403, 3747746, 21147798, 2053675, 6009248, 12095, 312755, 1205372, 15773902, 139394774, 169096914
(list; graph; refs; listen; history; internal format)
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OFFSET
| 0,2
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LINKS
| Charles R Greathouse IV, Home Page [in lieu of email address]
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FORMULA
| a(1)=0, p(i)=position of first occurrence of a(i) in decimal places of gamma, a(i+1)=p(i).
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EXAMPLE
| So for example, a(2)=11 because 11th digit of gamma after decimal point is 0.
a(3)=233 because 233rd decimal digit of gamma is where 11 appears, a(4)=223 because 223-rd to 225-th digits of gamma form "233" and so on.
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CROSSREFS
| Other recurrence sequences: A097614 for Pi, A098266 for e, A098289 for ln(2), A098290 for Zeta(3), A098319 for 1/Pi, A098320 for 1/e. See A001620 for gamma digits.
Sequence in context: A045757 A144773 A061115 * A033864 A142120 A139229
Adjacent sequences: A098318 A098319 A098320 * A098322 A098323 A098324
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KEYWORD
| easy,nonn,base
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AUTHOR
| Mark Hudson (mrmarkhudson(AT)hotmail.com), Sep 03 2004
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EXTENSIONS
| More terms from Charles R Greathouse IV, Sep 25 2008
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