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A060217
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Number of orbits of length n under the full 14-shift (whose periodic points are counted by A001023).
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14, 91, 910, 9555, 107562, 1254435, 15059070, 184468830, 2295671560, 28925411697, 368142288150, 4724492067295, 61054982558010, 793714765724595, 10371206370484778, 136122083520848880
(list; graph; refs; listen; history; internal format)
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OFFSET
| 1,1
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REFERENCES
| Yash Puri and Thomas Ward, A dynamical property unique to the Lucas sequence, Fibonacci Quarterly, Volume 39, Number 5 (November 2001), pp. 398-402.
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LINKS
| Y. Puri and T. Ward, Arithmetic and growth of periodic orbits, J. Integer Seqs., Vol. 4 (2001), #01.2.1.
T. Ward, Exactly realizable sequences
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FORMULA
| If b(n) is the (n+1)-th term of A001023, then the n-th term is a(n) = (1/n)* Sum_{d|n}\mu(d)b(n/d)
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EXAMPLE
| a(2)=91 since there are 196 points of period 2 in the full 14-shift and 14 fixed points, so there must be (196-14)/2 = 91 orbits of length 2.
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CROSSREFS
| Cf. A001023.
Sequence in context: A202291 A010930 A022609 * A113776 A202901 A101383
Adjacent sequences: A060214 A060215 A060216 * A060218 A060219 A060220
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KEYWORD
| easy,nonn
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AUTHOR
| Thomas Ward (t.ward(AT)uea.ac.uk), Mar 21 2001
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