Search: id:A050267
Results 1-1 of 1 results found.

%I A050267
%S A050267 10181,8527,6967,5501,4129,2851,1667,577,419,1321,2129,2843,3463,3989,
               4421,
%T A050267 4759,5003,5153,5209,5171,5039,4813,4493,4079,3571,2969,2273,1483,599,
%U A050267 379,1451,2617,3877,5231,6679,8221,9857,11587,13411,15329,17341,19447
%V A050267 10181,8527,6967,5501,4129,2851,1667,577,-419,-1321,-2129,-2843,-3463,
               -3989,-4421,
%W A050267 -4759,-5003,-5153,-5209,-5171,-5039,-4813,-4493,-4079,-3571,-2969,-2273,
               -1483,-599,
%X A050267 379,1451,2617,3877,5231,6679,8221,9857,11587,13411,15329,17341,19447
%N A050267 Primes of the form 47*n^2-1701*n+10181.
%D A050267 R. K. Guy,Unsolved Problems in Number Theory,(3nd edition, Springer,2004),
               ISBN 0-387-20860-7, Section A17, page 59.
%D A050267 G. W. Fung & H. C. Williams, Quadratic polynomials which have a high 
               density of prime values, Math. Comput., Vol.55(1990) 345-353.
%H A050267 Eric Weisstein's World of Mathematics, <a href="http://mathworld.wolfram.com/
               Prime-GeneratingPolynomial.html">Link to a section of The World of 
               Mathematics.</a>
%H A050267 C. Rivera, <a href="http://www.primepuzzles.net/problems/prob_012.htm">
               Problem 12: Prime producing polynomials</a>
%t A050267 lst={};Do[p=47*n^2-1701*n+10181;If[PrimeQ[p],AppendTo[lst,p]],{n,0,5!}];
               lst [From Vladimir Orlovsky (4vladimir(AT)gmail.com), Jan 29 2009]
%Y A050267 Cf. A002383, A027753, A027755, A005471, A027758, A048059, A007635, A005846, 
               A116206, A050268, A022464.
%Y A050267 Sequence in context: A023066 A153139 A128878 this_sequence A102326 A105582 
               A100968
%Y A050267 Adjacent sequences: A050264 A050265 A050266 this_sequence A050268 A050269 
               A050270
%K A050267 sign
%O A050267 1,1
%A A050267 Eric Weisstein (eric(AT)weisstein.com)
%E A050267 Edited by N. J. A. Sloane (njas(AT)research.att.com), May 10 2007

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