%I A070759
%S A070759 2,3,4,5,6,7,21,22,98,106,164,189,219,364,443,670,775,1919,2204,2715,
%T A070759 3692,4228,4912,10466,12300,14087,21659,28170,55832,66577,87309,87505,
%U A070759 98144,167512,259517
%N A070759 n for which floor((3/2)^n) is prime.
%C A070759 No more terms through 500000. [From Ryan Propper (rpropper(AT)cs.stanford.edu), 
               Dec 28 2008]
%D A070759 R. K. Guy, Unsolved Problems in Number Theory, E19
%H A070759 Eric Weisstein's World of Mathematics, <a href="http://mathworld.wolfram.com/
               PowerFloors.html">Power Floors</a>
%t A070759 Do[ If[ PrimeQ[ Floor[(3/2)^n]], Print[n]], {n, 1, 12500}]
%Y A070759 Cf. A043037, A070758, A067904, A070762.
%Y A070759 Sequence in context: A037342 A024644 A010354 this_sequence A106275 A031054 
               A153687
%Y A070759 Adjacent sequences: A070756 A070757 A070758 this_sequence A070760 A070761 
               A070762
%K A070759 nonn
%O A070759 1,1
%A A070759 Eric Weisstein (eric(AT)weisstein.com), May 04, 2002
%E A070759 One more term from Ralf Stephan (ralf(AT)ark.in-berlin.de), Oct 13 2002
%E A070759 Corrected and extended by G. Wilson v (rgwv(AT)rgwv.com), Jan 15 2003
%E A070759 More terms from Ryan Propper (rpropper(AT)cs.stanford.edu), Jan 25 2008
%E A070759 6 more terms. Ryan Propper (rpropper(AT)cs.stanford.edu), Dec 28 2008