Search: id:A046732 Results 1-1 of 1 results found. %I A046732 %S A046732 2,3,5,7,13,17,31,37,71,73,79,97,107,149,157,167,179,347,359,389,701, %T A046732 709,739,743,751,761,769,907,937,941,953,967,971,983,1069,1097,1237, %U A046732 1249,1259,1279,1283,1409,1429,1439,1453,1487,1523,1583,1597,1657,1723 %N A046732 "Norep emirps": primes with distinct digits which remain prime when reversed. %D A046732 M. Gardner, column in Scientific American, Vol. 243, No. 4, September, 1980. %D A046732 There are 25332 terms in this sequence, the last of which is 987653201, as found by Harvey P. Dale (hpd(AT)apscompany.com) - see M. Gardner's column in Scientific American, Vol. 243, No. 6, Dec. 1980, p. 28. %H A046732 C. Rivera, Commentary by Jud McCranie, The Prime Puzzles and Problems Connection. %Y A046732 Essentially the intersection of A029743 and A006567. %Y A046732 Cf. A003684, A006567, A007628, A048051, A048052, A048053, A048054, A048895. %Y A046732 Sequence in context: A117159 A134873 A118724 this_sequence A046703 A118722 A051026 %Y A046732 Adjacent sequences: A046729 A046730 A046731 this_sequence A046733 A046734 A046735 %K A046732 easy,nonn,fini,base %O A046732 1,1 %A A046732 Enoch Haga (Enokh(AT)comcast.net) %E A046732 More terms from Jud McCranie (j.mccranie(AT)comcast.net). Search completed in 0.001 seconds