Let the prime factorization of m be m = product p(m,k)^b(m,k), where p(m,j)<p(m,j+1) for all j, the p's are the distinct primes dividing m, and each b is a positive integer. Then a(n) = product_k {p(A165713(n), k)^b(n,k)}.

A165714

Let the prime factorization of m be m = product p(m,k)^b(m,k), where p(m,j)<p(m,j+1) for all j, the p's are the distinct primes dividing m, and each b is a positive integer. Then a(n) = product_k {p(A165713(n), k)^b(n,k)}.

Terms

    a(0) =3a(1) =2a(2) =25a(3) =7a(4) =10a(5) =2a(6) =27a(7) =121a(8) =6a(9) =13a(10) =28a(11) =2a(12) =15a(13) =6a(14) =83521a(15) =19a(16) =50a(17) =23a(18) =63a(19) =22a(20) =6a(21) =5a(22) =104a(23) =9a(24) =14a(25) =24389a(26) =99a(27) =31a(28) =42a(29) =2

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