165375

Appears in sequences

• Mean integral quotients associated with A048753.at n=23A048754
• Denominator of a certain Selberg integral.at n=3A051104
• Odd nonunitary abundant numbers.at n=2A094889
• Indices of highly composite triangular numbers.at n=30A101755
• Triangle of numbers related to the spectrum of the hydrogen (H) atom.at n=22A119937
• Second column (n=2) of triangle A119937.at n=5A119941
• Numbers n such that the product of the squares of digits of n is nonzero and divisible by n.at n=34A128606
• Central moment sequence of tr(A^4) in USp(4).at n=11A138354
• a(n) = smallest number m such that UnitarySigma(m) = n*m/(n-1).at n=14A145680
• Triangle a(n,k) read by rows: product s(n,k)*s(n+1,k+1) of Stirling numbers of the first kind.at n=24A187558
• Numbers with prime factorization p^2*q^3*r^3 where p, q, and r are distinct primes.at n=17A190106
• T(n)^3 - n^3 where T(n) is a triangular number.at n=9A193575
• Numbers whose square is both a sum and a difference of two positive cubes.at n=28A230716
• Numbers n such that n^3 +/- 2 and 3*n +/- 2 are all prime.at n=14A268475
• Successive integers produced by Conway's PRIMEGAME, starting with 12 rather than 2.at n=29A273099
• Numbers k such that both k and k+1 are nonunitary abundant numbers (A064597).at n=0A327942
• Odd coreful abundant numbers: the odd terms of A308053.at n=1A339936
• Primitive coreful Zumkeller numbers: coreful Zumkeller numbers (A339979) having no coreful Zumkeller aliquot divisor.at n=19A339981
• Numbers k that divide Sum_{j|k} j^(k/j).at n=38A343982
• Numbers k such that k and k+1 are both in A357605.at n=3A357608