552960

Appears in sequences

• Volume of (the dilation by 2) of the Relaxed Boolean Quadric polytope of order n.at n=4A014185
• Number of primitive polynomials of degree n over GF(4).at n=12A027695
• Triangle read by rows: (i,j)-th entry is binomial(i,j)*3^(i-j)*8^j.at n=25A038226
• Triangle whose (i,j)-th entry is binomial(i,j)*4^(i-j)*12^j.at n=23A038242
• Triangle whose (i,j)-th entry is binomial(i,j)*8^(i-j)*3^j.at n=23A038281
• Triangle whose (i,j)-th entry is binomial(i,j)*12^(i-j)*4^j.at n=25A038330
• a(n) is the quotient obtained when the totient of primorial (that is, the product of p-1 values) is divided by the LCM of the same p-1 values.at n=10A058262
• Factorial splitting: write n! = x*y*z with x<y<z and x maximal and z is minimal; sequence gives value of z-x.at n=24A061033
• Triangle of coefficients of polynomials (rising powers) useful for convolutions of A001333(n+1), n >= 0 (associated Pell numbers).at n=18A062134
• Maximal number of divisors of any n-digit number.at n=21A066150
• 16-almost primes (generalization of semiprimes).at n=16A069277
• Main diagonal of the table of k-almost primes (A078840): a(n) = (n+1)-st integer that is an n-almost prime.at n=16A078841
• Triangle of coefficients in expansion of sinh^2(n*x) in powers of sinh(x).at n=38A082649
• a(n) = A062401(2^n-1).at n=19A096853
• Row sums of array A112692.at n=4A112693
• Product of the first n 4-almost primes (A014613).at n=3A114426
• Product of the nonzero digital products of n for all the bases 1 to n (a 'total digital-product factorial').at n=13A131387
• a(n) = phi(binomial(2*n,n)*n).at n=10A131928
• a(n) = A078456(n)/A120271(n).at n=10A135212
• The n-th Minkowski number divided by the n-th factorial: a(n) = A053657(n)/n!.at n=13A163176