194580

Appears in sequences

• Binomial coefficient C(3n,n-12).at n=4A004330
• Binomial coefficient C(4n,n-8).at n=4A004338
• Binomial coefficient C(6n,n-4).at n=4A004359
• Binomial coefficient C(8n,n-2).at n=4A004383
• Binomial coefficient C(48,n).at n=4A010964
• a(n) = binomial coefficient C(n,44).at n=4A010997
• a(n) = floor( n*(n-1)*(n-2)*(n-3)/22 ).at n=47A011932
• Binomial coefficients C(2*n+4,4).at n=22A053134
• a(n) = binomial(4*n,4).at n=11A060541
• a(n) = binomial(sigma(n),tau(n)), where sigma(n) is the sum and tau(n) the number of divisors of n (A000203, A000005).at n=32A068904
• a(n) = binomial(sigma(n),tau(n)), where sigma(n) is the sum and tau(n) the number of divisors of n (A000203, A000005).at n=34A068904
• Square table, read by antidiagonals, where T(n,k) = C((n+1)*2^(k-1), k) for n>=0, k>=0.at n=49A136462
• a(n) = binomial(12*n, n).at n=4A169961
• Number of unoriented colorings of the 8 cubic facets of a tesseract or of the 8 vertices of a hyperoctahedron.at n=8A337957
• Expansion of e.g.f. 1/(1 - x)^(3/(1 + 3 * log(1-x))).at n=5A354287