1577532
domain: N
Appears in sequences
- Fermat coefficients.at n=15A000973
- a(n) = floor(binomial(n,7)/8).at n=38A011844
- Irreducible Euler sums of weight 8 and depth 10+2n.at n=30A031164
- Number of necklaces with 8 black beads and n-8 white beads.at n=31A032193
- Schoenheim bound L_1(n,8,7).at n=30A036835
- a(n) = ceiling(binomial(n,8)/n).at n=38A053731
- A sequence related to numeric partitions and Fermat Coefficients.at n=31A059251
- a(4n+k) = (k+1)*binomial(5n+k,n)/(4n+k+1), k=0..3.at n=31A118968
- a(n) = binomial(5*n+3,n)/(n+1).at n=7A118971
- The z^2 coefficients of the polynomials in the GF1 denominators of A156921.at n=15A157706
- 4-parking triangle T(r, i, 4) read by rows: T(r, i, k) = (r + 1)^(i-1)*binomial(k*(r + 1) + r - i - 1, r - i) with k = 4 and 0 <= i <= r.at n=28A329060
- Number of n element multisets of length 3 vectors over GF(2) that sum to zero.at n=31A362906
- Number of achiral dissections of a polygon into n hexagons by nonintersecting diagonals rooted at a cell.at n=14A370061
- Number of subsets of 8 integers between 1 and n such that their sum is 0 modulo n.at n=30A381291
- Number of subsets of 8 integers between 1 and n such that their sum is 2 modulo n.at n=30A381350