59049

Appears in sequences

• Powers of 3: a(n) = 3^n.at n=10A000244
• Fifth powers: a(n) = n^5.at n=9A000584
• Expansion of bracket function.at n=19A000748
• a(n) = max{(n - i)*a(i) : i < n}; a(0) = 1.at n=30A000792
• Powers of 9: a(n) = 9^n.at n=5A001019
• Numbers that are the sum of 3 positive 9th powers.at n=9A003392
• Numbers of the form 3^i*5^j with i, j >= 0.at n=43A003593
• Numbers of the form 3^i*7^j with i, j >= 0.at n=36A003594
• Numbers of the form 3^i*11^j.at n=30A003597
• Numbers that are the sum of at most 3 positive 9th powers.at n=19A004887
• Numbers that are the sum of at most 4 positive 9th powers.at n=31A004888
• Numbers that are the sum of at most 2 nonzero 10th powers.at n=6A004897
• Numbers that are the sum of at most 3 nonzero 10th powers.at n=10A004898
• Numbers that are the sum of at most 4 nonzero 10th powers.at n=15A004899
• Numbers that are the sum of at most 5 nonzero 10th powers.at n=21A004900
• Numbers that are the sum of at most 6 nonzero 10th powers.at n=28A004901
• Numbers n such that n divides 2^n + 1.at n=21A006521
• Numbers of the form 2^i or 3^j.at n=25A006899
• Losing initial configurations in 2-hole Tchuka Ruma.at n=24A007780
• a(n) = floor(n/5)*floor((n+1)/5)*floor((n+2)/5)*floor((n+3)/5)*floor((n+4)/5).at n=45A008382