33191

Properties

Appears in sequences

• Numerators of continued fraction convergents to sqrt(425).at n=10A041808
• Numerators of continued fraction convergents to sqrt(833).at n=8A042608
• Primes followed by an [8,4,8]=[d,D-d,d] prime difference pattern of A001223.at n=13A052377
• Primes of the form n^5 + 4^n.at n=2A075983
• Number of partitions of n having positive even rank (the rank of a partition is the largest part minus the number of parts).at n=48A101708
• Home primes whose homeliness is greater than 4.at n=23A133963
• Home primes whose homeliness is 5.at n=15A133964
• Binary transpose primes. Integers of k^2 bits which, when written row by row as a square matrix and then read column by column, are primes once transformed.at n=43A155967
• Numbers of the form 7^x + y^7 with x, y >= 0.at n=29A250715
• Primes of the form 7^x + y^7 with x, y > 0.at n=1A250844
• Primes p(n) such that p(n) + p(n+3) = p(n+1) + p(n+2) and p(n) + p(n+4) = p(n+2) + p(n+3).at n=26A266882
• a(n) = Sum_{p in P} y(1)*y(2), where P is the set of partitions of n, and y(k) is the number of parts with multiplicity at least k in p.at n=29A316861
• Prime numbers p such that the product of their prime digits is equal to the product of their nonprime digits, where p has at least one prime digit.at n=26A369877
• Primes p such that p + 8, p + 12 and p + 20 are also primes.at n=37A384299
• Primes which can be written as 2^a + p^b where a > 1, p is an odd prime and b > 1 is odd.at n=41A392680
• Prime numbersat n=3557