25952

Appears in sequences

• Palindromic and divisible by 8.at n=37A045643
• Palindromes with exactly 6 prime factors (counted with multiplicity).at n=11A046332
• Final terms of rows of A077529.at n=15A077530
• a(n) is the odd-length palindrome whose digits up to the center are those of n and whose center digit is equal to the digital root of the product of the factorial of n and the reverse of n.at n=24A082941
• a(1) = 1; a palindrome is included in the sequence if it has a prime signature that is different from all previous terms.at n=25A083433
• Palindromes with distinct prime signatures that occur naturally. Smallest palindrome with a prime signature of A025487(n), or 0 if no such number exists.at n=15A083435
• Biquadrateful (i.e., not biquadrate-free) palindromes.at n=16A133514
• Palindromes which are sums of two consecutive primes.at n=19A162571
• Antidiagonal sums of A147995 and A163545.at n=32A163484
• Number of binary strings of length n with no substrings equal to 0001 0011 or 1100.at n=15A164459
• Zeroless numbers n such that n and n - (product of digits of n) are both palindromes.at n=27A229761
• a(n) is the smallest positive palindromic number whose binary expansion ends in exactly n zeros, or 0 if no such number exists.at n=5A302864
• a(n) is the smallest number which can be represented as the sum of three distinct nonzero n-gonal numbers in exactly n ways, or -1 if no such number exists.at n=7A374273