36563

Properties

Appears in sequences

• Octal palindromes which are also primes.at n=40A006341
• Palindromic primes in which parity of digits alternates.at n=22A030150
• Palindromic primes n such that the period of 1/n is a palindrome.at n=9A033938
• Palindromic and prime Fibonacci-lucky numbers.at n=27A039679
• Palindromic Sophie Germain primes.at n=10A051835
• Palindromic primes with prime middle digit.at n=31A076611
• Palindromes arising in A082270.at n=45A082271
• Palindromic primes with middle digit 5.at n=10A082441
• Palindromic primes whose digital root equals their middle digits.at n=5A082518
• Palindromes which are prime and the sum of the digits is also prime.at n=38A082806
• Palindromes in A087386.at n=18A087387
• Palindromic primes that yield a prime when sandwiched between two 3's. (Prefixing and suffixing a -three' on both sides yields another pal prime).at n=23A088270
• Palindromic primes that yield a prime when sandwiched between two 7's. (Prefixing and suffixing a 'seven' on both sides yields another pal prime).at n=11A088271
• Palindromic primes with property that sum of digits is prime and number of prime digits is prime.at n=17A093808
• Number of A095286-primes in range ]2^n,2^(n+1)].at n=19A095296
• Number of A095314-primes in range ]2^n,2^(n+1)].at n=19A095334
• The 2^n-th palindromic prime.at n=6A103405
• Primes from merging of 5 successive digits in decimal expansion of the Golden Ratio, (1+sqrt(5))/2.at n=1A103809
• Palindromes n such that n+(product of digits of n) gives a larger palindrome.at n=12A114341
• n+phi(n)+phi(phi(n)) is a cube.at n=25A116042