Actually, there's only one palindromic prime that satisfy that condition: the number 11. All other palindromic numbers with an even number of digits are composites.
In hexa 100 prime numbers (in hexa) only 11 !!! Is the definition ofa prime number the number that is 11 in some base, or the prime palindroms in all the bases??? ;-)
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ReplyDeleteActually, there's only one palindromic prime that satisfy that condition: the number 11.
ReplyDeleteAll other palindromic numbers with an even number of digits are composites.
Can you demonstrate this for all numbers? ;-) (Certainly, very interesting)
ReplyDeleteThe number 3 in binary satisfy de condition (is 11 in binary)
ReplyDeleteNo eight-digit binary number that is prime, is
palindrome than 11!! (isn't it?)
In hexa 100 prime numbers (in hexa) only 11 !!!
ReplyDeleteIs the definition ofa prime number the number that is 11 in some base, or the prime palindroms in all the bases??? ;-)
jajajajajaja
Check the following 2 proofs at
ReplyDeletehttp://users.skynet.be/worldofnumbers/palprim1.htm
ZEN-KIU (Thanks) SIR!!!!!
ReplyDeleteYou're welcome.
ReplyDelete