Every positive number is a sum of infinite palindromes since they include 0 as a palindrome. Try entering 101.
101=101+0+0
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Every positive number is a sum of infinite palindromes since they include 0 as a palindrome. Try entering 101.
101=101+0+0
1000 = 999 + 1 + 0 --- That don't impress me much.
Wonderful wonderful website. What happends to quirky people like this when they leave university and enter the industry?
1000 = 999 + 1 + 0 --- That don't impress me much.
1000 = 999 + 1 + 0 --- That don't impress me much.
Looks like code is at [0]. Didn't read in detail, but how difficult is it to find these 3 palindromes for something like a 100 digit number? Or, asked another way, how hard will it be to crack my new 3-palindrome-sum-factor based encryption scheme (assuming I have rules about not having easy factors)? 0 - https://github.com/christianp/sum-of-palindromes
2 is (2,0,0) and (1,1,0).
1000 = 999 + 1 + 0 --- That don't impress me much.
Every positive number is a sum of infinite palindromes since they include 0 as a palindrome. Try entering 101.
Why wouldn't 0 be a palindrome? Every single digit number is.
(2 == 002 but 112 != 211 which is an "unfair" property of the number zero)