131?
Yes.
yes
Any number that reads the same forwards and backwards, like 33 or 45654.
To find the next numerical palindrome, start with the given number and increment it by one. Check if the new number reads the same forwards and backwards. If it does, you've found your next palindrome; if not, repeat the process until you find one. For efficiency, you can skip directly to the next candidate by considering the structure of palindromes, focusing on the digits that mirror around the center.
The series is a "numerical palindrome" -- the first half of the series mirrors the second half in reverse.
280082 281182 282282 283382 284482 285582 286682 287782 288882 289982 300003 301103 302203
The word form e.g. (Anna or radar) are known as palindromes (singular = palindrome) or palindromic words. The same name is used for numbers that are the same in reverse but are often referred to as 'numerical palindromes' or 'numerically palindromic values'. The use of the word 'numerical' or 'numerically' in relation to a numerical palindrome is not really necessary as being palindromicity, or the nature of being palindromic does not expressly refer to word forms.
280082 281182 282282 283382 284482 285582 286682 287782 288882 289982 300003 301103 302203.
111, 121, 131, 222, 212, 232, 333, 313, 323
Sure. Anything that can repeat in a mirror image sort of a way can be a palindrome. See this page for more information on numerical palindromes:http://www.jasondoucette.com/worldrecords.html
There is no palindrome for 14.