# 3 Digit Palindromes?

There are ninety 3 digit palindromes. Among these three-digit palindromic numbers are 101, 111, 121, and 131. 161, 171, 181, and 191 are also three-digit palindromic numbers.
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 All sequences of the form XYX or XXX are palindromes: thus 000, 010, 020 … through 090, and again for every other digit (101, 111, 121, … 191) There are ten of these http://wiki.answers.com/Q/How_many_3_digit_palindr...
 There are 900 three digit palindromes that exist. Thank you for using ChaCha and http://www.chacha.com/question/how-many-3-digit-pa...
 1. Draw five 2-by-3 block grids to represent the two 3-digit numbers stacked, one over the other, in a multiplication problem. These five grids provide the steps (one through five http://www.ehow.com/how_8146939_multiply-3-digit-n...
 1. Ask your friend to think of a 3 digit number where each digit is less than the one before (e.g. 321, 832, anything, see it's easy) 2. Make sure they don't tell you what it is but http://www.wikihow.com/Do-a-Simple-3-Digit-Magic-T...
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Since a palindrome is something that is the same frontwards as it is backwards, that means we are looking for three digit numbers that are the same forward and ...
The answer is 9,999 ...
The greatest four digit palindrome is 9,999, but the one that takes the most iterations is 1,297. It takes 21 iterations before finally resolving into the 13 ...
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