26 * 26 * 26 palindromes
676 of them.
An infinite number.
An infinite number.
1001, 1111
5
676 of them.
An infinite number.
If n is even then number of palindromes is 2^(n/2). If n is odd then number of palindromes is 2*2^[(n-1)/2].
An infinite number.
An infinite number.
The maximum number of different three letter palindromes that can be made using any letter of the alphabet is 1 - that letter repeated 3 times. However, if you meant you can pick any letter for each letter of the palindrome, then: The first and last letters are the same and there is a choice of 26 letters for them; For each choice for the first (and last) letter, there is a choice of 26 letters for the second letter Making a total of 26 × 26 = 676 such three letter palindromes (where case of the letter does not matter).
tinier, retina, retain
1001, 1111
5
No, 898 would be a palindrome number. Palindromes mean words that can be spelled from left to right, or right to left, without its meaning to change. One of the most famous palindromes is the finnish word: "saippuakivikauppias". There is no limit in number palindromes. Heres an example: 40928408298520455402589280482904. Most computer-generated palindromes do the same with letters, and are not entirely composed of actual words.
There are 20 integer palindromes between 10,000 and 99,999 that are divisible by 25.
Since there are no palindromes, the question cannot be answered.Since there are no palindromes, the question cannot be answered.Since there are no palindromes, the question cannot be answered.Since there are no palindromes, the question cannot be answered.