I think that the question is asking for palindromic square numbers, that is numbers that read the same backwards as forwards. 11² = 121 so √121 = 11 22² = 484 so √484 = 22 26² = 676 so √676 = 26 and there are many more numbers that produce this pattern :- 101²= 10201 121² = 14641 . . . and so on.
Not as a rule. It does occur sometimes, as in 11x22=242. But more often than not, the product will not be palindromic.
There are the same number: any twelve digit palindrome is just an eleven digit palindrome with its central digit repeated. In general, if we are considering numbers of n digits: For even values of n, the number of palindromes is 9 x 10n/2 - 1 For odd values of n, the number of palindromes is 9 x 10(n-1)/2
there are more composite numbers the prime becuz more things can be divided into
There are more deficient numbers.
There are far more than 13 non-palindromic three-digit numbers. A palindrome is a word or number that is the same backwards as forwards; for example, 727. Thus, the FIRST thirteen non-palindromic three-digit numbers are 100, 102, 103, 104, 105, 106, 107, 108, 109, 110, 112, 113, and 114.
0 and 8 and any palindromic multi-digit number made using them. In some fonts, the number 1 also has more than 1 line of symmetry.
I think that the question is asking for palindromic square numbers, that is numbers that read the same backwards as forwards. 11² = 121 so √121 = 11 22² = 484 so √484 = 22 26² = 676 so √676 = 26 and there are many more numbers that produce this pattern :- 101²= 10201 121² = 14641 . . . and so on.
Not as a rule. It does occur sometimes, as in 11x22=242. But more often than not, the product will not be palindromic.
There are the same number: any twelve digit palindrome is just an eleven digit palindrome with its central digit repeated. In general, if we are considering numbers of n digits: For even values of n, the number of palindromes is 9 x 10n/2 - 1 For odd values of n, the number of palindromes is 9 x 10(n-1)/2
there are more composite numbers the prime becuz more things can be divided into
There are more deficient numbers.
Some even numbers have more factors than some odd numbers and some odd numbers have more factors than some even numbers. As a group, even numbers have more factors than odd numbers.
Some even numbers have more factors than some odd numbers and some odd numbers have more factors than some even numbers. As a group, even numbers have more factors than odd numbers.
composite numbers are mostly even and to me even numbers are more and yea
There are more composite numbers than prime numbers because most numbers have more factors than just 1 and a number itself.
the phrase 'no devils lived on' is palindromic. Maybe a more attractive longer phrase could be created by inserting letters in places other than at the end.