int nearPalin(int n){ int temp = n; int count = 0; while(temp>0){ temp /= 10; count++; } if(count%2 == 0){ count = count/2; while(count--) n = n / 10; temp = n; while(n>0){ temp = temp*10 + n%10; n = n/10; } return temp; } else{ count = count/2; while(count--) n = n / 10; temp = n; n = n/10; while(n>0){ temp = temp*10 + n%10; n = n/10; } return temp; } }
One. If you mean "digits", the number can have any amount of digits; the only requirement to be called a "palindrome" is that if you read it backwards, you get the same sequence of digits. Thus, any of the following is a palindrome: 1 (any 1-digit number is a palindrome), 55, 121, 2002, 12321, 600006, 8105018, ... As you can see, you can make them arbitrarily large.
A 1 step palindrome is a word, phrase, or sequence that remains the same when read forwards and backwards, without any rearrangement or flipping of letters. Examples include "level," "deed," and "madam."
The answer depends on the degree of rounding. To the nearest million, any number between 500000 and 1500000. [the number could be 1499999.997, so the upper limit is NOT 1499999] To the nearest hundred thousand, any number between 950000 and 1050000 To the nearest ten thousand, any number between 995000 and 1005000 ... To the nearest unit, any number between 999995 and 1000005 To the nearest tenth, any number between 999999.5 and 1000000.5 To the nearest hundredth, any number between 999999.95 and 1000000.05 etc.
Any single digit number is a palindrome. The Fibonacci sequence consists of infinitely many numbers so 8, being only one number, cannot be the Fibonacci sequence.
It is to find a whole number which is a multiple of ten to give the nearest ten. The rounding could be to the nearest dozen (12), 25, 50, 100 or any convenient whole number.
Any number that is is a palindrome will always be a palindrome.
A "one step palindrome is "any number can be changed into a palindrome number by reversing the digits and adding to the original number" one time. For example, the number 23 can be turned into a palindrome in just one step: 23 + 32 = 55 The same goes for the number 12: 12 + 21 = 33
One. If you mean "digits", the number can have any amount of digits; the only requirement to be called a "palindrome" is that if you read it backwards, you get the same sequence of digits. Thus, any of the following is a palindrome: 1 (any 1-digit number is a palindrome), 55, 121, 2002, 12321, 600006, 8105018, ... As you can see, you can make them arbitrarily large.
A palindrome.
Since a palindrome is just a number that reads the same way back and forth, the smallest palindrome would be 1. As there are an infinite number of palindromes (as you could just take any palindrome and simply place the same number in front of it and behind it, for example: 3, 939,99399,9993999,999939999, etc.), there is no biggest palindrome (infinity)
A 1 step palindrome is a word, phrase, or sequence that remains the same when read forwards and backwards, without any rearrangement or flipping of letters. Examples include "level," "deed," and "madam."
A palindrome is any number that, if you "read it backwards", is equal to the original number, for example, 12421.
The answer depends on the degree of rounding. To the nearest million, any number between 500000 and 1500000. [the number could be 1499999.997, so the upper limit is NOT 1499999] To the nearest hundred thousand, any number between 950000 and 1050000 To the nearest ten thousand, any number between 995000 and 1005000 ... To the nearest unit, any number between 999995 and 1000005 To the nearest tenth, any number between 999999.5 and 1000000.5 To the nearest hundredth, any number between 999999.95 and 1000000.05 etc.
Any single digit number is a palindrome. The Fibonacci sequence consists of infinitely many numbers so 8, being only one number, cannot be the Fibonacci sequence.
It is to find a whole number which is a multiple of ten to give the nearest ten. The rounding could be to the nearest dozen (12), 25, 50, 100 or any convenient whole number.
Any, and every, number can be transformed into a palindrome.
Any number that reads the same forwards and backwards, like 33 or 45654.