Write down any whole number that has at least two digits. Workingfrom left to right, write down the absolute (non-negative) difference ofeach pair of adjacent digits to form a new number. Repeat this processuntil a single digit is reached. That digit is called the digit differenceresidue (DDR) of the original starting number.For example, 153 has a DDR of 2 and 5537 has a DDR of 0 as shown:1 5 34 225 5 3 70 2 42 20Notice, as in the second example, we keep any differences that are 0.This way, the number of digits always decreases by 1 at each step. Alsonote that the original number we start with cannot begin with 0.a Find the nine 3-digit numbers that all have a DDR of 8.b How many 3-digit numbers have a DDR of 0?c Show that two consecutive 3-digit numbers cannot both have a DDRof 0.d Find the smallest pair of consecutive numbers that both have a DDRof 0.

Given a positive integer 'x' (with even number of digits in it), write an algorithm and the subsequent code to compute the difference between  the sum of the digits occuring in the alternate positions (starting from the first position) and the sum of the digits occuring in the alternate positions,starting from the last rightmost position of 'x'For example, consider the number  8975.  The sum of the digits that occur in the alternate positions from the first position is 8+7=15.  The sum of the digits that occur in the alternate positions, starting from the rightmost position is 5+9 = 14. Difference between the two sums is 1 (=15-14).  Similarly, for the number 5798, the difference between  two sums, is 1.  Note: Read the input as a number and do entire processing as  a numberC++ compilers can compile C code alsoInput format First line contains the positive integerOutput format :First line should contain the difference between  the sum of the digits occuring in the alternate positions (starting from the first position) and the sum of the digits occuring in the alternate positions (startting from the last rightmost position).

Get two integers from user and print the absolute difference between two integersInput Format:Accept two integers as inputOutput Format:Print the absolute differenceConstraints:1<=N1,N2<=10^9Sample Input 1:10 20Sample Output 1:10Sample Input 2:78 25Sample Output 2:53

Alex is creating a utility to evaluate a user's numerical input. The program calculates the absolute difference between the sum of digits at odd and even positions, where the first digit is considered position 1. Users enter a sequence of digits, and the program outputs the result.ExampleInput:5674Output:2Explanation:The sum of the even-position digits 6 and 4 is 10. In the odd position, the sum of digits 5 and 7 is 12. So, the absolute difference is |10-12| = 2.Input format :The input consists of an integer n.Output format :The output prints the difference between the sum of the odd and even position digits in the given integer.Refer to the sample output for the formatting specifications.Code constraints :In the given scenario, the test cases will fall under the following constraints:10 ≤ n ≤ 107Sample test cases :Input 1 :5674Output 1 :2Input 2 :1234567Output 2 :4Input 3 :10Output 3 :1Input 4 :10000000Output 4 :1

The difference between a two-digit number and the number obtained by interchanging the positions of its digits is 36. What is the difference between the two digits of that number?

The difference between a two-digit number and the number obtained by interchanging the digits is 36. What is the difference between the sum and the difference of the digits of the number if the ratio between the digits of the number is 1 : 2 ?Options :none486