Define a function in the Python language that takes an integer parameter n and returns the absolute difference of that number n with 100. If the absolute difference is less than 100 then return 0.

In C++, m%n is the remainder when the integer m is divided by the integer n. We can define a function to test whether an integer is even as follows: bool even(int k) {   if ( k % 2 == 1 )      return false;   else      return true;} Translate this function into a standard mathematical function specification.

In loop functions.py, define a function named permutations that takes two paramters, n and r, in that order. This function returns the number of different permutations of length r from set of size n. Essentially to calculate these permutations, the function should compute the product (n - r+1)*(n-r+2)*(n-r+3)*...*(n-2)*(n-1) or n!/(n-r)!. No if statements or built in math functions should be used. For or while loops are best reccomended.

Write a function solution that, given an integer N, returns the smallest number with the same number of digits. You can assume N is between 1 and 10º (a billion). For example, given N = 125, the function should return 100. Given N = 10, the function should return 10. Given N = 1, the function should return 0. required in C language hurry up please no.time.