📄️ A
The provided Python code defines a function called 'maximum' that takes three arguments ('a,' 'b,' and 'c') and returns the maximum value among them. It employs conditional statements to compare the values of 'a,' 'b,' and 'c' and uses the 'return' statement to convey the result. The code initializes three variables with numerical values, invokes the 'maximum' function with these variables as arguments, and prints the maximum value. This code exemplifies the creation and usage of a custom Python function for logical decision-making.
📄️ B
The provided Python code defines a recursive function named 'recursion' for calculating the factorial of a given positive integer 'n.' It solicits user input for 'n,' computes the factorial using recursion, and displays the result. The code handles cases where 'n' is less than 1 by indicating that factorial calculation is not possible for non-positive integers. It successfully calculates and communicates the factorial value for positive integers.