correct answerWhat will be the output of the following Python code?def demo(x):  if (x > 100):    return x - 5  return demo(demo(x+11)); print(demo(45))

The given Python code is a recursive function. Here's how it works:

1. The function demo(x) is defined, which takes an integer x as an argument.
2. Inside the function, there is an if condition that checks if x is greater than 100. If x is greater than 100, it returns x - 5.
3. If x is not greater than 100, the function calls itself twice with the argument x+11.
4. The print statement at the end calls the function with the argument 45.

Now, let's trace the execution of the code:

1. demo(45) is called. Since 45 is not greater than 100, it calls demo(45+11) or demo(56).
2. demo(56) is called. Since 56 is not greater than 100, it calls demo(56+11) or demo(67).
3. demo(67) is called. Since 67 is not greater than 100, it calls demo(67+11) or demo(78).
4. demo(78) is called. Since 78 is not greater than 100, it calls demo(78+11) or demo(89).
5. demo(89) is called. Since 89 is not greater than 100, it calls demo(89+11) or demo(100).
6. demo(100) is called. Since 100 is not greater than 100, it calls demo(100+11) or demo(111).
7. Now, demo(111) is called. Since 111 is greater than 100, it returns 111 - 5 or 106.

So, the output of the Python code will be 106.