The correct answer is Infinite loop.

Here's why:

The function `demo(x)` is a recursive function, which means it calls itself within its own definition.

When you call `demo(45)`, the condition `x 100` is not met because 45 is not greater than 100. So, it goes to the next line `return demo(demo(x+11))`.

This means it will call `demo(56)`. Again, 56 is not greater than 100, so it calls `demo(67)`. This process continues indefinitely because the condition `x 100` is never met.

Therefore, the function will keep calling itself infinitely, resulting in an infinite loop.

Question

The correct answer is Infinite loop.

Here's why:

The function `demo(x)` is a recursive function, which means it calls itself within its own definition.

When you call `demo(45)`, the condition `x > 100` is not met because 45 is not greater than 100. So, it goes to the next line `return demo(demo(x+11))`.

This means it will call `demo(56)`. Again, 56 is not greater than 100, so it calls `demo(67)`. This process continues indefinitely because the condition `x > 100` is never met.

Therefore, the function will keep calling itself infinitely, resulting in an infinite loop.

Knowee AI · Accepted Answer

The correct answer is Infinite loop.

Here's why:

The function `demo(x)` is a recursive function, which means it calls itself within its own definition.

When you call `demo(45)`, the condition `x > 100` is not met because 45 is not greater than 100. So, it goes to the next line `return demo(demo(x+11))`.

This means it will call `demo(56)`. Again, 56 is not greater than 100, so it calls `demo(67)`. This process continues indefinitely because the condition `x > 100` is never met.

Therefore, the function will keep calling itself infinitely, resulting in an infinite loop.

Select the 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))Options1005074Infinite loop

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