The output of the given Python code will be 13. Here's the step-by-step explanation:

1. The function `demo(p, q)` is defined, which takes two arguments `p` and `q`.
2. If `p` is equal to 0, it returns `q`. Otherwise, it calls itself with arguments `p-1` and `p+q`.
3. The function is called with arguments 4 and 5.
4. Since `p` is not 0, the function calls itself with arguments `p-1` and `p+q`, i.e., 3 and 9.
5. Again, since `p` is not 0, the function calls itself with arguments `p-1` and `p+q`, i.e., 2 and 12.
6. Again, since `p` is not 0, the function calls itself with arguments `p-1` and `p+q`, i.e., 1 and 14.
7. Again, since `p` is not 0, the function calls itself with arguments `p-1` and `p+q`, i.e., 0 and 15.
8. Now, since `p` is 0, it returns `q`, which is 15.
9. However, this returned value is used in the previous call where `p` was 1 and `q` was 14. So, it subtracts 1 from the returned value and adds it to `p`, which gives 14.
10. This process continues until the first call, where `p` was 4 and `q` was 5. So, the final output is 13.

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The output of the given Python code will be 13. Here's the step-by-step explanation:

1. The function `demo(p, q)` is defined, which takes two arguments `p` and `q`.
2. If `p` is equal to 0, it returns `q`. Otherwise, it calls itself with arguments `p-1` and `p+q`.
3. The function is called with arguments 4 and 5.
4. Since `p` is not 0, the function calls itself with arguments `p-1` and `p+q`, i.e., 3 and 9.
5. Again, since `p` is not 0, the function calls itself with arguments `p-1` and `p+q`, i.e., 2 and 12.
6. Again, since `p` is not 0, the function calls itself with arguments `p-1` and `p+q`, i.e., 1 and 14.
7. Again, since `p` is not 0, the function calls itself with arguments `p-1` and `p+q`, i.e., 0 and 15.
8. Now, since `p` is 0, it returns `q`, which is 15.
9. However, this returned value is used in the previous call where `p` was 1 and `q` was 14. So, it subtracts 1 from the returned value and adds it to `p`, which gives 14.
10. This process continues until the first call, where `p` was 4 and `q` was 5. So, the final output is 13.

Knowee AI · Accepted Answer

The output of the given Python code will be 13. Here's the step-by-step explanation:

1. The function `demo(p, q)` is defined, which takes two arguments `p` and `q`.
2. If `p` is equal to 0, it returns `q`. Otherwise, it calls itself with arguments `p-1` and `p+q`.
3. The function is called with arguments 4 and 5.
4. Since `p` is not 0, the function calls itself with arguments `p-1` and `p+q`, i.e., 3 and 9.
5. Again, since `p` is not 0, the function calls itself with arguments `p-1` and `p+q`, i.e., 2 and 12.
6. Again, since `p` is not 0, the function calls itself with arguments `p-1` and `p+q`, i.e., 1 and 14.
7. Again, since `p` is not 0, the function calls itself with arguments `p-1` and `p+q`, i.e., 0 and 15.
8. Now, since `p` is 0, it returns `q`, which is 15.
9. However, this returned value is used in the previous call where `p` was 1 and `q` was 14. So, it subtracts 1 from the returned value and adds it to `p`, which gives 14.
10. This process continues until the first call, where `p` was 4 and `q` was 5. So, the final output is 13.

Select the correct answerWhat will be the output of the following Python code?def demo(p,q): if(p == 0): return q else: return demo(p-1,p+q)print(demo(4,5))Options13Infinite loop155

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