The output of the code will be 3.

Here's the step by step explanation:

1. A class `Point` is defined with two attributes `x` and `y`. This is not shown in the code you provided, but it's mentioned in your question.

2. An instance of `Point` is created with `x` as 3 and `y` as 4. This instance is assigned to the variable `Q`.

3. The `copy` function from the `copy` module is used to create a shallow copy of `Q`. This copy is assigned to the variable `P`.

4. The `x` attribute of `P` is changed to 5. However, this does not affect `Q` because `P` is a copy of `Q`, not a reference to the same object.

5. When `print(Q.x)` is called, it prints the `x` attribute of `Q`, which is still

Question

The output of the code will be 3.

Here's the step by step explanation:

1. A class `Point` is defined with two attributes `x` and `y`. This is not shown in the code you provided, but it's mentioned in your question.

2. An instance of `Point` is created with `x` as 3 and `y` as 4. This instance is assigned to the variable `Q`.

3. The `copy` function from the `copy` module is used to create a shallow copy of `Q`. This copy is assigned to the variable `P`.

4. The `x` attribute of `P` is changed to 5. However, this does not affect `Q` because `P` is a copy of `Q`, not a reference to the same object.

5. When `print(Q.x)` is called, it prints the `x` attribute of `Q`, which is still

Knowee AI · Accepted Answer

The output of the code will be 3.

Here's the step by step explanation:

1. A class `Point` is defined with two attributes `x` and `y`. This is not shown in the code you provided, but it's mentioned in your question.

2. An instance of `Point` is created with `x` as 3 and `y` as 4. This instance is assigned to the variable `Q`.

3. The `copy` function from the `copy` module is used to create a shallow copy of `Q`. This copy is assigned to the variable `P`.

4. The `x` attribute of `P` is changed to 5. However, this does not affect `Q` because `P` is a copy of `Q`, not a reference to the same object.

5. When `print(Q.x)` is called, it prints the `x` attribute of `Q`, which is still

If there is a class Point of two attributes x and y. what is output of the following code? from copy import copyQ = Point(3,4)P = copy(Q)P.x = 5print(Q.x)