You are working with a team creating a grocery shopping app. The app keeps the information of the items to buy in the list grocery_list, and the items that were purchased in purchased_list. You need to create a function that returns the items that were purchased, but that were not in the grocery list. For example, if the grocery list is milk, eggs, bacon, and flour; and we purchased milk, chocolate, and muffins, the function should return a list with chocolate and muffins. Drag and drop the expressions needed to implement the required function. def get_extra_items(grocery_list, purchased_list): list3 = [] for i in range( ): if not in : list3. append( return list3 len(grocery_list) grocery_list grocery_list[i] purchased_list[i] purchased_list len(purchased_list)

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**Title: Implementing a Function to Identify Extra Purchased Items**

**Objective:**
Create a function that identifies items that were purchased but not originally included in the grocery list.

**Description:**
You are working with a team creating a grocery shopping app. The app keeps track of the items you need to buy in a list called `grocery_list` and the items you purchased in another list called `purchased_list`.

The goal is to create a function that returns the items from the `purchased_list` that were not on the original `grocery_list`. For example, if the grocery list includes milk, eggs, bacon, and flour, and the purchased items are milk, chocolate, and muffins, the function should return a list containing chocolate and muffins.

**Function Implementation:**
Drag and drop the correct expressions to complete the function.

```python
def get_extra_items(grocery_list, purchased_list):
    list3 = []
    for i in range(len(purchased_list)):
        if purchased_list[i] not in grocery_list:
            list3.append(purchased_list[i])
    return list3
```

**Parameters Explanation:**
- `grocery_list`: The list of items intended to be purchased.
- `purchased_list`: The list of items actually purchased.
- `list3`: A new list to store items that are in the `purchased_list` but not in the `grocery_list`.

**Instructions:**
The expressions you need to use are provided below:
- `len(grocery_list)`
- `grocery_list`
- `grocery_list[i]`
- `purchased_list[i]`
- `purchased_list`
- `len(purchased_list)`

Fill in the blanks with these expressions to complete the function. Specifically:
1. Use `len(purchased_list)` to determine the number of iterations.
2. Check if `purchased_list[i]` is not in `grocery_list`.
3. If not, append `purchased_list[i]` to `list3`.

Upon completion of this function, you should be able to correctly identify and return the extra items purchased that were not originally in the grocery list.

This exercise helps in understanding how to manipulate lists and use conditional statements to filter data based on specific conditions.
Transcribed Image Text:**Title: Implementing a Function to Identify Extra Purchased Items** **Objective:** Create a function that identifies items that were purchased but not originally included in the grocery list. **Description:** You are working with a team creating a grocery shopping app. The app keeps track of the items you need to buy in a list called `grocery_list` and the items you purchased in another list called `purchased_list`. The goal is to create a function that returns the items from the `purchased_list` that were not on the original `grocery_list`. For example, if the grocery list includes milk, eggs, bacon, and flour, and the purchased items are milk, chocolate, and muffins, the function should return a list containing chocolate and muffins. **Function Implementation:** Drag and drop the correct expressions to complete the function. ```python def get_extra_items(grocery_list, purchased_list): list3 = [] for i in range(len(purchased_list)): if purchased_list[i] not in grocery_list: list3.append(purchased_list[i]) return list3 ``` **Parameters Explanation:** - `grocery_list`: The list of items intended to be purchased. - `purchased_list`: The list of items actually purchased. - `list3`: A new list to store items that are in the `purchased_list` but not in the `grocery_list`. **Instructions:** The expressions you need to use are provided below: - `len(grocery_list)` - `grocery_list` - `grocery_list[i]` - `purchased_list[i]` - `purchased_list` - `len(purchased_list)` Fill in the blanks with these expressions to complete the function. Specifically: 1. Use `len(purchased_list)` to determine the number of iterations. 2. Check if `purchased_list[i]` is not in `grocery_list`. 3. If not, append `purchased_list[i]` to `list3`. Upon completion of this function, you should be able to correctly identify and return the extra items purchased that were not originally in the grocery list. This exercise helps in understanding how to manipulate lists and use conditional statements to filter data based on specific conditions.
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