**USE PYTHON**Suppose that you’re in a country where it’s customary to eat breakfast between 7:00 and 8:00, lunch between 12:00 and 13:00, and dinner between 18:00 and 19:00. Wouldn’t it be nice if you had a program that could tell you what to eat when?In meal.py, implement a program that prompts the user for a time and outputs whether it’s breakfast time, lunch time, or dinner time. If it’s not time for a meal, don’t output anything at all. Assume that the user’s input will be formatted in 24-hour time as #:## or ##:##. And assume that each meal’s time range is inclusive. For instance, whether it’s 7:00, 7:01, 7:59, or 8:00, or anytime in between, it’s time for breakfast.Structure your program per the below, wherein convert is a function (that can be called by main) that converts time, a str in 24-hour format, to the corresponding number of hours as a float. For instance, given a time like "7:30" (i.e., 7 hours and 30 minutes), convert should return 7.5 (i.e., 7.5 hours).def main(): ... def convert(time): ... if __name__ == "__main__": main()Please see attached photos for DemoUSE PYTHON **How to Test**Here's how to test your code manually:- Run your program with `python meal.py`. Type `7:00` and press Enter. Your program should output: ``` breakfast time ```- Run your program with `python meal.py`. Type `7:30` and press Enter. Your program should output: ``` breakfast time ```- Run your program with `python meal.py`. Type `12:42` and press Enter. Your program should output: ``` lunch time ```- Run your program with `python meal.py`. Type `18:32` and press Enter. Your program should output: ``` dinner time ```- Run your program with `python meal.py`. Type `11:11` and press Enter. Your program should output nothing. In the demonstration provided, a Python script named `meal.py` is executed multiple times to determine the meal time based on the user's input.### Transcript:```plaintext$ python meal.pyWhat time is it? 7:00breakfast time$ python meal.pyWhat time is it? 7:30breakfast time$ python meal.pyWhat time is it? 8:01```### Explanation:1. **Execution of Script**: The command `$ python meal.py` is used to run the script.2. **User Input**: The script prompts the user with "What time is it?" and the user enters the time.3. **Output**: - If the user inputs "7:00" or "7:30", the script responds with "breakfast time", indicating the time is within the breakfast period. - If the input is "8:01", the script does not display any meal indication, suggesting that "8:01" might not fall into a predefined meal time period within the program's conditions.This type of script can be educational for understanding conditional statements or time-based operations in Python programming.

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Answered: **USE PYTHON** Suppose that you’re in…

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

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**USE PYTHON**

Suppose that you’re in a country where it’s customary to eat breakfast between 7:00 and 8:00, lunch between 12:00 and 13:00, and dinner between 18:00 and 19:00. Wouldn’t it be nice if you had a program that could tell you what to eat when?

In meal.py, implement a program that prompts the user for a time and outputs whether it’s breakfast time, lunch time, or dinner time. If it’s not time for a meal, don’t output anything at all. Assume that the user’s input will be formatted in 24-hour time as #:## or ##:##. And assume that each meal’s time range is inclusive. For instance, whether it’s 7:00, 7:01, 7:59, or 8:00, or anytime in between, it’s time for breakfast.

Structure your program per the below, wherein convert is a function (that can be called by main) that converts time, a str in 24-hour format, to the corresponding number of hours as a float. For instance, given a time like "7:30" (i.e., 7 hours and 30 minutes), convert should return 7.5 (i.e., 7.5 hours).

def main(): ... def convert(time): ... if __name__ == "__main__": main()

Please see attached photos for Demo

USE PYTHON

**How to Test**

Here's how to test your code manually:

- Run your program with `python meal.py`. Type `7:00` and press Enter. Your program should output:
```
breakfast time
```

- Run your program with `python meal.py`. Type `7:30` and press Enter. Your program should output:
```
breakfast time
```

- Run your program with `python meal.py`. Type `12:42` and press Enter. Your program should output:
```
lunch time
```

- Run your program with `python meal.py`. Type `18:32` and press Enter. Your program should output:
```
dinner time
```

- Run your program with `python meal.py`. Type `11:11` and press Enter. Your program should output nothing.

In the demonstration provided, a Python script named `meal.py` is executed multiple times to determine the meal time based on the user's input.

### Transcript:

```plaintext
$ python meal.py
What time is it? 7:00
breakfast time
$ python meal.py
What time is it? 7:30
breakfast time
$ python meal.py
What time is it? 8:01
```

### Explanation:

1. **Execution of Script**: The command `$ python meal.py` is used to run the script.
2. **User Input**: The script prompts the user with "What time is it?" and the user enters the time.
3. **Output**:
- If the user inputs "7:00" or "7:30", the script responds with "breakfast time", indicating the time is within the breakfast period.
- If the input is "8:01", the script does not display any meal indication, suggesting that "8:01" might not fall into a predefined meal time period within the program's conditions.

This type of script can be educational for understanding conditional statements or time-based operations in Python programming.

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