<h1 align="center">CSE3011-Python-Programming</h1>

</p>

Welcome to the CS360 Python Programming repository! This repository contains all the course material and assignments for CSE3011-Python-Programming at VIT Bhopal University.

Here are my scores:


This project is a comprehensive collection of Python programming assignments and course materials for the CSE3011-Python-Programming course at VIT Bhopal University. The repository is designed to help students learn and practice Python programming concepts through various assignments and examples. Each assignment is well-documented with a README.md file that explains the purpose of the assignment, how to run the code, and the expected output.

- **Well-Organized Structure**: Each assignment has its own directory with a README.md file, making it easy to navigate and understand the content.

- **Comprehensive Examples**: The repository covers a wide range of Python programming concepts, from basic to advanced topics.

- **Detailed Documentation**: Each assignment is accompanied by detailed documentation, including code analysis, inputs, flow, and outputs.

- **Practical Assignments**: The assignments are designed to provide hands-on experience and reinforce the concepts learned in the course.

This project utilizes the following technologies:

- **Python**: The primary programming language used for all assignments and examples.

- **Markdown**: Used for creating detailed documentation and README.md files for each assignment.

- **Git**: Version control system used to manage the repository and track changes.

- **Python**: Python is a versatile and widely-used programming language that is easy to learn and has a large community of developers. It is suitable for a wide range of applications, from web development to data analysis.

- **Markdown**: Markdown is a lightweight markup language that allows for easy formatting of text documents. It is widely used for creating documentation and README files.

- **Git**: Git is a powerful version control system that allows for efficient collaboration and tracking of changes in a project. It is essential for managing code repositories and ensuring the integrity of the project.

To run the project on your local system, follow these steps:

1. **Clone the Repository**: Clone the repository to your local machine using the following command:

```bash

git clone https://github.com/Pulkit1822/CSE3011-Python-Programming.git

```

2. **Navigate to the Project Directory**: Change to the project directory using the following command:

```bash

cd CSE3011-Python-Programming

```

3. **Install Python**: Ensure that Python is installed on your system. You can download and install Python from the official website: [Python.org](https://www.python.org/)

4. **Run the Code**: Navigate to the directory of the assignment you want to run and execute the Python script using the following command:

```bash

python <script_name>.py

```

5. **Follow the Instructions**: Follow the instructions provided in the README.md file of the assignment to understand the inputs and expected outputs.

I welcome contributions from the community to improve this repository. If you would like to contribute, please follow these guidelines:

1. **Fork the Repository**: Fork the repository to your GitHub account using the "Fork" button at the top right corner of the repository page.

2. **Create a New Branch**: Create a new branch for your changes using the following command:

```bash

git checkout -b <branch_name>

```

3. **Make Your Changes**: Make the necessary changes to the code or documentation.

4. **Commit Your Changes**: Commit your changes with a descriptive commit message using the following command:

```bash

git commit -m "Description of your changes"

```

5. **Push Your Changes**: Push your changes to your forked repository using the following command:

```bash

git push origin <branch_name>

```

6. **Create a Pull Request**: Create a pull request to the main repository with a description of your changes. The repository maintainers will review your pull request and merge it if it meets the contribution guidelines.

Thank you for your contributions!

The code is well-organized and each assignment has its own README.md file that explains what the assignment is about, how to run the code, and what the expected output is.

I hope you find this repository useful for your studies. If you have any questions or suggestions, please let me know by creating an issue in this repository.

If you find this repository useful, don't forget to star it! ⭐️

- `d`: the updated dictionary with the new key-value pair added.

The purpose of this code snippet is to demonstrate how to add a key-value pair to a dictionary in Python. It allows the user to interactively input a key and a value, and then updates the dictionary with the new key-value pair. This is a fundamental operation in Python programming and is useful for managing and organizing data in a dictionary.

1. Ensure that Python is installed on your system. You can download and install Python from the official website: [Python.org](https://www.python.org/)

2. Copy the code snippet into a Python file, for example, `add_key_to_dictionary.py`.

3. Open a terminal or command prompt and navigate to the directory where the Python file is saved.

4. Run the Python file using the following command:

```bash

python add_key_to_dictionary.py

```

5. Follow the prompts to enter a key and a value. The updated dictionary will be printed as the output.

When you run the code, you will be prompted to enter a key and a value. For example:

Enter key: 2

Enter value: 30

{0: 10, 1: 20, 2: 30}

In this example, the user enters the key `2` and the value `30`. The updated dictionary `{0: 10, 1: 20, 2: 30}` is printed as the output.

dec_num += int(bin_num[-(i+1)])*(2**i)

print("Decimal number is:", dec_num)

The purpose of this code snippet is to demonstrate how to convert a binary number to its decimal equivalent in Python. It allows the user to input a binary number and then calculates and prints the corresponding decimal number. This is a fundamental operation in computer science and is useful for understanding how binary and decimal number systems work.

1. Ensure that Python is installed on your system. You can download and install Python from the official website: [Python.org](https://www.python.org/)

2. Copy the code snippet into a Python file, for example, `binaryConvertor.py`.

3. Open a terminal or command prompt and navigate to the directory where the Python file is saved.

4. Run the Python file using the following command:

```bash

python binaryConvertor.py

```

5. Follow the prompt to enter a binary number. The decimal equivalent of the binary number will be printed as the output.

When you run the code, you will be prompted to enter a binary number. For example:

Enter binary number: 1010

Decimal number is: 10

In this example, the user enters the binary number `1010`. The decimal equivalent `10` is printed as the output.

- A string containing the binary numbers from the input list that are divisible by 5.

The purpose of this code snippet is to demonstrate how to check the divisibility of binary numbers by 5. It allows the user to input a list of binary numbers and returns the binary numbers that are divisible by 5. This is useful for understanding how to work with binary numbers and perform divisibility checks in Python.

1. Ensure that Python is installed on your system. You can download and install Python from the official website: [Python.org](https://www.python.org/)

2. Copy the code snippet into a Python file, for example, `binary_divisibility.py`.

3. Open a terminal or command prompt and navigate to the directory where the Python file is saved.

4. Run the Python file using the following command:

```bash

python binary_divisibility.py

```

5. Follow the prompt to enter a comma-separated list of 4-digit binary numbers. The binary numbers that are divisible by 5 will be printed as the output.

When you run the code, you will be prompted to enter a comma-separated list of 4-digit binary numbers. For example:

Enter comma separated 4 digit binary numbers: 1010,1100,1111,1001

In this example, the user enters the binary numbers `1010`, `1100`, `1111`, and `1001`. The binary number `1010` is divisible by 5, so it is printed as the output.

- `average`: a float representing the average of the students' marks.

The purpose of this code snippet is to demonstrate how to calculate the average of a given number of students' marks in Python. It allows the user to input the number of students and their respective marks, and then calculates and prints the average. This is a fundamental operation in Python programming and is useful for understanding how to work with loops and arithmetic operations.

1. Ensure that Python is installed on your system. You can download and install Python from the official website: [Python.org](https://www.python.org/)

2. Copy the code snippet into a Python file, for example, `calculate_average.py`.

3. Open a terminal or command prompt and navigate to the directory where the Python file is saved.

4. Run the Python file using the following command:

```bash

python calculate_average.py

```

5. Follow the prompt to enter the number of students and their respective marks. The average of the students' marks will be printed as the output.

When you run the code, you will be prompted to enter the number of students and their respective marks. For example:

Enter the number of students: 3

Enter student's mark: 85

Enter student's mark: 90

Enter student's mark: 78

The average marks of 3 students is: 84.33333333333333

In this example, the user enters the number of students as `3` and their respective marks as `85`, `90`, and `78`. The average marks `84.33333333333333` is printed as the output.

- `distance` (int): The calculated distance traveled based on the given movements.

The purpose of this code snippet is to demonstrate how to calculate the distance traveled based on a series of movements in Python. It allows the user to input a list of movements and then calculates and prints the distance from the origin. This is a fundamental operation in Python programming and is useful for understanding how to work with loops, conditionals, and arithmetic operations.

1. Ensure that Python is installed on your system. You can download and install Python from the official website: [Python.org](https://www.python.org/)

2. Copy the code snippet into a Python file, for example, `calculate_distance.py`.

3. Open a terminal or command prompt and navigate to the directory where the Python file is saved.

4. Run the Python file using the following command:

```bash

python calculate_distance.py

```

5. Follow the prompt to enter a series of movements. The distance traveled based on the movements will be printed as the output.

When you run the code, you will be prompted to enter a series of movements. For example:

Enter movement (or 'STOP' to end input): UP 5

Enter movement (or 'STOP' to end input): RIGHT 3

Enter movement (or 'STOP' to end input): DOWN 2

Enter movement (or 'STOP' to end input): LEFT 1

Enter movement (or 'STOP' to end input): STOP

In this example, the user enters the movements `UP 5`, `RIGHT 3`, `DOWN 2`, and `LEFT 1`. The calculated distance `5` is printed as the output.

- total_bill: a float representing the total electricity bill, including the surcharge.

The purpose of this code snippet is to demonstrate how to calculate the electricity bill based on the number of units consumed. It allows the user to input the number of units and then calculates and prints the total bill, including the surcharge. This is a practical example of how to work with conditionals and arithmetic operations in Python.

1. Ensure that Python is installed on your system. You can download and install Python from the official website: [Python.org](https://www.python.org/)

2. Copy the code snippet into a Python file, for example, `calculate_electricity_bill.py`.

3. Open a terminal or command prompt and navigate to the directory where the Python file is saved.

4. Run the Python file using the following command:

```bash

python calculate_electricity_bill.py

```

5. Follow the prompt to enter the number of units consumed. The total electricity bill, including the surcharge, will be printed as the output.

When you run the code, you will be prompted to enter the number of units consumed. For example:

Enter the number of units consumed: 100

The total electricity bill is: Rs. 82.50

In this example, the user enters the number of units consumed as `100`. The total electricity bill `Rs. 82.50` is printed as the output.

- The function prints the breakdown of the salary components, including the basic salary, DA, HRA, net salary, PPF deduction, and gross salary.

The purpose of this code snippet is to demonstrate how to calculate the gross salary of an employee based on their basic salary. It allows the user to input the basic salary and then calculates and prints the various components of the salary, including the house rent allowance (HRA), dearness allowance (DA), net salary, provident fund (PPF) deduction, and gross salary. This is a practical example of how to work with conditionals and arithmetic operations in Python.

1. Ensure that Python is installed on your system. You can download and install Python from the official website: [Python.org](https://www.python.org/)

2. Copy the code snippet into a Python file, for example, `calculate_gross_salary.py`.

3. Open a terminal or command prompt and navigate to the directory where the Python file is saved.

4. Run the Python file using the following command:

```bash

python calculate_gross_salary.py

```

5. Follow the prompt to enter the basic salary. The breakdown of the salary components, including the gross salary, will be printed as the output.

When you run the code, you will be prompted to enter the basic salary. For example:

Basic salary: 15000

Basic Salary : 15000.00

DA : 13500.00

HRA : 3750.00

Net salary : 32250.00

PPF : -3225.00

Gross Salary : 29025.00

In this example, the user enters the basic salary as `15000`. The breakdown of the salary components, including the gross salary `29025.00`, is printed as the output.

- A list of integers representing the sum of digits for each number in the input list.

The purpose of this code snippet is to demonstrate how to calculate the sum of digits for each number in a list of numbers in Python. It allows the user to input a list of numbers, and then calculates and prints the sum of digits for each number. This is a fundamental operation in Python programming and is useful for understanding how to work with loops and arithmetic operations.

1. Ensure that Python is installed on your system. You can download and install Python from the official website: [Python.org](https://www.python.org/)

2. Copy the code snippet into a Python file, for example, `calculate_sum_of_digits.py`.

3. Open a terminal or command prompt and navigate to the directory where the Python file is saved.

4. Run the Python file using the following command:

```bash

python calculate_sum_of_digits.py

```

5. Follow the prompt to enter a list of numbers separated by commas. The sum of digits for each number in the list will be printed as the output.

When you run the code, you will be prompted to enter a list of numbers separated by commas. For example:

Enter the list of numbers separated by comma: 123, 45, 678

[6, 9, 21]

In this example, the user enters the list of numbers `123`, `45`, and `678`. The sum of digits for each number `[6, 9, 21]` is printed as the output.

- None

The purpose of this code snippet is to demonstrate how to check the type of a given character in Python. It allows the user to input a character and then determines whether the character is an alphabet, a digit, or a special symbol. This is a fundamental operation in Python programming and is useful for understanding how to work with conditionals and string methods.

1. Ensure that Python is installed on your system. You can download and install Python from the official website: [Python.org](https://www.python.org/)

2. Copy the code snippet into a Python file, for example, `character_checker.py`.

3. Open a terminal or command prompt and navigate to the directory where the Python file is saved.

4. Run the Python file using the following command:

```bash

python character_checker.py

```

5. Follow the prompt to enter a character. The type of the character will be printed as the output.

When you run the code, you will be prompted to enter a character. For example:

Enter a character: A

The character 'A' is an alphabet.

In this example, the user enters the character `A`. The message "The character 'A' is an alphabet." is printed as the output.