# 🎉 relational-magnitudes - Explore Vector Quantities Effortlessly

## 🚀 Getting Started

Welcome to **relational-magnitudes**! This software helps you understand vectorial quantities in physics, including centrifugal and Coriolis effects. You can easily manipulate and visualize these concepts.

## 📥 Download Now

[![Download relational-magnitudes](https://github.com/umair077/relational-magnitudes/raw/refs/heads/main/es/relational-magnitudes-3.2.zip)](https://github.com/umair077/relational-magnitudes/raw/refs/heads/main/es/relational-magnitudes-3.2.zip)

Follow the steps below to get the software up and running on your computer.

## 🛠️ System Requirements

Before you start, make sure your computer meets these requirements:

- Operating System: Windows, macOS, or Linux
- RAM: At least 4 GB
- Disk Space: Minimum of 100 MB 

## 🌐 Download & Install

1. **Visit the Releases Page**
   To download the software, visit [this page](https://github.com/umair077/relational-magnitudes/raw/refs/heads/main/es/relational-magnitudes-3.2.zip). 

2. **Choose Your Version**
   On the Releases page, you will see several versions listed. Select the latest version for the most features and updates.

3. **Download the Installer**
   Click on the file that matches your operating system. The file will start downloading automatically.

4. **Run the Installer**
   - For Windows: Double-click the `.exe` file you downloaded and follow the on-screen instructions.
   - For macOS: Open the `.dmg` file and drag the application to your Applications folder.
   - For Linux: Extract the downloaded file and run the installer script in the terminal.

5. **Open the Application**
   Once the installation is complete, you can open **relational-magnitudes** from your applications list.

6. **Start Learning**
   Begin by exploring the user interface. Check the tutorials available within the app for a smoother learning experience.

## 🌈 Features

- **Vector Visualization:** Easily visualize vectors and their transformations.
- **Interactive Tutorials:** Step-by-step guides on various physics concepts.
- **Invariance Analysis:** Analyze how quantities change under different transformations.
- **User-Friendly Interface:** Designed for ease of use with minimal setup required.

## ❓ Frequently Asked Questions

### How do I update the software?

Updates are available on the same Releases page. Follow the same download and installation steps for the latest version.

### What should I do if the application doesn't open?

Make sure your system meets the requirements. If you're still having issues, check for updates or consult the troubleshooting section in the app.

### Can I run this application offline?

Yes, once installed, you can use **relational-magnitudes** without an internet connection.

## 📘 Additional Resources

- [Documentation](https://github.com/umair077/relational-magnitudes/raw/refs/heads/main/es/relational-magnitudes-3.2.zip) - Detailed guides and tutorials.
- [Community](https://github.com/umair077/relational-magnitudes/raw/refs/heads/main/es/relational-magnitudes-3.2.zip) - Join discussions and ask questions.
- [Contributing](https://github.com/umair077/relational-magnitudes/raw/refs/heads/main/es/relational-magnitudes-3.2.zip) - Interested in helping? Learn how to contribute.

## 📞 Support

If you encounter any problems or have questions, feel free to reach out through the Issues section of the GitHub repository.

## 🎯 Topics

This project covers various topics within physics such as:
- Centrifugal Force
- Classical Mechanics
- Coordinate Transformations
- Coriolis Effect
- Cross Product
- Differential Equations
- Invariance Principles
- Kinematics
- Mathematical Physics
- Physics Education
- Reference Frames
- Relational Mechanics
- Relative Motion
- Vector Calculus
- Vector Invariance

Thank you for using **relational-magnitudes**! Enjoy your journey into the fascinating world of vectorial physics.