Faraday Game is an interactive experience inspired by Faraday's Law, allowing players to explore the phenomenon of electromagnetic induction. The goal is to move a magnet to alter the magnetic flux in a coil, generating electric current to light up a bulb. Test your skills, maximize the light intensity, and learn about one of the fundamental principles of electromagnetism in a fun and accessible way!
Features:
Simple Interaction: Control the game with a single button or screen taps, ensuring accessibility and enjoyment.
Two Game Modes:
Angular Movement: Rotate the magnet in front of the coil.
Linear Movement: Move the magnet vertically through the coil.
Scoring System: Voltage generated in the coil converts to score:
π₯ Bronze: 24 V or more
π₯ Silver: 60 V or more
π₯ Gold: 110 V or more
Languages Available: English and Portuguese.
Easter Egg: Use multiple touches (mobile) or keys (keyboard) to unlock "hack mode" and generate much higher voltages!
Learn Through Gameplay: Faraday Game demonstrates Faraday's Law of Electromagnetic Induction, which states that the variation of magnetic flux in a coil generates an electromotive force (EMF), producing electric current. Faster magnet movements increase the magnetic flux variation, resulting in higher voltage.
How to Play:
Objective: Move the magnet as quickly as possible to maximize voltage and light up the bulb with maximum intensity.
Controls: Press the on-screen button (or use multiple touches or keys to explore "hack mode").
Game Modes:
Angular: Rotate the magnet in front of the coil.
Linear: Move the magnet vertically through the coil.
Scoring: Generate voltages above 24 V to earn medals and push your limits!
Technology Used:
TypeScript: Core programming language.
Babylon.js: 3D rendering engine.
Vite.js: Development and build tool.
About the Author: Developed by Prof. Dr. Rafael JoΓ£o Ribeiro. Learn more at .
Explore electromagnetism through gameplay!
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