Campo - potencial eléctrico I

Overview
"Campo - potencial eléctrico I" is an engaging simulation game that explores the nature of electric fields and potentials with interactive and educational play.

Key Features
1. Interactive Simulation Environment: Players can immerse themselves in a vast virtual space to observe the development of electric fields and potentials.
2. Real-Time Visualization: The simulation offers dynamic representation of electric field lines and potential surfaces.
3. Variable Charge Configurations: Users experiment with positive and negative charges, learning about their influence on electric fields.
4. Intuitive Controls: The game has been designed for both novice and expert users with simple control mechanisms.
5. Educational Guided Activities: Structured missions give guidance, solidifying complex physical concepts related to electromagnetism.
6. Instantaneous Feedback: Visual and numerical responses to the players' actions help with learning.
7. Dynamic Grid Overlays: For precision and analyzation of field vectors, a grid overlay is provided.
8. Multiple Difficulty Levels: Tasks of varying complexity ensure an adaptable challenge for all players.
9. Replay and Review: Features to watch and learn from previous simulations are included.
10. In-Depth Analysis Tools: Special tools enable the calculation and recording of electric potentials.

Interesting Gameplay
1. Starting a Game: Players enter a blank grid space to begin experimenting with electric fields.
2. Placing Charges: Users select and place positive or negative charges on the grid.
3. Constructing Fields: Active charge addition alters the collective electric field visibly.
4. Manipulating Charges: Charge repositioning permits dynamic study of field changes.
5. Balancing Charges: Challenge scenarios require charge balancing for complex field features.
6. Completing Tasks: Players tackle tasks that illustrate a breadth of physical concepts.
7. Monitoring Effects: Keeping track of important field strength and potential value statistics assists in understanding the impact of changes made.
8. Using Analytical Tools: Players are encouraged to utilize volt and field meters for quantitative electric setup analysis.
9. Learning Adaptation: Difficulty settings allow for tailored gameplay to match the player’s skill level.
10. Progressing through Levels: Success opens up progressively challenging scenarios and electric models.