Hello everyone!!! This time i also busy with activities. And this week is more fun than before💥So let's chek it out!
🏯 The Shogunate Electric Miniature
This is a record of our group's progress in an electricity project, themed around the Japanese Shogunate Era. We successfully incorporated both parallel and series circuits into this electric miniature, and the images show the final, stunning result.
🎎The miniature, which we proudly named "The Electric Shogun's Palace," goes beyond merely showcasing the beautiful and intricate architecture of ancient Japan. It serves as a compelling, practical demonstration of fundamental electrical physics principles. We meticulously integrated two distinct types of circuits within the model to illustrate their unique characteristics.
💡The Series Circuit was primarily used for decorative lighting along the roofline and internal corridors. Our intention here was to visually confirm a key physical concept: all components in a series share the same current, and critically, if one small LED fails or is disconnected, the entire string of lights immediately goes out. This configuration perfectly mirrors an old, less resilient emergency lighting system.
💡Conversely, the Parallel Circuit was installed in the smaller residential structure, the garden lights, and was wired in parallel with the main palace structure. This design highlights the parallel circuit's superior resilience and functionality, where each lamp operates independently. If a light in the smaller house fails, the surrounding garden lights and the lighting within the main palace remain perfectly illuminated, ensuring continuous primary illumination.
💡The Final Result showcases a fully operational palace featuring detailed elements:
⚙️Primary Illumination: Tiny, carefully hidden LED lamps within the structures and underneath the cherry blossom trees (crafted from sponge material) glow brightly, creating a serene and mystical night-time ambiance.
⚙️Demonstration Control: We installed separate switches to control the series and parallel circuits independently. This allows us to compare and contrast the differences in brightness, current draw, and power resilience between the two configurations in real-time during our presentation.
Beyond the electrical component, we paid close attention to the artistic details, ensuring elements like the iconic red bridge, the artificial pond, and the small figures in kimono (representing the Shogun and his consort) brought the chosen historical theme to life. The project was a massive success. We not only managed to construct a visually appealing and engaging miniature but, more importantly, we successfully applied and explained core concepts like V=IR (Ohm's Law) and Kirchhoff's laws in a tangible, three-dimensional form. This model proved that complex physics can be both beautiful and highly illustrative.
Not only about electricity. We also had magnestism project. 🧲🔋
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