Скачать или смотреть Cube Bubble, square bubble, Tesseract

Mister C here, and I’ve got a bubbly surprise for you! Today’s experiment takes something we all know and love—bubbles—and turns them completely on their heads. That’s right—we’re not just blowing bubbles… we’re building a **cube bubble**! 🤯

You might be thinking, “Wait a second, Mister C… bubbles are always round!” And usually, you’d be right! That’s because bubbles naturally form spheres—the shape with the least surface area for the volume inside. But today, we’re using some awesome science and geometry to bend the rules a bit and create a cube-shaped bubble that’s sure to blow your mind!

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🧪 Materials You’ll Need:

Pipe cleaners (6 total)
A shallow container or tray
Dish soap
Water
Glycerin (optional, makes stronger bubbles!)
A drinking straw

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🧠 Let's Build and Explore:

First up, we need to build our **bubble cube frame**. Twist 12 pipe cleaner segments into the edges of a cube—four squares on the sides, and two for the top and bottom. You’ll end up with a 3D cube shape made of pipe cleaners. This frame will help our bubble solution cling to the edges and form flat, geometric surfaces!

Next, mix your **bubble solution**: combine water, dish soap, and a little glycerin (if you have it). Pour the mixture into a tray and carefully dip your entire cube into the solution. Lift it out slowly and… WOW! You’ll see bubble films stretching across the sides of the cube, intersecting and connecting in fascinating shapes.

Now here comes the real magic! Grab a straw and gently blow a small bubble right into the center of the cube. If everything goes just right… BAM! A nearly perfect *cube-shaped bubble* forms in the middle. 🧊✨ It’s not exactly a solid cube—remember, the bubble is still made of curved surfaces—but it appears cubic because the surrounding bubble walls shape it from all sides. That’s surface tension and geometry teaming up to amaze us!

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🔬 The Science Behind It:

So how does this work? Bubbles form where surface tension pulls the soapy film into the most efficient shape. In open space, that’s a sphere. But when confined inside a geometric structure—like our cube—the forces balance out along the edges, creating flat surfaces and sharp intersections.

The bubble in the center? It’s pushed into a cube-like shape by the tension of all those intersecting bubble walls. You’ve just made *geometry visible* with soap and water! Now that’s thinking like a scientist!

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Whether you’re into shapes, surface tension, or just want to build something awesome, this experiment is guaranteed to make your brain pop with excitement! Try making other shapes with your pipe cleaners too. What happens if you build a pyramid or a tetrahedron?

So until next time, keep experimenting, stay curious, and remember...

🎶 “Science is everywhere! learning is so much fun!” 🎶
– Mister C 👨‍🔬💥🫧

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