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Ever wondered why a half-filled water bottle lands perfectly upright during a flip? It’s not luck—it’s pure physics! When you fill the bottle about one-third, the water inside shifts the center of mass toward the middle as it spins, slowing the rotation just like a figure skater spreading their arms. Too full or too empty? No mass shift means no clean landing. Watch the slow-motion flips, see the science behind the swirl, and learn how to nail the perfect water-bottle flip every time. Ready for the challenge? Try it yourself, film your flips, and tag #EurekaOrbit to show that physics beats luck every time! Smash that like button and share this mind-blowing experiment with your friends! #WaterBottleFlip #PhysicsChallenge #ViralScience

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How the Water-Bottle Flip Works Explained

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