<img src="https://ezycourse.b-cdn.net/4574/cmf4y23yj001g3f8z4t6y3ye8.jpg" alt="image" containerstyle="width: 100%; height: auto; cursor: pointer; " wrapperstyle="display: flex">🌸 TinkerOnam - Day 3/10 is Here! 🌸 The air is filled with music and the joyful spirit of dance. For Day 3 of our TinkerOnam challenge, we're bringing that celebratory dance to the science table! We’re going to make ordinary raisins come to life, magically dancing up and down in a glass all by themselves. It’s a simple, mesmerizing spectacle that will have the whole family watching. What You'll Need A tall, clear glass Clear fizzy soda (like Sprite, 7UP, or plain soda water) A small handful of raisins (5-6) 1-2-3... Wow! Step 1: Pour! Fill the tall glass about three-quarters full with your fizzy soda.Step 2: Drop! Gently drop the raisins into the glass. You'll notice they sink straight to the bottom.Step 3: Dance! Now, be patient and watch closely. Tiny bubbles of carbon dioxide gas in the soda will start to stick to the wrinkly surface of the raisins. These bubbles act like tiny little floaties! Soon, enough bubbles will attach to lift a raisin to the surface. When it reaches the top, the bubbles pop, the gas escapes, and the raisin sinks back down... only to collect more bubbles and rise again! WOW! You have a continuous, silent dance party in a glass! Get a close-up shot of the bubbles attaching to a raisin at the bottom of the glass.A time-lapse is perfect for showing the dance starting up and getting more active.Play a fun, festive Onam song in the background of your Reel!Don't forget the hashtag! #TinkerOnam and tag @<a target="_blank" href="http://YoungMinds.app">YoungMinds.app</a> to enter the contest! <hr>Parent Tip The magic here is caused by something we can barely see—the tiny, invisible gas bubbles. Use this as a moment to talk about other powerful, invisible things. The Science Secret This festive dance is all about Buoyancy and Density! A raisin is denser than the soda, which is why it sinks at first. The fizzy soda is full of a dissolved gas called carbon dioxide (CO2). The wrinkly surface of the raisin is the perfect place for these CO2 bubbles to form and cling to. When enough bubbles attach to the raisin, they act like a life jacket, making the raisin less dense than the soda around it, so it floats up! At the surface, the bubbles pop into the air, the raisin becomes dense again, and it sinks. The cycle repeats, creating the magical dance! Ready for more festive tinkering? Join our <a target="" href="https://whatsapp.com/channel/0029VbAwEzw89inqDCz3aG21">WhatsApp Channel</a> for the next 7 days of the TinkerOnam challenge!

This Onam, make raisins dance in soda! A simple, fun science experiment with bubbles, buoyancy, and festive joy. Perfect family activity for kids and parents to try together.

The Amazing Dancing Raisins: An Easy Onam Science Experiment

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The Amazing Dancing Raisins: An Easy Onam Science Experiment

The Amazing Dancing Raisins: An Easy Onam Science Experiment

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