Making Balloons float Without Helium at Home

Welcome to our captivating world of science exploration! Are you ready to unlock the secret to making balloons float without helium? Get ready to be amazed as we embark on a thrilling experiment using an unexpected ingredient: caustic soda (sodium hydroxide).
In this exciting video, we're thrilled to guide you through a step-by-step journey to create mesmerizing floating balloons, all thanks to the power of chemistry. Caustic soda, when combined with specific materials, triggers a gas-releasing reaction that provides the lift required to make balloons levitate in defiance of gravity itself.
Experiment Walkthrough:
Prioritize Safety: Your safety comes first. Begin by putting on protective gloves and eyewear, and conduct the experiment in a well-ventilated space.
Gather Your Experiment Arsenal: Collect your materials, including balloons, caustic soda, water, a glass or plastic bottle with a narrow neck, a funnel, and a measuring spoon.
Craft the Magic Solution: With caution, measure out a small quantity of caustic soda and combine it with water in a container. Stir gently until the caustic soda dissolves completely. Remember, caustic soda is a strong alkaline substance, so ensure safe handling to avoid contact with your skin or eyes.
Set the Balloon Stage: Securely stretch the balloon over the mouth of the plastic bottle. Use a funnel to delicately pour a small amount of the dissolved caustic soda solution into the bottle. A modest quantity is sufficient to coat the bottle's base.
Witness the Enchantment Unfold: As the caustic soda solution reacts with the air trapped within the bottle, it will unleash carbon dioxide gas. This gas will ascend into the balloon, causing it to inflate gracefully until it eventually hovers above the bottle, defying gravity with poise.
Marvel at the Phenomenon: Marvel at the mesmerizing sight of the balloon floating effortlessly, offering a visual embodiment of the captivating principles that govern buoyancy and gas density.
Throughout this experiment, it's crucial to exercise caution due to the involvement of chemicals. If any step feels uncertain, consider seeking guidance from a knowledgeable adult or a chemistry expert to ensure your safety and the experiment's success.
We're excited to have you join us on this immersive journey into the heart of science. If this experiment has piqued your interest, don't forget to express your enthusiasm by giving us a thumbs up, subscribing to our channel, and activating the notification bell. By doing so, you'll stay tuned for more exhilarating DIY science experiments that unravel the mysteries of the natural world. Let's make the realm of science an enchanting adventure accessible to all!
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[@Sniperboy5551]

A paper shredder works wonders for the aluminum foil 😉

[@WackyInventions]

Haha, i wish i had one, definetly would have been alot faster

[@user-su8df5qr8d]

Crazy explosion at the end 😂

[@OUSSAMA_CP.0]

❤

[@RandomActsOfRandom]

What if you light the top of the bottle. Will it explode or burn steady?

[@WackyInventions]

It would definetly explode so please dont try that, even with the balloon you feel a pressure wave hit your body when it explodes