Biscuit Experiment With ENO #shorts
Biscuit Experiment With ENO
A fascinating science experiment creating a fun and impressive demonstration of buoyancy and chemical reaction.
Here's what happened:
1. Initial settling: When the biscuits are dissolved in water, the particles didn't truly dissolve but rather broke down into smaller pieces that settled at the bottom of the glass due to gravity.
2. ENO reaction: When ENO is added (a common antacid powder containing citric acid and baking soda), it has undergone a chemical reaction in the water to produce carbon dioxide gas (CO2). This reaction is known as an acid-base reaction.
3. Effervescence and buoyancy: The rapid release of CO2 gas created the dazzling effervescence observed. As the gas bubbles formed and rose, they attached themselves to the biscuit particles, reducing their net density and causing them to become buoyant.
4. Rapid ascent: With the buoyant force overcoming the weight of the biscuit particles, they rapidly rose to the top of the glass, creating the spectacular scene you got to see in the video!
This experiment is a great example of how chemistry and physics can come together to create an engaging and educational demonstration.
#shorts #experiment #experimentshorts
Видео Biscuit Experiment With ENO #shorts канала ExperimentoLOGY
A fascinating science experiment creating a fun and impressive demonstration of buoyancy and chemical reaction.
Here's what happened:
1. Initial settling: When the biscuits are dissolved in water, the particles didn't truly dissolve but rather broke down into smaller pieces that settled at the bottom of the glass due to gravity.
2. ENO reaction: When ENO is added (a common antacid powder containing citric acid and baking soda), it has undergone a chemical reaction in the water to produce carbon dioxide gas (CO2). This reaction is known as an acid-base reaction.
3. Effervescence and buoyancy: The rapid release of CO2 gas created the dazzling effervescence observed. As the gas bubbles formed and rose, they attached themselves to the biscuit particles, reducing their net density and causing them to become buoyant.
4. Rapid ascent: With the buoyant force overcoming the weight of the biscuit particles, they rapidly rose to the top of the glass, creating the spectacular scene you got to see in the video!
This experiment is a great example of how chemistry and physics can come together to create an engaging and educational demonstration.
#shorts #experiment #experimentshorts
Видео Biscuit Experiment With ENO #shorts канала ExperimentoLOGY
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25 июня 2025 г. 9:19:22
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