Well, honey, when vinegar and baking soda get together to throw a little party, they create some gas bubbles. That's a chemical change, darling, not just a physical makeover. So, pop that champagne and celebrate the chemistry happening right in your kitchen!
In and of itself, no. Both chemical and physical changes can create bubbles.
Depends, the drink itself is a chemical reaction, the CO2 bubbles. But the icecream and that is a physical reaction. Anything that changes state is a physical reaction.
chemical
It is a physical change.
No, the bubbles in boiling water for noodles do not indicate a chemical change. The bubbles are formed due to the physical process of water reaching its boiling point and turning into steam bubbles. This is a physical change, as only the state of the water molecules is changing, not their chemical composition.
It is a chemical change.
Water bubble is a substance not a change.
Physical. If a substance releases bubbles, it is converting some of its liquid into a gaseous state. The chemical properties do not change, only its present state. A most common physical change is that of watching ice melt in glass of water.
Which experiment?
it is a chemical change
No, bubbles are not a physical property. They are formed by gases trapped in a liquid or solid material, and are a visual representation of that specific arrangement and interaction of molecules. Bubbles themselves are physical entities that exhibit traits of fluids, such as surface tension.
The Coke and Mentos experiment is a physical reaction and not a chemical one because the chemical compounds involved are not changed. No "chemistry" happens, but only "physics" occurs. Let's look. Carbon dioxide (CO2) gas is dissolved in the Coke, and when the cap is removed, it begins to come out of solution and form bubbles. There is a complex issue regarding exactly where a bubble will form and how it will grow, but bubbles do form and grow. Dump in some Mentos and the surface of each of the Mentos provides a "zillion" sites for bubbles to form. They form quickly, then detach, and more bubbles quickly form. This results in a cascade of bubble formation and the dramatic result we see. And it's all about the CO2 coming out of solution and making bubbles rapidly. Those bubbles carry Coke with them to the top of the bottle as they make their way out, and we see the fountain form. The Mentos and Coke are unchanged, just as the CO2 is unchanged in this physicalreaction.The reaction of Diet Coke and Mentos is a physical reaction. Links can be found below to learn more.