answ2. Soap Bubbles made to amuse children and instruct adults are easily formed by dipping a small loop of wire in a 10% soap solution. (better recipes improve longevity)
You may blow bubbles through the loop; or by moving the loop briskly through the air, you'll create impressively large bubbles.
The bubble is held in its shape by the pressure of air inside the bubble, and the surface tension of the film.
Rainbow colours on the bubble surface form when the bubble wall is more than the thickness of a light wavelength. when the bubble wall starts to become fully transparent in patches, its life is almost over.
Wikipedia has a good article.
you chew it
Air that is blown in to the buble is kept in side only by a thin layer of liquid. So really it is air that makes bubbles.
Because the cold water makes the bubbles colder and then the bubbles may pop.
sulfate
Air bubbles.
actually bubbles can be almost any shape, it depends on how it is built up, or how it was blown. or your question may be how come bubbles cant be spheres in which case it can be.
Yes. Obviously
because god made it so....
what makes bubbles brake is the presur of the air moving up and the air presur moving down compackting the bubble airgo making it pop.
Yes, the size of a bubble can affect its shape. Smaller bubbles tend to be more spherical, while larger bubbles may deform due to gravity and surface tension forces, appearing more elliptical or irregular in shape.
Protex hand soap is more likely to produce more bubbles compared to Dove, as it is formulated with ingredients that create more lather and foam. Dove hand soap, on the other hand, focuses more on moisturizing properties rather than producing large amounts of bubbles.
Carbon dioxide makes up the air bubbles, and carbon dioxide is lighter than lemonade, so the bubbles rise to the top.