its radius increases
If a soap bubble is given a negative charge, it will repel other negatively charged objects and attract positively charged objects. The bubble could be distorted or deformed due to the electrostatic forces acting on it.
A good hypothesis for a dry ice bubble experiment could be: "If dry ice is placed in warm water with soap, then bubbles will form due to the release of carbon dioxide gas from the dry ice interacting with the soap molecules."
Yes, relative humidity can affect how long soap bubbles last. Low relative humidity can cause bubbles to evaporate more quickly, while high relative humidity can help bubbles last longer as the moisture in the air keeps them hydrated.
Yes. The two companies, chocolate and soap, are different.
Soap bubbles have properties that allow them to trap and reflect light, which can influence air temperature. When exposed to sunlight, the soap film of the bubble can absorb heat, causing the air inside the bubble to warm up. Conversely, at nighttime, the soap film can radiate heat outwards, potentially cooling the air inside the bubble.
A soap bubble has no overall charge because it consists of neutral molecules of soap and water. However, the surface of a soap bubble can exhibit some charge separation due to the different distribution of molecules, but this does not result in a net charge on the bubble as a whole.
If a soap bubble is given a negative charge, it will repel other negatively charged objects and attract positively charged objects. The bubble could be distorted or deformed due to the electrostatic forces acting on it.
For all intents and purposes, nothing. No one is capable of measuring the additional mass gained by adding electrons - especially since that would attract positive charges.
A soap bubble is not a chemical element.
Well, this was answered by a 10 year old kid. It happens when a normal soap bubble meets co2 filling the bubble.
When a soap bubble is given a negative charge or electrons, the repulsion between like charges will cause the bubble to expand and its surface area to increase. This is because the excess negative charge will spread out to try to minimize the electrostatic potential energy. If the charge is strong enough, the bubble may eventually burst due to the increased surface tension caused by the repulsion between the excess electrons.
A good hypothesis for a dry ice bubble experiment could be: "If dry ice is placed in warm water with soap, then bubbles will form due to the release of carbon dioxide gas from the dry ice interacting with the soap molecules."
When their was a bubble in my ear, the doctor had said i had got the bubble because when i would shampoo, the rest of the soap wouldn't come off and would stay in my ear. And from that it made a bubble.
no
Hi this is a soap bubble.
Yes, a soap bubble is heterogeneous because it is made up of two different materials - soap molecules on the surface and air on the inside. The properties of the soap molecules differ from those of the air, making the bubble a heterogeneous mixture.
soap can only be removed if it is bubble bath soap can only be removed if it is bubble bath