they dont
Yes, it does last longer in hot water because of the humidity.
My answer is, that there are air bubbles in the bottom of it, (WHEN ITS BOILING) Than those air bubbles rise to the top, & That's how hot water bubbles more than cold water.
Yes. Warm air hair dryers tend to pop soap bubbles by drying them out. The bubble is a thin layer of liquid held together by surface tension, and soap keeps the liquid suspended longer than ordinary bubbles in water.
It cools.
Millions of factors affect air temperature. Such as the air density, air make-up, humidity, temperature of the ground below it, wind speed, time of year, amount of sunlight and many more.
Bubbles are formed from soap when they are mixed with water and there is air. When air is present and water is mixed with soap, bubbles will definitely form.
Yes, it does last longer in hot water because of the humidity.
you rub it in your hands Air. Foam is created by tiny bubbles of air in the wet soap.
It's what you change to do your experiment. Say your doing an experiment like my friend Kristen Maxine Rogers is doing: Does air temperature affect how long soap bubbles last, her independent variable would be the different temperatures.
dawn has the most dish soap bubbles...hope i helped u
Soap bubbles sink because they have no air to make them keep floating, so therefore they tend to automatically fall onto surface.
My answer is, that there are air bubbles in the bottom of it, (WHEN ITS BOILING) Than those air bubbles rise to the top, & That's how hot water bubbles more than cold water.
A sponge has air bubbles.
There is no chemical reaction. Lathering is just air bubbles getting trapped inside the liquid. Soap has a high surface tension, and so if you introduce air bubbles inside it, they tend to stay for a while (unlike water for instance, where the air bubble won't stay for long and will just rise to the surface and fall out). This is also why you can blow soap bubbles (but not water bubbles).
How does temperature affect humity? The mount of water vapor that air can hold depends on the temperature of the air.
The temperature of the ball does not affect the surrounding/outside air, but it does affect the air inside the ball.
Only air (containing nitrogen, oxygen, argon, etc.).