it depends on the amount of washing up liquid/soap ect.
To make a lot of bubbles in your bath, use a bubble bath product specifically designed to create bubbles. Pour a generous amount of the bubble bath into the running water as you fill the tub. Swirl the water around to agitate and create more bubbles. Enjoy your bubbly bath!
Sparkling water contains carbon dioxide gas that creates bubbles. These bubbles attach to objects, making them buoyant and causing them to float. The bubbles decrease the density of the water, allowing objects to float more easily.
To draw bubbles in water, use a pencil or pen to sketch the outline of the bubbles on paper. Then, use shading techniques to create a sense of depth and transparency. You can also add highlights to make the bubbles appear more realistic. Practice drawing bubbles in different sizes and shapes to improve your technique.
Marbles with air bubbles inside are typically worth less than marbles without air bubbles. The presence of air bubbles can reduce the visual appeal and overall value of the marble to collectors.
To make bubbles go away in the bath, you can simply wait for them to naturally dissipate or use a towel to skim them off the surface of the water. Alternatively, adding a small amount of vinegar or rubbing alcohol can help break down the bubbles more quickly.
something to do with the water
Water because wter is more dense then air and air is in bubbles
When you add salt to soap it will make more bubbles. not bigger bubbles but more bubbles.
You can make more bubbles with Dawn dish soap by using warm water, agitating the water gently, and adding more soap if needed. The warm water helps the soap dissolve more easily and creates a better bubble solution. Gentle agitation, such as slowly swishing the water around, helps create bubbles without breaking them.
Glycerin can be added to soap bubble solution to make the bubbles last longer and be more durable. This is because glycerin helps to slow down the evaporation of water from the bubble, making it less likely to pop quickly. Additionally, glycerin can also help to make the bubbles stronger and more resistant to breaking, resulting in higher quality bubbles that can float for a longer period of time.
To make unbreakable bubbles, you can try adding glycerin or corn syrup to your bubble solution. These ingredients help create stronger bonds in the mixture, making the bubbles less likely to pop. You can also use a wand with multiple holes to create more resilient bubbles.
less dense than the liquid they are in. Water is more dense than air, therefore water is below air. This explains why the oceans aren't in the sky.
To make a lot of bubbles in your bath, use a bubble bath product specifically designed to create bubbles. Pour a generous amount of the bubble bath into the running water as you fill the tub. Swirl the water around to agitate and create more bubbles. Enjoy your bubbly bath!
i think it is to keep them cooler if they are in warm places, i also read that if they are afraid they will blow bubbles, i kind of doubt that though, it would make more sense that they are in a dried area with limited water and they make bubbles by the water to be out of the water and still moist.
Sparkling water contains carbon dioxide gas that creates bubbles. These bubbles attach to objects, making them buoyant and causing them to float. The bubbles decrease the density of the water, allowing objects to float more easily.
Adding salt to water and detergent will not make bubbles. Sugar doesn't effect the mixture, as we seemed to get bigger bubbles than just water and soap. This may also be due to the issue that the person we appointed to blow the water and soap mixture couldn't blow a big enough bubble. - Jelly We also found adding sugar to detergent water made bigger bubbles and it was the same person blowing all of the bubbles. -A
In sparkling (carbonated) water, tiny bubbles of carbon dioxide can cling to a lemon seed (or anything else in the water) and when they do so, they make the seed more buoyant. The bubbles can also float away from the seed, leaving it in a less buoyant state. As a result, the seed can rise and fall.