It reduces the bubble volume as the density increase and I think what that guy was trying to say was................ the solution would suck if you add salt to the solution because I tried it and it wouldn't even make soap bubble. I think it's because the salt could have sucked up the water molecules
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LIES!
i did this expirement in chemistry and it created bubbles. The bubbles seemed to be bigger then the bubbles with just soap and water
To create a long-lasting and vibrant bubble display using concentrated bubble solution, you can try adding glycerin or corn syrup to the solution to make the bubbles stronger and more colorful. You can also use a bubble wand with multiple holes to create a larger and more intricate display of bubbles. Experiment with different techniques and ingredients to achieve the desired effect.
Adding glycerin to a bubble solution increases its viscosity, making the bubbles thicker and stronger. This helps the bubbles last longer and makes them more resistant to popping.
Yes, glycerin can help make bubbles last longer by increasing their elasticity and thickness. Adding glycerin to a bubble solution can slow down the rate of evaporation, making the bubbles more durable and less likely to pop quickly.
Glycerin is a viscous liquid that slows down the evaporation of water in the bubble solution. This helps the bubble to maintain its structure for a longer period of time, resulting in a longer-lasting bubble.
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
don't know what type of glue or proportion, but we had a really cool bubble solution that contained some kind of glue. the bubble would not break when they touched something. they would slowly shrivel until they were like transparent raisins. would love instructions to make this solution.
The Production Budget for Bubble was $1,600,000.
To create a long-lasting and vibrant bubble display using concentrated bubble solution, you can try adding glycerin or corn syrup to the solution to make the bubbles stronger and more colorful. You can also use a bubble wand with multiple holes to create a larger and more intricate display of bubbles. Experiment with different techniques and ingredients to achieve the desired effect.
The Production Budget for Bubble Boy was $13,000,000.
Adding glycerin to a bubble solution increases its viscosity, making the bubbles thicker and stronger. This helps the bubbles last longer and makes them more resistant to popping.
Yes, you can mix Epsom salt with a bubble bath. Just be sure to follow the recommended amount of Epsom salt for a relaxing soak. Keep in mind that adding too much Epsom salt may affect the bubble formation.
The first recorded bubble recipe was in the early 17th century, made by adding soap to water. Mass production of bubbles began in the 1940s with the introduction of plastic bubble wands. Modern bubble solutions typically contain water, soap, and glycerin for longer-lasting bubbles.
Yes, glycerin can help make bubbles last longer by increasing their elasticity and thickness. Adding glycerin to a bubble solution can slow down the rate of evaporation, making the bubbles more durable and less likely to pop quickly.
Yes.
Yes!
Assuming you're discussing soap-bubbles... The size would be dependent on the amount of bubble solution, and the amount of air inside the bubble. The method for creating the bubble is rarely completely uniform, yielding bubbles of different sizes. The same would be true of any detergent bubbles.
If you forget to remove the air bubble from the buret tip, it can affect the accuracy of the titration results. The air bubble can displace some of the liquid in the buret, leading to an incorrect volume measurement of the NaOH solution delivered. This can result in errors in the determination of the unknown concentration of the other solution being titrated.