well you have to have a blue light, like in a flashlight that is really bright, that might work and if u have a light up pen, u can use that and a uv (NOT uvb light) light will work.i hope tis help, oh and a girl use her cellphone light and sshe said it woked pefectly
The experiment of glowing water involves adding a small amount of a fluorescent dye to water, causing it to emit light when exposed to certain types of radiation such as ultraviolet light. This phenomenon is due to the absorption of energy by the dye molecules, followed by their emission of light as they return to their ground state.
The glowing water typically contains a chemical called luminol, which reacts with an oxidizing agent (such as hydrogen peroxide) to produce a chemiluminescent reaction. This reaction results in the emission of light without the generation of heat, giving the water a glowing appearance.
Do you know how to make glowing water? Well I do. Just get some acid from a big or small batery. Then get a bowl of water. Be carful, put on gloves befor u handle the acid. Then, slowly pour the acid in thw water, mix it uo as good as u can. the pour the acid water in a glass or very hard cup. Then shack it very well. then you will have glowing water
The conclusion from observing glowing water is that it contains some form of luminescent material that emits light. This phenomenon is often observed in certain marine organisms, such as bioluminescent plankton, which produce light through chemical reactions.
To make glow-in-the-dark icing, use tonic water as a liquid ingredient in your icing recipe. Tonic water contains quinine, which glows under UV light due to fluorescence. Simply substitute the water or other liquid in your recipe with tonic water to create glowing icing that is safe to eat.
well you could do the brightness like..... glowing with black light and glowing with out it.
It's not water .____.
Materials for making glowing water include a fluorescent or phosphorescent substance, such as a fluorescent dye or glow-in-the-dark powder, water, and a black light or UV light source to make it glow. These materials can be combined in varying quantities to achieve the desired glowing effect.
Highlighter water contains fluorescent compounds that absorb ultraviolet light and re-emit visible light, creating a glowing effect under a black light. The fluorescent molecules in the highlighter water get excited by the UV light and emit a different color of light, giving off a glowing appearance.
The experiment of glowing water involves adding a small amount of a fluorescent dye to water, causing it to emit light when exposed to certain types of radiation such as ultraviolet light. This phenomenon is due to the absorption of energy by the dye molecules, followed by their emission of light as they return to their ground state.
you dont
The glowing water typically contains a chemical called luminol, which reacts with an oxidizing agent (such as hydrogen peroxide) to produce a chemiluminescent reaction. This reaction results in the emission of light without the generation of heat, giving the water a glowing appearance.
use a blue light instead of black light
Yes, you can create glowing water using other colors by incorporating fluorescent dyes or pigments that react under black light or UV light. By mixing different colored fluorescent materials, you can achieve a variety of glowing effects. However, the specific colors and their intensity will depend on the type and concentration of the dyes used. Always ensure that the materials are safe for the intended application.
Do you know how to make glowing water? Well I do. Just get some acid from a big or small batery. Then get a bowl of water. Be carful, put on gloves befor u handle the acid. Then, slowly pour the acid in thw water, mix it uo as good as u can. the pour the acid water in a glass or very hard cup. Then shack it very well. then you will have glowing water
To test to see if your glowful water works use a black lite
The independent variable for glowing water experiments typically refers to the factor that is intentionally changed or manipulated to observe its effect on the glowing characteristic. For instance, this could be the concentration of a fluorescent dye or the type of light source used (e.g., UV light versus regular light). By altering these variables, researchers can assess how they influence the intensity or visibility of the glow in the water.