Normally, water doesn't glow!
to help science
Actually, im doing this science project in school! I have to say how it glows. The molecular structure in the tonic water (guinine) molecules "excite" the molecules in the Jell-O and makes it glow.
ok
'The Shimmering Glow of H20' ---------- lol it rhymes! :) is that ok?
There is no water used in the making of a standard glow stick, it is simply a chemical reaction between two chemicals. Water can however be used to make a glow stick brighter.
Making water glow is a physical change. Adding a substance like a fluorescent dye or phosphorescent material to water to make it glow involves only a physical alteration in the properties of water, not a chemical change in its molecular structure.
They can't glow. Reindeer noses can't glow, it's impossable to glow. Only fireflies can glow because of science.
The controlled variable for making glowing water could be the concentration of the glowing compound (such as a fluorescent dye or chemical) added to the water. By keeping the concentration consistent, you can ensure that any differences in glow intensity are due to the manipulated variable (such as the amount of light exposure or type of light source used) and not the concentration of the glowing compound itself.
to glow water stuff, and stuff
you cut the highlighter in half and take out the felt tip and you put it in a small amount of water. After you put the felt tip in a small ,amount of water you put it under a black light and the water should glow. The best color to use is a yellow highlighter.
A catchy title for glowing water projects could be "Luminous Liquid: Exploring the Science of Bioluminescence" or "Radiant Waters: Illuminating the Magic of Glow-in-the-Dark Hues." These titles evoke curiosity and highlight the captivating nature of water that glows.
Glow sticks glow in cold and warm water, but they last longer in warm water.