like from a glow stick... i dont know...but do you think its possible to get high from having the stuff inside the glow sticks like all over your arms legs face...like tons of glow sticks... cause.... umm yeah...
Phenyl, or Carbolic Acid has a composition of C6H5HO, or C6H6O. that is according to the following website, as of 4th November 2008 http://www.henriettesherbal.com/eclectic/potter-comp/carbolic-acid.html :)
To draw phenyl-methanol, start by drawing a benzene ring (phenyl group) with a -CH2OH group attached to it. The -CH2OH group signifies the methanol portion, which consists of a methylene (-CH2) group bonded to a hydroxyl (-OH) group. Ensure the proper connectivity between the carbon atoms and the hydrogen atoms in each functional group.
Phenyl acetate is less polar than butyric acid. This is because butyric acid has more polar functional groups present (carboxylic acid) compared to phenyl acetate (ester).
The compound C9H13N contains the elements carbon (C), hydrogen (H), and nitrogen (N).
This is a phenyl group linked to an aldehyde.
Mainly a transparent tube, airtight lid, phenyl oxalate, and hydrogen peroxide.
1. Plastic casing covers the inner fluid. 2. A glass capsule covers the solution. 3. Phenyl Oxalate and fluorescent dye solution. 4. Hydrogen Peroxide solution. 5. After the glass capsule is broken and the solutions mix, the glow-stick glows.
Glow sticks do not contain radiation. They produce light through a chemical reaction that emits light in the visible spectrum, typically involving a combination of hydrogen peroxide, a fluorescent dye, and a phenyl oxalate ester. They are safe to use as directed.
Phenyl oxalate ester is a chemical compound used in glow sticks and certain chemiluminescent reactions. When mixed with a suitable dye and a hydrogen peroxide solution, it produces a chemiluminescent reaction that emits light without producing heat.
I am not entirely sure but I do know that the molecular formulas for hydrogen peroxide and phenyl oxalate ester are (respectively) H2O2 and C14H10O4. Im pretty sure the answer is: hydrogen peroxide added to phenyl oxalate ester yields trichlorophenol added to carbon dioxide
Inside a glow stick, there are two separate compartments: one containing hydrogen peroxide and a fluorescent dye, and the other containing a solution of phenyl oxalate ester and a fluorescent dye called diphenyl oxalate. When you bend the glow stick, the glass vial breaks and the two solutions mix, resulting in a chemical reaction that produces light.
Glowsticks contain a hydrogen peroxide solution, a phenyl oxalate ester, and a fluorescent dye. When the glowstick is activated by bending it, the two solutions mix together, creating a chemical reaction that produces light.
Hydrogen peroxide and a phenyl oxalate ester are combined inside a glow stick. When these two chemicals mix, they undergo a chemical reaction that produces light.
A typical glow stick contains hydrogen peroxide and a phenyl oxalate ester, along with a fluorescent dye. When the glow stick is activated by bending it, the chemicals react to produce light.
A glow stick contains two separate compartments: one with hydrogen peroxide and a fluorescent dye, and the other with a mixture of phenyl oxalate ester and a fluorescent dye. When you bend and crack the glow stick, the compartments mix and initiate a chemical reaction that produces light. The energy for the glow comes from the reaction between the hydrogen peroxide and the phenyl oxalate ester.
A red glow stick typically contains hydrogen peroxide as the oxidizing agent, phenyl oxalate ester as the chemiluminescent dye, and a fluorescent dye such as rhodamine B to enhance the red color.
Yes, the liquid inside a glowstick is typically a combination of hydrogen peroxide and a phenyl oxalate ester. While these chemicals are not considered toxic, it is still advisable to avoid ingesting or coming into direct contact with the contents of a glowstick.