Mix acetone (nail polish remover), hydrogen peroxide, and a strong acid (such as toilet bowl rust remover, which contains hydrochloric acid). filter, refrigerate and let dry.
But this experiment is extremely dangerous. If you do use the reagents from the sources mentioned by the previous answerer, they are likely to contain impurities that can alter the final explosive product. Even a tidbit of particles or a tiny drop of a reactive addictive can cause the resulting product to explode at any given time.
If you are to make acetone peroxide, I recommend using higher purity chemicals for more safety. You must chill it so you can form the trimmer, which is much more stable and safer than the dimer which is made if you do not cool it.
View the link below for all the information of how to stay alive when you create, handle, and test the stuff.
The acetone and hydrogen peroxide would react with each other to make the high explosive acetone peroxide. An acid such as hydrochloric is commonly used in the synthesis of acetone peroxide, which speeds up the formation if it.
Well, I would actually guess that there wouldn't be one, being that all you are doing is adding more of the same thing to the same thing. This is because if there was a reaction between hydrogen peroxide and hydrogen peroxide, it would happen all the time, as the molecules of hydrogen peroxide are always next to each other... (well not always, but you get the point) Hope this helps!
One method to extract green pigments from plants is through a process called maceration where you grind the plant material and soak it in a solvent such as ethanol or acetone. The solvent will extract the green pigments along with other compounds from the plant material. After extraction, the solvent can be evaporated to leave behind the green pigment.
Sodium nitrate is 'sparingly soluble' in acetone. That means it is insoluble, for all intents and purposes. The reason for its insolubility is that sodium nitrate is polar (ionic) and acetone is non-polar.
The formula for Cesium Peroxide is: Cs2O2
You think probable to acetone. The acetone peroxide is an explosive.
The acetone and hydrogen peroxide would react with each other to make the high explosive acetone peroxide. An acid such as hydrochloric is commonly used in the synthesis of acetone peroxide, which speeds up the formation if it.
No, acetone is not found in hydrogen peroxide. Hydrogen peroxide is a compound composed of hydrogen and oxygen atoms, while acetone is a different compound consisting of carbon, hydrogen, and oxygen atoms.
When hydrogen peroxide and acetone react together, they can form a highly explosive compound called acetone peroxide. This compound is unstable and can detonate easily, making it very dangerous to handle.
If you want to kill yourself, don't chill it. The reason why you must chill the acetone peroxide during the synthesis of it is because cooling it allows it to form the trimmer of acetone peroxide. Which is more stable than the dimer, which is formed if it is not cool enough. And I was joking about the first part. Don't EVER not chill the acetone peroxide when you make it. Ever. If the dimer is formed by this process, it could explode when you are filtering it, or even when you move the solution a little. It's really hard for me to stress all the dangers of making acetone peroxide.
Try with acetone, hydrogen peroxide, butanol.
Try with acetone, hydrogen peroxide, butanol.
To extract oxygen from hydrogen peroxide, you can simply heat it. Hydrogen peroxide decomposes into water and oxygen when heated, and the oxygen gas can be collected. This is a common method used in laboratories to obtain oxygen gas.
To investigate the effect of pH on the enzymatic reaction with hydrogen peroxide and spinach leaf extract, set up multiple test tubes with varying pH solutions. Then, add equal amounts of hydrogen peroxide and spinach leaf extract to each test tube and observe the rate of reaction. Measure the rate of reaction by recording the production of gas or color change over a set period of time. This will provide insights into how pH influences the enzyme activity in the reaction.
Acetone evaporates on its own very quickly and will naturally leave a deposit of residue.æ Do not put acetone in a plastic container use glass, and if you need it to evaporate faster you can, very carefully, heat it slightly.
Acetone is sometimes used by drug users to extract or purify certain substances, such as cocaine or methamphetamine. It is also commonly used as a solvent for cleaning equipment used for drug preparation. However, acetone itself is not a drug that is typically used for recreational purposes.
Acetone is used in total fatty matter analysis because it can efficiently dissolve lipids and fats, making it easier to extract them from samples for analysis. Additionally, acetone is a volatile solvent, which allows for easy evaporation without leaving residue behind.