Elephant Toothpaste Experiment in closed container used to compress air

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The Elephant Toothpaste experiment, when conducted in a closed container, will increase air pressure due to the significant gas release from the reaction. Caution is advised, especially with high concentrations of hydrogen peroxide (30-35%), as they pose serious safety risks due to oxidation and exothermic reactions. Using the generated compressed air as jetpack fuel is theoretically interesting, though it may not provide sufficient lift for a person. The discussion suggests exploring various methods for chemical production rather than fixating on a single approach. Safety and experimentation are emphasized throughout the conversation.
bigmoney
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In case you have never heard of the elephant toothpaste experiment, take a look at this:

http://www.using-hydrogen-peroxide.com/elephant-toothpaste.html"

I was just wondering, if you put the chemicals together in an air tight container, would the air pressure increase?
 
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Absolutely; the gas being released takes up significantly more volume than the initial liquids and solids.
 
I would be very careful doing an experiment like this. 30-35% H2O2 is very dangerous for casual use due to the combination of oxidation and exothermic reactions.

Putting that in a pressure vessel is an even worse idea- unless proper safety precautions are taken.
 
ok, thx. Now, i would like to use the compressed air as fuel for a jetpack. I know it probably wouldn't have enough force to lift a person off the ground, but maybe just make the person feel very light, so he could jump very high for a few secconds.
 
Air and fuel are traditionally very distinct counterparts; for example, the air (or oxidant) would be one feed to the jet of choice, and the wearer's fat might work as the fuel if it were neatly extracted and the water load removed from any 'flame front' to the jet.

Have fun making this happen, but don't feel too stuck on one method of chemical production.
 
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