How hot is Devil’s toothpaste?

The resulting explosion of food coloring and foam is more impressive than any special effect from a Hollywood movie. Warning: The chemical reactions in this video are highly exothermic, causing the foam to reach temperatures of 200 °F and higher.

What happens when you touch Devil’s toothpaste?

THE CHEMISTRY

Concentrated hydrogen peroxide can result in a strong chemical burn if it gets on your skin.

What is Devil’s toothpaste made out of?

Devil's Toothpaste is really the same as the famous Elephant Toothpaste experiment, just executed with higher concentration hydrogen peroxide. In this case, [Integza] is using 50% hydrogen peroxide combined with potassium permanganate as a catalyst.

Is Devil’s toothpaste harmful?

The Devil's toothpaste, the engineer says, was made from a proprietary mixture, and is far more dangerous than elephant's toothpaste. The resultant show it puts on, however, is perhaps even better than the elephant toothpaste's.

What makes Devil toothpaste explode?

However, devil toothpaste is a mass explosion that requires a catalyst like potassium iodide or yeast, hydrogen peroxide, and soap to get started. This makes the reaction colossal.

Can you touch elephant foam?

It is safe to touch because all that foam is just soap, water and oxygen. Let your kids have some fun with the foam too. Just be sure to have a towel handy!

How hot is elephant’s toothpaste?

The 500 ml of water has a heat capacity of around 2100 J/K. So, the solution gets about 12 K hotter. This calculation seems to assume 3% hydrogen peroxide. A good elephant-toothpaste demo will use 30%, which of course produces ten times the energy.

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What happens if you touch elephant toothpaste?

The reaction produces oxygen gas, water and iodine. That is why the foam has a yellow color. If you were to touch this foam, your hand would be stained yellow just as if you put iodine on your skin.

What happens if you touch Devil’s toothpaste?

Concentrated hydrogen peroxide can result in a strong chemical burn if it gets on your skin.

How hot is elephants toothpaste?

The 500 ml of water has a heat capacity of around 2100 J/K. So, the solution gets about 12 K hotter. This calculation seems to assume 3% hydrogen peroxide. A good elephant-toothpaste demo will use 30%, which of course produces ten times the energy.

Does elephant toothpaste burn?

The original elephant toothpaste reaction, which uses a much higher concentration of hydrogen peroxide, can cause both chemical burns and thermal burns. 1 While it produces a larger amount of foam, it’s not safe for kids and should be performed only by an adult using proper safety gear.

Can elephant toothpaste burn you?

The original elephant toothpaste reaction, which uses a much higher concentration of hydrogen peroxide, can cause both chemical burns and thermal burns. 1 While it produces a larger amount of foam, it’s not safe for kids and should be performed only by an adult using proper safety gear.

What is Devil’s toothpaste?

You’ve come to the right spot. Elephant toothpaste is like the baby version of devil toothpaste because they both have the same foamy look. However, devil toothpaste is a mass explosion that requires a catalyst like potassium iodide or yeast, hydrogen peroxide, and soap to get started. This makes the reaction colossal.

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Why is it called Devil’s toothpaste?

He also, inadvertently, create a new mixture that is much stronger and more explosive than traditional elephant’s toothpaste which he dubbed devil’s toothpaste. The resulting explosion of food coloring and foam is more impressive than any special effect from a Hollywood movie.

How hot is elephant toothpaste?

The 500 ml of water has a heat capacity of around 2100 J/K. So, the solution gets about 12 K hotter. This calculation seems to assume 3% hydrogen peroxide. A good elephant-toothpaste demo will use 30%, which of course produces ten times the energy.

How hot is Devil’s toothpaste?

The resulting explosion of food coloring and foam is more impressive than any special effect from a Hollywood movie. Warning: The chemical reactions in this video are highly exothermic, causing the foam to reach temperatures of 200 °F and higher.

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