In studies of the reaction, all the brake fluid is consumed by the fire, but no effort on the part of the researchers can get the brake fluid to ignite on its own. When it's spread over a small expanse of brake fluid, things go a bit differently. The reaction will release a lot of heat, but when it's spread out across a pool full of water, the heat doesn't pose a problem. It's a pair of calcium atoms attached to a two pairings of chlorine and oxygen it cleans out your pool by cozying up to organic matter and promptly falling to pieces, leaving free chlorine atoms that will rip the hydrogen out of anything near them. The mixture just sits there for about five to 30 seconds, then starts hissing, and then comes the leaping red flame.Ĭalcium hypochlorite is a molecule that's all about pairs. Mix the two together and nothing happens. Meanwhile, the brake fluid should be a type with polyethylene glycol. ![]() ![]() ![]() You can find any number of demonstrations of it under "chlorine and brake fluid," but what you really need is not pure chlorine but a product generally referred to as pool shock.
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