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Substances Reacting with Hydrogen Peroxide to Produce Foam
On the substance that reacts with hydrogen peroxide to form foam
There is hydrogen peroxide in the world, and when encountering things, wonderful changes often occur, and the generation of foam is particularly impressive.
Husband's yeast reacts when encountering hydrogen peroxide. Yeast contains catalase, which can promote the decomposition of hydrogen peroxide. Hydrogen peroxide is originally a liquid composed of hydrogen and oxygen, and its decomposition also occurs. Oxygen escapes and is mixed in the liquid, resulting in foam. This foam state is interesting to watch.
It is also potassium iodide, which can also be combined with hydrogen peroxide to form foam. Potassium iodide is used in the reaction to help it change. Under the action of hydrogen peroxide, the decomposition accelerates, and the oxygen forms a bubble and aggregates into a foam. The emergence of foam, such as a spring gushing, is quite spectacular.
And manganese dioxide, when it encounters hydrogen peroxide, can also cause the generation of foam. Manganese dioxide acts as a catalyst to accelerate the decomposition of hydrogen peroxide. Oxygen segregates from hydrogen peroxide, churns in the liquid, and foams arise. The prosperity of its foam, if the waves roll, is extraordinary.
Looking at the reaction of these various substances with hydrogen peroxide, the generation of foam is different. Slow or urgent, or rich or small, all vary depending on the nature of the substance and the reaction environment. This is the wonders of chemistry, in the subtle changes, unfolding the wonders of nature, attracting people to explore, endless.
There is hydrogen peroxide in the world, and when encountering things, wonderful changes often occur, and the generation of foam is particularly impressive.
Husband's yeast reacts when encountering hydrogen peroxide. Yeast contains catalase, which can promote the decomposition of hydrogen peroxide. Hydrogen peroxide is originally a liquid composed of hydrogen and oxygen, and its decomposition also occurs. Oxygen escapes and is mixed in the liquid, resulting in foam. This foam state is interesting to watch.
It is also potassium iodide, which can also be combined with hydrogen peroxide to form foam. Potassium iodide is used in the reaction to help it change. Under the action of hydrogen peroxide, the decomposition accelerates, and the oxygen forms a bubble and aggregates into a foam. The emergence of foam, such as a spring gushing, is quite spectacular.
And manganese dioxide, when it encounters hydrogen peroxide, can also cause the generation of foam. Manganese dioxide acts as a catalyst to accelerate the decomposition of hydrogen peroxide. Oxygen segregates from hydrogen peroxide, churns in the liquid, and foams arise. The prosperity of its foam, if the waves roll, is extraordinary.
Looking at the reaction of these various substances with hydrogen peroxide, the generation of foam is different. Slow or urgent, or rich or small, all vary depending on the nature of the substance and the reaction environment. This is the wonders of chemistry, in the subtle changes, unfolding the wonders of nature, attracting people to explore, endless.
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