Potassium Iodide Hydrogen Peroxide Reaction
Description of the reaction between potassium iodide and hydrogen peroxide
The changes in the world are all caused by the mutual friction of things. Today there is a reaction between potassium iodide and hydrogen peroxide, which is wonderful and can be studied in detail.
Potassium iodide, pure white matter in color, and peaceful in nature. Hydrogen peroxide, colorless and strong oxidation. When the two meet, it is like a meeting of the wind and clouds, and changes suddenly begin.
When potassium iodide dissolves into the liquid of hydrogen peroxide, it is like a stone thrown into a quiet lake, and layers of ripples appear. The iodine ions in potassium iodide are like smart messengers, interacting with hydrogen peroxide molecules first. The structure of hydrogen peroxide has a lively state. When it encounters iodine ions, it will use its oxidation power to promote iodine ions to iodine elemental substances.
The iodine elemental substance is initially formed, and the color of the solution gradually changes, from clear to slightly yellowish, just like the first light of the morning, hazy and visible. At this time, the reaction is in the ascendant. The iodine elemental substance generated is not static, but also plays a complicated play with hydrogen peroxide and water molecules in the solution.
The oxygen of hydrogen peroxide, due to the progress of the reaction, partially converts into oxygen and escapes. Looking at it, it can be seen that bubbles gurgle out of the solution, such as pearl jade rising, which is a manifestation outside the reaction. At the same time, the combination of ions in the solution and the clutch of molecules are all delicate and orderly according to the laws of chemistry.
And the rate of change of this reaction is also considerable. At the beginning, due to the abundance of reactants, the reaction is rapid, bubbles are produced frequently, and the color of the solution changes rapidly. However, as the reaction advances, the reactants are gradually depleted, and the speed of change gradually slows down until finally, the reaction tends to be peaceful and the solution returns to relative stillness.
Looking at the reaction of potassium iodide and hydrogen peroxide, the interaction of microscopic particles is revealed in the phenomenon of macroscopic changes. It is a wonderful landscape in a corner of the chemical world, which makes people sigh at the mystery of material changes.
The changes in the world are all caused by the mutual friction of things. Today there is a reaction between potassium iodide and hydrogen peroxide, which is wonderful and can be studied in detail.
Potassium iodide, pure white matter in color, and peaceful in nature. Hydrogen peroxide, colorless and strong oxidation. When the two meet, it is like a meeting of the wind and clouds, and changes suddenly begin.
When potassium iodide dissolves into the liquid of hydrogen peroxide, it is like a stone thrown into a quiet lake, and layers of ripples appear. The iodine ions in potassium iodide are like smart messengers, interacting with hydrogen peroxide molecules first. The structure of hydrogen peroxide has a lively state. When it encounters iodine ions, it will use its oxidation power to promote iodine ions to iodine elemental substances.
The iodine elemental substance is initially formed, and the color of the solution gradually changes, from clear to slightly yellowish, just like the first light of the morning, hazy and visible. At this time, the reaction is in the ascendant. The iodine elemental substance generated is not static, but also plays a complicated play with hydrogen peroxide and water molecules in the solution.
The oxygen of hydrogen peroxide, due to the progress of the reaction, partially converts into oxygen and escapes. Looking at it, it can be seen that bubbles gurgle out of the solution, such as pearl jade rising, which is a manifestation outside the reaction. At the same time, the combination of ions in the solution and the clutch of molecules are all delicate and orderly according to the laws of chemistry.
And the rate of change of this reaction is also considerable. At the beginning, due to the abundance of reactants, the reaction is rapid, bubbles are produced frequently, and the color of the solution changes rapidly. However, as the reaction advances, the reactants are gradually depleted, and the speed of change gradually slows down until finally, the reaction tends to be peaceful and the solution returns to relative stillness.
Looking at the reaction of potassium iodide and hydrogen peroxide, the interaction of microscopic particles is revealed in the phenomenon of macroscopic changes. It is a wonderful landscape in a corner of the chemical world, which makes people sigh at the mystery of material changes.

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