HowToKnowHydrogenPeroxideIsWorking
Knowing the effect of hydrogen peroxide
Hydrogen peroxide has strong oxidizing properties. In various uses, if you want to know its effect, there must be a method to follow.
To observe the reaction phenomenon is the first thing to know the effect. If hydrogen peroxide is applied to the wound, see foam surging. This is the appearance of hydrogen peroxide decomposing and releasing oxygen when it meets the enzyme at the wound, indicating that it is doing disinfection. If applied to a stain, the stain fades away and the color turns clean, it proves its decontamination effect.
It is also a good way to test its chemical reaction. Mix hydrogen peroxide with a specific reagent, such as potassium iodide. If a gas escapes rapidly and is tested as oxygen, it can be seen that hydrogen peroxide undergoes a redox reaction in the reaction system, demonstrating its oxidation energy, which also proves its effectiveness.
Furthermore, measure its concentration change. During a given reaction process, use appropriate methods, such as titration, to regularly detect the concentration of hydrogen peroxide. If the concentration gradually decreases over time, it is sufficient to participate in the reaction and play an effective role.
All of these can help us know the effect of hydrogen peroxide. According to its performance, it can be judged whether it is responsible for its characteristics and functions in different situations.
Hydrogen peroxide has strong oxidizing properties. In various uses, if you want to know its effect, there must be a method to follow.
To observe the reaction phenomenon is the first thing to know the effect. If hydrogen peroxide is applied to the wound, see foam surging. This is the appearance of hydrogen peroxide decomposing and releasing oxygen when it meets the enzyme at the wound, indicating that it is doing disinfection. If applied to a stain, the stain fades away and the color turns clean, it proves its decontamination effect.
It is also a good way to test its chemical reaction. Mix hydrogen peroxide with a specific reagent, such as potassium iodide. If a gas escapes rapidly and is tested as oxygen, it can be seen that hydrogen peroxide undergoes a redox reaction in the reaction system, demonstrating its oxidation energy, which also proves its effectiveness.
Furthermore, measure its concentration change. During a given reaction process, use appropriate methods, such as titration, to regularly detect the concentration of hydrogen peroxide. If the concentration gradually decreases over time, it is sufficient to participate in the reaction and play an effective role.
All of these can help us know the effect of hydrogen peroxide. According to its performance, it can be judged whether it is responsible for its characteristics and functions in different situations.

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