Catalases are enzymes that catalyse the conversion of hydrogen peroxide to water.
The active site of the peroxidase enzyme is involved in catalyzing the breakdown of hydrogen peroxide. This region of the enzyme has specific amino acid residues that interact with the substrate to facilitate the reaction. The active site provides a favorable environment for the reaction to occur and helps to lower the activation energy required for the process.
To dilute 100 vol hydrogen peroxide to make a 6% solution, you would mix 1 part 100 vol hydrogen peroxide with approximately 16 parts of water (since 100 vol is approximately 30% hydrogen peroxide). This dilution will result in a 6% hydrogen peroxide solution.
To dilute 6 vol hydrogen peroxide to 3 vol, mix equal parts of 6 vol hydrogen peroxide with distilled water. For example, mix 1 part of 6 vol hydrogen peroxide with 1 part distilled water to obtain a 3 vol solution.
There is no such thing as peroxide gas.... peroxide isn't a chemical, it is a part of a chemical. You can have hydrogen peroxide or sodium peroxide for instance, or other types of peroxides, but not just peroxide. But generally peroxides are strong oxidizing agents and are not healthy to ingest.
Actually, manganese dioxide is a catalyst that speeds up the reaction but does not get consumed in the reaction and is not part of the reactants or products
When a raw potato is mixed with hydrogen peroxide, the enzyme catalase in the potato helps break down the hydrogen peroxide into water and oxygen gas. This reaction produces bubbles of oxygen gas as a result of the decomposition of hydrogen peroxide.
The active site of the peroxidase enzyme is involved in catalyzing the breakdown of hydrogen peroxide. This region of the enzyme has specific amino acid residues that interact with the substrate to facilitate the reaction. The active site provides a favorable environment for the reaction to occur and helps to lower the activation energy required for the process.
1 part of hydrogen peroxide out of 30% hydrogenperoxide bottle add 10 parts of distilled water
To dilute 100 vol hydrogen peroxide to make a 6% solution, you would mix 1 part 100 vol hydrogen peroxide with approximately 16 parts of water (since 100 vol is approximately 30% hydrogen peroxide). This dilution will result in a 6% hydrogen peroxide solution.
Peroxide is an compound that can be a part of another chemical to form a molecule. Hydrogen peroxide is two hydrogen atoms attached to a peroxide molecule, forming hydrogen peroxide. Peroxide itself (O2) only exists as molecular oxygen when it is not attached to another chemical.
To dilute 6 vol hydrogen peroxide to 3 vol, mix equal parts of 6 vol hydrogen peroxide with distilled water. For example, mix 1 part of 6 vol hydrogen peroxide with 1 part distilled water to obtain a 3 vol solution.
For the most part, yes.Many unicellular organisms do not, which is why it's used as a disinfectant: it's not very harmful to your cells (which can break it down) but it's harmful to bacteria (which can't).Supv note: Gaah! Hydrogen peroxide is only toxic to organisms that can't stand an oxygen atmosphere such as Gram negative bacteria because it decomposes to release oxygen.ANS2:Well, of course. That enzyme would be called "Hydrogen peroxidase". You can search on that topic or you could look at the attached link.
Peroxide is a chemical part. It's not a condition that requires medicine, and isn't a medicine itself. Hydrogen peroxide is sometimes used for disinfection immediately after a wound.
The organelle that produces H2O2 (hydrogen peroxide) as a by-product is the peroxisome. Peroxisomes contain enzymes that generate and break down hydrogen peroxide as part of their metabolic processes.
There is no such thing as peroxide gas.... peroxide isn't a chemical, it is a part of a chemical. You can have hydrogen peroxide or sodium peroxide for instance, or other types of peroxides, but not just peroxide. But generally peroxides are strong oxidizing agents and are not healthy to ingest.
Actually, manganese dioxide is a catalyst that speeds up the reaction but does not get consumed in the reaction and is not part of the reactants or products
Hydrogen it depends on the other element if it is part of a compound