Well, I would actually guess that there wouldn't be one, being that all you are doing is adding more of the same thing to the same thing. This is because if there was a reaction between hydrogen peroxide and hydrogen peroxide, it would happen all the time, as the molecules of hydrogen peroxide are always next to each other... (well not always, but you get the point) Hope this helps!
Ammonia (NH3) and hydrogen peroxide (H2O2) can react to form Nitrogen (N2), water (H2O), nitric oxide (NO), and some amount hydrogen (H2) and oxygen (O2). Overall, the reactions involved are exothermic.
Ammonium is a cation (NH4+), the conjugate weak acid from ammonia (NH3)
No reaction, at normal temperature of dilute H2O2 solution.
Hydrogen peroxide will decompose into water (H2O) and oxygen (O2) when left alone. It will NOT produce hydrogen gas (this is often erronously thought to be the case). Reaction equation: 2H2O2 --> 2H2O + O2
It is a reaction that has a slow rate constant. They are intentionally used in water treatment (at least) for "advanced oxidation", as they tend to attack different classes of compounds. The equation is roughly: H2O2 + O3 -> H2O + 2O2
Acetone and Hydrogen Peroxide react to form Acetone Peroxide, a primary high explosive. Acetone and Hydrogen Peroxide only react with the use of a catalyst, the most commonly used being Hydrochloric Acid (although Sulphuric Acid can also be used effectlively, but the temperature must be regulated).
Sodium hypochlorite aka bleach. It will produce Oxygen, Water and salt (dissolved in water)
Hydrogen peroxide oxidises iron(II) hydroxide to iron(III)hydroxide
the reactant to hydrogen peroxide is catalase.
reaction betwen sodiumbisulphite and hydrogen peroxide
No reaction will occur.
The reaction of common household hydrogen peroxide is rather boring. But pure H2O2 (hydrogen peroxide) mixed with sugar which is C12H22O11 results in the production of H2O and CO2.
yes
yes
reaction betwen sodiumbisulphite and hydrogen peroxide
No reaction will occur.
Hydrogen Peroxide decomposes in oxygen gas and water.
Hydrogen peroxide is an oxidising agent, and oxidation is an exothermic reaction. The liver is being oxidised.
Catalase is the endozyme that then degrades hydrogen peroxide into water and oxygen
This is a chemical reaction. A decomposition reaction.
The reaction of common household hydrogen peroxide is rather boring. But pure H2O2 (hydrogen peroxide) mixed with sugar which is C12H22O11 results in the production of H2O and CO2.
The hydrogen peroxide foams.
yes
yes
biocide
H2O2 is not a chemical reaction, it is Hydrogen Peroxide.