How To Dilute 35 Hydrogen Peroxide To 10
On the method of hydrogen peroxide dilution
If you want to dilute 35% hydrogen peroxide to 10%, you need to understand the reason and follow the method.
First of all, when you know the principle of solution, the combination of solute and solvent is a solution. Today's hydrogen peroxide, 35%, is the amount of solute accounting for 35% of the total solution. To obtain a solution of 10% hydrogen peroxide, you should use the method of proportion.
It is assumed that the volume of hydrogen peroxide of 35% is\ (V_1\), and the volume of hydrogen peroxide solution of 10% is\ (V_2\). According to the principle that the amount of solute does not change, it can be obtained\ (35\%\ times V_1 = 10\%\ times V_2\), that is,\ (V_2 =\ frac {35\%} {10\%} V_1 = 3.5V_1\).
This shows that if you take a volume of thirty-five hydrogen peroxide, the amount of solvent to be added is\ (5V_1 - V_1 = 5V_1\).
When diluting, it should be slow. First take the amount of thirty-five hydrogen peroxide and place it in a clean vessel, such as a wide-mouth bottle. Then slowly inject an appropriate amount of solvent, usually water. When filling water, stir it to make it smooth. When stirring, a glass rod can be used to stir slowly and not in a hurry to prevent the solution from splashing out. In this way, only ten% of the hydrogen peroxide solution can be obtained, which is satisfactory.
If you want to dilute 35% hydrogen peroxide to 10%, you need to understand the reason and follow the method.
First of all, when you know the principle of solution, the combination of solute and solvent is a solution. Today's hydrogen peroxide, 35%, is the amount of solute accounting for 35% of the total solution. To obtain a solution of 10% hydrogen peroxide, you should use the method of proportion.
It is assumed that the volume of hydrogen peroxide of 35% is\ (V_1\), and the volume of hydrogen peroxide solution of 10% is\ (V_2\). According to the principle that the amount of solute does not change, it can be obtained\ (35\%\ times V_1 = 10\%\ times V_2\), that is,\ (V_2 =\ frac {35\%} {10\%} V_1 = 3.5V_1\).
This shows that if you take a volume of thirty-five hydrogen peroxide, the amount of solvent to be added is\ (5V_1 - V_1 = 5V_1\).
When diluting, it should be slow. First take the amount of thirty-five hydrogen peroxide and place it in a clean vessel, such as a wide-mouth bottle. Then slowly inject an appropriate amount of solvent, usually water. When filling water, stir it to make it smooth. When stirring, a glass rod can be used to stir slowly and not in a hurry to prevent the solution from splashing out. In this way, only ten% of the hydrogen peroxide solution can be obtained, which is satisfactory.

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