Question

The volume strength of 100 g/L H2O2​

Answer 1

To find:

Volume strength of 100 g/L H2O2.

Calculation:

You can directly apply a general formula for volume strength as follows:

$\boxed{\sf{Molarity = \dfrac{Volume\:Strength}{11.2}}}$

Now , firstly we need to calculate the molarity of 100 g/L Hydrogen peroxide:

$\therefore\rm{100\: g{L}^{-1} = \dfrac{100}{34} \:mol{L}^{-1}}$

$\rm{=>100\: g{L}^{-1} = \dfrac{100}{34} \:M}$

Now , putting this value in the general equation:

$\rm{Molarity = \dfrac{Volume\:Strength}{11.2}}$

$=>\rm{\dfrac{100}{34} = \dfrac{Volume\:Strength}{11.2}}$

$=>\rm{Volume\:Strength=\dfrac{11.2 \times 100}{34}}$

$=>\rm{Volume\:Strength=\dfrac{5.6\times 100}{17}}$

So, final answer is:

$\boxed{\bf{Volume\:Strength=\dfrac{5.6\times 100}{17}}}$

Answer 2

Answer:

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Explanation:

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