The strengths of 5.6 volume hydrogen peroxide | vedclass

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(B) The relationship between volume strength and molarity is given by: $	ext{Volume strength} = 11.2 	imes 	ext{Molarity}$.$	ext{Molarity} = \frac

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$1.7$ and $0.5$

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(B) The relationship between volume strength and molarity is given by: $	ext{Volume strength} = 11.2 	imes 	ext{Molarity}$.$	ext{Molarity} = \frac{5.6}{11.2} = 0.5 \ M$.Assuming $1 \ L$ $(1000 \ mL)$ of solution:$	ext{Mass of solution} = 1000 \ mL 	imes 1 \ g/mL = 1000 \ g$.$	ext{Moles of } H_2O_2 = 	ext{Molarity} 	imes 	ext{Volume in Liters} = 0.5 \ mol/L 	imes 1 \ L = 0.5 \ mol$.$	ext{Mass of solute } (H_2O_2) = 0.5 \ mol 	imes 34 \ g/mol = 17 \ g$.$	ext{Mass percentage} = \frac{	ext{Mass of solute}}{	ext{Mass of solution}} 	imes 100 = \frac{17}{1000} 	imes 100 = 1.7 \%$.

The strengths of $5.6$ volume hydrogen peroxide (of density $1 \ g/mL$) in terms of mass percentage and molarity $(M)$,respectively,are:
(Take molar mass of hydrogen peroxide as $34 \ g/mol$)

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The strengths of $5.6$ volume hydrogen peroxide (of density $1 \ g/mL$) in terms of mass percentage and molarity $(M)$,respectively,are:(Take molar mass of hydrogen peroxide as $34 \ g/mol$)