What is the mass of the solute in g in 1 L o | vedclass

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(A) Given:Volume of solution $(V)$ = $1 \ L = 1000 \ mL$Density of solution $(d)$ = $1.2 \ g/mL$Concentration by weight = $40\%$Step $1$: Calculate th

Vedclass · Accepted Answer

$480$

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(A) Given:Volume of solution $(V)$ = $1 \ L = 1000 \ mL$Density of solution $(d)$ = $1.2 \ g/mL$Concentration by weight = $40\%$Step $1$: Calculate the total mass of the solution.Mass of solution = $	ext{Density} 	imes 	ext{Volume} = 1.2 \ g/mL 	imes 1000 \ mL = 1200 \ g$Step $2$: Calculate the mass of the solute.Mass of solute = $40\%$ of total mass of solutionMass of solute = $\frac{40}{100} 	imes 1200 \ g = 480 \ g$Therefore,the mass of the solute is $480 \ g$.

What is the mass of the solute in $g$ in $1 \ L$ of a solution having $40\%$ concentration by weight? The density of the solution is $1.2 \ g/mL$.

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