Describe how you would prepare each of the following aqueous solutions: (a) $1.50 L$ of $0.110 M (NH_{4})_{2} SO_{4}$ solution, starting with solid $(NH_{4})_{2} SO_{4};$ (b) $225 g$ of a solution that is $0.65 m$ in $Na_{2} CO_{3}$ , starting with the solid solute; (c) 1.20 $L$ of a solution that is $15.0% Pb (NO_{3})_{2}$ by mass (the density of the solution is $1.16 g / mL$ ), starting with solid solute; (d) a $0.50 M$ solution of HCl that would just neutralize $5.5 g$ of $Ba (OH)_{2}$ starting with $6.0 MHCl$ .

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Describe how you would prepare each of the following aqueous solutions: (a)

1.50 L

0.110 M (NH_{4})_{2} SO_{4}

solution, starting with solid

(NH_{4})_{2} SO_{4};

(b)

225 g

of a solution that is

0.65 m

Na_{2} CO_{3}

, starting with the solid solute; (c) 1.20

L

of a solution that is

15.0% Pb (NO_{3})_{2}

by mass (the density of the solution is

1.16 g / mL

), starting with solid solute; (d) a

0.50 M

solution of HCl that would just neutralize

5.5 g

Ba (OH)_{2}

starting with

6.0 MHCl

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Question Text	Describe how you would prepare each of the following aqueous solutions: (a) $1.50 L$ of $0.110 M (NH_{4})_{2} SO_{4}$ solution, starting with solid $(NH_{4})_{2} SO_{4};$ (b) $225 g$ of a solution that is $0.65 m$ in $Na_{2} CO_{3}$ , starting with the solid solute; (c) 1.20 $L$ of a solution that is $15.0% Pb (NO_{3})_{2}$ by mass (the density of the solution is $1.16 g / mL$ ), starting with solid solute; (d) a $0.50 M$ solution of HCl that would just neutralize $5.5 g$ of $Ba (OH)_{2}$ starting with $6.0 MHCl$ .
Topic	All topics
Subject	Chemistry
Class	Class 12

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