Answer:
0.508 L of solution.
Explanation:
Always a safe bet to convert to moles:
[tex]n= {m \over MM}\\[/tex]
Where n is moles, m is mass, and MM is molar mass.
Now remember the equation for concentration (molarity):
[tex]C={n \over V}[/tex]
Where C is the concentration, n is moles, and V is volume.
To make this easy, combine the two equations (note n appears in both, so you can do a substitution) and solve for V as the question asks:
[tex]C={m \over MM \times V}\\0.52={36.5 \over 138.2 \times V}\\V={36.5 \over 138.2 \times 0.52}\\V=0.508[/tex]
Therefore we can make 0.508 L of solution.
