Suppose mass of solution $=xg$

$\therefore 17.0 \%$ of $x =38.42 g$ or $\large\frac{17}{100} $$ \times x =38.42\;g$

or $\large\frac{17}{100}$$ \times x =38.42 \;g$

$x=\large\frac{38.42 \times 100}{17}$$=226\;g$

Now volume $=\large\frac{mass}{densaity}$

$\therefore V =\large\frac{226\;g}{1.13\;g}$

$\qquad= 200\;cm^3$

Hence b is the correct answer.