Use the following information to answer questions $4$ and $5$ and numerical$-$response question $3.$

Carbon dioxide gas can be captured and used to produce methanoic acid, as represented by the following equation.

Equation I $,C{O}_2(g)+H_2(g)H\frac{C}{O}OH(l),H=?$

The methanoic acid, in the presence of a catalyst, can be used to produce electricity, as represented by the following equation.

Equation II $2H\frac{C}{O}OH(l)+O_2(g)$catalyst$2C{O}_2(g)+2H_{2}O(l)+508\mathrm{.}6kJ$

Use the following information to answer questions $4$ and $5$ and numerical$-$response question $3.$

Carbon dioxide gas can be captured and used to produce methanoic acid, as represented by the following equation.

Equation I $,C{O}_2(g)+H_2(g)H\frac{C}{O}OH(l),H=?$

The methanoic acid, in the presence of a catalyst, can be used to produce electricity, as represented by the following equation.

Equation II $2H\frac{C}{O}OH(l)+O_2(g)$catalyst$2C{O}_2(g)+2H_{2}O(l)+508\mathrm{.}6kJ$

$5.$ When an enthalpy change of $200kJ$ is observed in the reaction represented by Equation II$,$ the mass of $C{O}_2(g)$ that will be produced is

A$.,17\mathrm{.}3g$

B$.,34\mathrm{.}6g$

C$.1\mathrm{.}16{10}^{3}g$

D$.2\mathrm{.}31{10}^{3}g$