Given these reactions, where $x$ represents a generic metal or metalloid

$H_2(g)+\frac{1}{2}{O}_2(g)H_{2}O(g),H_1=-241\mathrm{.}8kJ$

$x(s)+2C{l}_2(g)xC{l}_4(s),H_2=+148\mathrm{.}1kJ$

$\frac{1}{2}{H}_2(g)+\frac{1}{2}C{l}_2(g)HCl(g),H_3=-92\mathrm{.}3kJ$

$x(s)+O_2(g)x{O}_2(s),H_4=-543\mathrm{.}3kJ$

$H_{2}O(g)H_{2}O(l),H_5=-44\mathrm{.}0kJ$

what is the enthalpy, $H,$ for this reaction?

$xC{l}_4(s)+2H_{2}O(l)x{O}_2(s)+4HCl(g)$