Rewrite the logical expression $($x$$y$)$ z$$ as a Boolean expression of the Boolean variables x$,$ y and z $($the allowed Boolean operations include multiplication, addition and complement$).$ Boolean expression: Choose the right gates for the boxes $1$ and $2$ to make the following circuit equivalent to the above Boolean expression $($assume the wires at the intersections go straight instead of making turns, so input z goes to the Inverter not the AND gate$)$; choose None of the above if none of the other options works: x y z $12$ Box $1$: AND, Box $2$: OR $$ Box $1$: OR$,$ Box $2$: AND $$ Box $1$: AND, Box $2$: AND $$ None of the above