Simulate the circuits given in Part I. Show your simulation for some arbitrary cases of the inputs. $(2$ screenshots for the half adder, $2$ screenshots for the full adder.$)$

Equipments in Lab;

$1$x $7404($NOT$)$ IC $($Integrated Circuit$)$ or equivalent

$1$x $7408(2-$input AND$)$ IC or equivalent

$1$x $7432(2-$input OR$)$ IC or equivalent

$1$x $7486(2-$ input XOR$)$ IC or equivalent

$1$x $74193($Up$/$Down$-$Counter$)$ IC or equivalent

$2$ x $7473($Dual J$-$K Flip$-$Flops with Clear$)$ IC or equivalent

$1$ x $7447(7$ Segment LED driver$)$ IC or equivalent

$1$ x common anode $7$ segment LED display

$4$x push$-$button

$5$x $1$k$$ resistance, $4$x red LED, $2$x green LED

$$ Multimeter

$$ Alligator Clip Cables $(2$ pieces$)$

$$ Breadboard

$$ Power supply, $5$V DC

$$ Jump cables, multi$-$meter, breadboard, square signal generator $($for the Clock signal$)$