Using the toggle switches and the $4-$bit digit to represent input and output. Design a full$-$adder which can accept two four$-$bit inputs, add them together, and display the result as a hexadecimal number on the $4-$bit digit output. Remember, the full$-$adder makes use of a carry output, and you will be feeding the final carry into the $4-$bit digit output.

You$$ll need THREE full$-$adders, and ONE half$-$adder for this circuit to work. You$$ll be using Integrated Circuits with this lab, creating an integrated circuit for both the full$-$adder and the half$-$adder, and then connecting those integrated circuits together to complete the lab. In your screenshots, make sure you also include a screenshot of what$$s INSIDE your integrated circuits $($i$.$e$.,$ your half$-$adder and full$-$adder$).$

Capture screenshots of the shown inputs, and the resulting outputs.

$1$: First number: $0000,$ Second Number: $0000$

$2$: First number: $1001,$ Second Number: $1001$

$3$: First Number: $0011,$ Second Number: $0010$

$4$: First Number: $0110,$ Second Number: $1011$

$5$: First Number: $1001,$ Second Number: $1111$

Please make sure you submit a screenshot of your completed circuit.

Please use logicly to draw the diagram