Using the toggle switches and the $4-$bit digit to represent input and output. Note that for the $4-$bit digit

output, you won$$t need to use all four of the inputs, and can leave the last one empty. Design a full$-$

adder which can accept two two$-$bit inputs, add them together, and display the result as a decimal

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.

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

$1$: First number: $00,$ Second Number: $00$

$2$: First number: $01,$ Second Number: $01$

$3$: First Number: $10,$ Second Number: $10$

$4$: First Number: $10,$ Second Number: $11$

$5$: First Number: $11,$ Second Number: $11$

Please make sure you submit a screenshot of your completed circuit, and CLEARLY STATE the results of

each configuration of inputs to Canvas. Remember, you can screenshot your desktop by pressing the $$prt

scrn$$ key if you need to$.$ You can then paste the image into a word document or image file. $($Screenshot

$50$ pts$.,$ Answers $10$pts$.$ each$)$