PART I

Using universal logic gates, create AND, OR$,$ NOT, NAND, and NOR logic. You must complete all logic using the same universal logic gate $($i$.$e$.$ if you choose to use a combination of NAND gates to create AND logic, then you cannot use NOR gates to create OR logic$).$ Each logic operation should use the same two inputs $($except for NOT$)$ and contain one unique output. Implement your design into a block diagram Format. Create a whole design combining all the logic operations and unique outputs.

Create a big circuit that contains each path can have its own unique output from the

logic operations using NAND Gates. The unique outputs will be creating the AND, OR$,$ NAND, NOR result as said in part $1.$ There is a requirement of $2$Inputs as mentioned in part $1.$