Part I

Using basic gates $($NOTs$,$ ANDs and ORs$)$ build a two line $4-$to$-1$ mux to add a security

override to the circuit from Lab#$1.$ A sample two line $4-$to$-1$ multiplexer is provided in

the figure below. This lab will not require the use of the enable $(1$en$,2$en$)$ that is given in

the figure. Students should not implement that part of the circuit.

Verify the function of the multiplexer.

Part II

Combine the circuit from Lab#$1$ with the multiplexer to provide for a set of additional

security overrides per the following table.

Verify the functionality of the new circuit.

Both of myPart I

Using basic gates $($NOTs$,$ ANDs and ORs$)$ build a two line $4-$to$-1$ mux to add a security

override to the circuit from Lab#$1.$ A sample two line $4-$to$-1$ multiplexer is provided in

the figure below. This lab will not require the use of the enable $(1$en$,2$en$)$ that is given in

the figure. Students should not implement that part of the circuit.

Verify the function of the multiplexer.

Part II

Combine the circuit from Lab#$1$ with the multiplexer to provide for a set of additional

security overrides per the following table.

Verify the functionality of the new circuit.

Door $1(0101,1110,0111)$ and Door $2(0100,0111)$ work perfectly, but door $2$ does not remain locked with I used the input $(0,1)$ like it is supposed to$.$ I cannot upload my circuit because it is not a question, but will someone please help!!! Thank you in advance!