Design a $4-$bit Arithmetic Logic Unit $($ALU$)$ on CircuitVerse that performs the following operations:Addition: Add two $4-$bit numbers.Subtraction: Subtract two $4-$bit numbers.AND: Perform a bitwise AND on two $4-$bit numbers.OR: Perform a bitwise OR on two $4-$bit numbers.Equality Check: Check if two $4-$bit numbers are equal.Comparator: Compare two $4-$bit numbers and determine if A $>$ B or A $$ B$.$Instructions:Use a multiplexer to select the operation to be performed.You need to make the adders, subtractor yourself and not use the inbuilt adder circuits.Use $4-$bit input components for the operands $($A and B$).$Display the result using $4-$bit output components.Submit the shareable link of your project from CircuitVerse.Design a $4-$bit Arithmetic Logic Unit $($ALU$)$ on

CircuitVerse that performs the following operations:

Addition: Add two $4-$bit numbers.

Subtraction: Subtract two $4-$bit numbers.

AND: Perform a bitwise AND on two $4-$bit numbers.

OR: Perform a bitwise OR on two $4-$bit numbers.

Equality Check: Check if two $4-$bit numbers are equal.

Comparator: Compare two $4-$bit numbers and determine if $A>B$ or $A.$

Instructions:

Use a multiplexer $to$ select the operation $tobe$ performed.

You need $to$ make the adders, subtractor yourself and not use the inbuilt adder circuits.

Use $4-$bit input components for the operands $(A$ and $B).$

Display the result using $4-$bit output components.

Submit the shareable link $of$ your project from CircuitVerse.