In the text the function \ \ \ is implemented using the circuit in figure 3.3. Instead, implement the function using the circuit from figure 3.5, where x is stored in the first memory flip-flop and y is stored in the second memory flip-flop.\ \ Notes: \ \ I've simplified the figure so it is clear where the inputs to the multiplexers are coming from;\ Assume it takes a finite amount of time for signals to propagate through the system. As a result, you cannot change the ALU's input flip-flops simultaneously with the output flip-flop and expect the correct output to be saved. However you can clock both input flip-flops FF1 and FF2 simultaneously and not cause issues.