1.B.) (40 POINTS) View your input(s) and output(s) in waveform. Your program should assign logic values (logic 0 or 1) to input signals to display a sample output. You can use delays of your choice to demonstrate the changing signals. Still, make sure that delays are in viewable range. Provide a screenshot of your waveform output. Comment on each input signal(s) and each output signal(s) to verify that your program actually displays the logic for the given circuit equation (Equation 1) As an example, my screenshot for the waveform generated looks as follows. Please note that your delays could be different than this sample screenshot: 1.B.) (40 POINTS) View your input(s) and output(s) in waveform. Your program should assign logic values (logic 0 or 1) to input signals to display a sample output. You can use delays of your choice to demonstrate the changing signals. Still, make sure that delays are in viewable range. Provide a screenshot of your waveform output. Comment on each input signal(s) and each output signal(s) to verify that your program actually displays the logic for the given circuit equation (Equation 1) As an example, my screenshot for the waveform generated looks as follows. Please note that your delays could be different than this sample screenshot