Question: Below is the WaveDrom code for a timing diagram for the SR latch of Figure 11.1. Fill in the output waveform. Assume a one nano second delay for each NOR gate.

The WaveDrom editor will also denote approximate timing for the state changes by having the transition (the X) slightly after the clock transition. The counter is triggered on the rising edge of the clock. Paste the following code in a WaveDrom Editor e to be able to complete this problem.

Question: 9) 5 pts: For a rising-edge triggered D flip-flop, draw the waveform for the Q output in this timing diagram: 10) 5 pts: For a rising-edge triggered J−K flip-flop, draw the waveform for the Q output in this timing diagram clk

6.38. Complete the timing diagram for the following circuit 0 0 CK 10-010-010 bcdX

Question: 1. In Class 12 we learned about the SR latch. Below is a timing waveform diagram. Complete it twice: (a) Once assuming no propagation delay on the gates (b) Once assuming 10ns propagation delay on each NOR gate In both parts, label the "bad" outputs on your waveforms—the times when Q and Q' are not complements of each other.

Question: Based on the attached experiment. What will be the reaction mechanism of the reaction Diels-Alder. Please include ALL curly arrow notation and an explanation for each arr