You must show all your work! Answers without supporting work will not be given credit.

All problems are inspired by our Introduction to Logic Design $3$rd Edition text.

Only neatly hand$-$written or typed work will be accepted.

Homework must be in PDF format and should be seanned using, at minimum, a phone camera scanning app.

This homework is worth $10$ points.

Name:

$1.$ Draw both the state diagram and complete the timing sequence as x changes until you have no distinct state information remaining. $(1$ Point$)$

Draw both the state diagram and complete the timing sequence as x changes until you have no distinct

state information remaining. $(1$ Point$)$

Given the following JK flip$-$flop,

Complete the timing diagram; show the states of q$2,3,$dots q$\_(1)\backslash$deg and q$\_(2)^(*)($give the unsimplified SoP version

for your answer, simplify for yourself as needed$),$ construct the state tables, and use the graphic to

complete a timing trace: notice, these are traiting edge flip flops. Assume the circuit begins in q$\_(1)$q$\_(2)=00$

and continue your trace as long as the clock is shown, le$.$ you will have one $-7\%$ as the clock ticks

down and x is not given. Note: the last gate is an XNOH gate. $(3$ Points$)$

q$\_(1)^(*)=$

q$\_(2)^(*)=$

q$1$

q$2$Given the following sequential circuit, provide equations for A$^(*)$ and B$^(*)($give the unsimplified SoP

version for your answer, simplify for yourself as needed$),$ construct a state table, and complete the

timing trace until no state information remains. $(3$ Points$)$

A$^(*)=-$

B$^(*)=$

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