According to the Phillips Curve, there is typically a trade-off between inflation and unemployment in the short run. Which of the following scenarios illustrates this trade-off?

Based in this week’s Promeds, which of the following is NOT a major location for vaccine-preventable disease?

Based in this week’s Promeds, which of the following is NOT associated with food borne disease?

When a venture is in financial distress but believes it has a turnaround opportunity, which of the following options would NOT be utilized to try to successfully salvage the venture?

When a venture files for legal bankruptcy through Chapter 11 and attempts to reorganize, which of the following is NOT likely to be a possible outcome?

Which of the following statements is NOT true regarding Initial Public Offerings?

Which of the following statements is NOT accurate when discussing a Leveraged Buy Out (LBO) and a Management Buy Out (MBO)?

For most of you, your exam is over at 5:00pm. At the latest, five minutes BEFORE your exam is over (at 4:55pm, for most of you), do the following: Clearly label exam problem numbers and scratch paper page numbers. Use your cell phone to scan the scratch pages that you used (using Camscanner or equivalent), to create a single PDF file. Be sure to scan ALL of the pages that you wrote on (including the both sides of your paper, if you wrote on both sides). Pages not scanned will not be graded! When you finish scanning, open the file on your phone to be sure that it has what you want and that each page is clear. If not, rescan. Open the Canvas Quiz assignment Final/Exam 2 PHONE – Spring 2025 on your cell phone. Upload your single PDF file to the Final/Exam 2 PHONE – Spring 2025 assignment and submit it by selecting the “Submit Quiz” at the bottom of that assignment. Submit this assignment on your computer, Final/Exam 2 – Spring 2025, by selecting the “Submit Quiz” below. Close your Zoom session and relax … the exam is over!

1) In this problem, you will design a circuit to implement the given ASM chart. Use only a ROM and D-FFs. Use no SSI (ANDs, ORs, etc.), MSI elements (Decoders, MUXs, etc.) or other LSI elements (RAMs, PLDs, etc.). The design is broken up into several parts. Show all work.  Abbreviate your signal names by using the bold/underlined letters, i.e., M, T, and A, as well as the state bits Q1 and Q0. 

1a) Create a next state truth table to implement the ASM above. Use no wildcards in this table (since we will convert it into a ROM table later). The first three columns should be labelled Q1, Q0, and T, in that order. Use your scratch paper and label this 1a.