7. Truc or Falsc.(a) For signed integer values, one obtains the most negative number by negating themost positive number.(b) In Verilog, if an if statement docs not have a corresponding else statement, a latchis inferred.(c) Minimization with a Karnaugh map produces a unique solution.(d) In Verilog, an if statement must always be inside of an always block.(c) FSM state minimization may lead to a less readable hardware description.(f) In Verilog, if we define input [1:-6] x; and input [0:-7] y;, then x+y adds aQ2.6 number and a Q1.7 number.(g) The direct form implementation of an FIR filter of order N requires N registers.(h) It is possible to build a NOT gate with a NOR gate.(i) An FSM with 25 states requires 5 flip-flops.(j) The sensitivity list for Moore and Mealy machines should contain only the input(s)and the clock.

As per our guidelines we are suppose to answer the first three questions. Kindly post the remaining…

(a) For signed integer values, one obtains the most negative number by negating the most positive number. (b) In Verilog, if an if statement does not have a corresponding else statement, a latch is inferred. (c) Minimization with a Karnaugh map produces a unique solution.

(a) For signed integer values, one obtains the most negative number by negating the most positive number. (b) In Verilog, if an if statement does not have a corresponding else statement, a latch is inferred. (c) Minimization with a Karnaugh map produces a unique solution.

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Question

7. Truc or Falsc.
(a) For signed integer values, one obtains the most negative number by negating the
most positive number.
(b) In Verilog, if an if statement docs not have a corresponding else statement, a latch
is inferred.
(c) Minimization with a Karnaugh map produces a unique solution.
(d) In Verilog, an if statement must always be inside of an always block.
(c) FSM state minimization may lead to a less readable hardware description.
(f) In Verilog, if we define input [1:-6] x; and input [0:-7] y;, then x+y adds a
Q2.6 number and a Q1.7 number.
(g) The direct form implementation of an FIR filter of order N requires N registers.
(h) It is possible to build a NOT gate with a NOR gate.
(i) An FSM with 25 states requires 5 flip-flops.
(j) The sensitivity list for Moore and Mealy machines should contain only the input(s)
and the clock.

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