COMPUTER SCIENCE ILLUMIN.-TEXT
COMPUTER SCIENCE ILLUMIN.-TEXT
6th Edition
ISBN: 2810016866372
Author: Dale
Publisher: JONES+BART
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Chapter 4, Problem 1TQ
Program Plan Intro

Different methods to express the processing of gates and circuits:

  • There are three different methods to express the processing of gates and circuits. They are,
    • The “Boolean expression” is a mathematical notation to express the function.
      • For example: Boolean expression for the NOT gate.

        X = A¯

    • The “logic diagram” is a graphical representation of the circuits to express the function.
      • For example: Logic diagram for the NOT gate takes a single input and generates a single output.

COMPUTER SCIENCE ILLUMIN.-TEXT, Chapter 4, Problem 1TQ

  • The “truth table” is a table containing all possible inputs and the corresponding output values.
    • For example: Truth table for the NOT gate.
AX = A¯
01
10
  • The above three types are just different ways of representing the same process.

Explanation of Solution

Most intuitive method:

The most intuitive method among all the three is: “Logic diagrams”.

Justification:

  • In general, the logic diagrams describe the Boolean expressions and the values in a clear way...

Explanation of Solution

Least intuitive method:

The least intuitive method among all the three is: “Boolean expressions”.

Justification:

  • They are either represented in the product of sum or sum of product manner and often tend to be complex...

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Need help answering these questions!1. Design a While loop that lets the user enter a number. The number should be multiplied by 10, and the result stored in a variable named product. The loop should iterate as long as the product contains a value less than 100.   2. Design a For loop that displays the following set of numbers: 0, 10, 20, 30, 40, 50 . . . 1000   3. Convert the While loop in the following code to a Do-While loop:     Declare Integer x = 1     While x > 0        Display "Enter a number."        Input x     End While
Need help with these:Design a While loop that lets the user enter a number. The number should be multiplied by 10, and the result stored in a variable named product. The loop should iterate as long as the product contains a value less than 100.   2. Design a For loop that displays the following set of numbers: 0, 10, 20, 30, 40, 50 . . . 1000   3. Convert the While loop in the following code to a Do-While loop:     Declare Integer x = 1     While x > 0        Display "Enter a number."        Input x     End While
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