Figure 2. Binary-to-Gray Code converter. Figure 2 shows a binary-to-gray code converter. (Gray code is a special code used in analog-to- digital conversions.) The input word is X4X3X₂X₁Xo, and the output word is Y4Y3Y₂Y₁Y₁. What does the output word equal for each of the following inputs? 1. X4X3X₂X1Xo = 10011 → 2. X4X3X₂X1X0 = 01110 → 3. X4X3X2₂X1Xo = 10101 → 4. X4X3X₂X₁X0 = 11100 ➜

Figure 2. Binary-to-Gray Code converter. Figure 2 shows a binary-to-gray code converter. (Gray code is a special code used in analog-to- digital conversions.) The input word is X4X3X₂X₁Xo, and the output word is Y4Y3Y₂Y₁Y₁. What does the output word equal for each of the following inputs? 1. X4X3X₂X1Xo = 10011 → 2. X4X3X₂X1X0 = 01110 → 3. X4X3X2₂X1Xo = 10101 → 4. X4X3X₂X₁X0 = 11100 ➜

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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