(a) Given a data declaration part of the coding in assembly language as shown in Figure 1. .data MyData MyData2 BYTE WORD WORD MyData3 DWORD Figure 1 Map the data into memory by completing the Table below. Consider the allocation memory address starts at 00406000. (Note: All answers should be in hexadecimal value, no need to write h; and write 00 for empty memory) Table 00406000 00406004 00406008 0040600C 58, BABh, 12h 46h, 57h, 89h 2 DUP (1111b) 4509h

(a) Given a data declaration part of the coding in assembly language as shown in Figure 1. .data MyData MyData2 BYTE WORD WORD MyData3 DWORD Figure 1 Map the data into memory by completing the Table below. Consider the allocation memory address starts at 00406000. (Note: All answers should be in hexadecimal value, no need to write h; and write 00 for empty memory) Table 00406000 00406004 00406008 0040600C 58, BABh, 12h 46h, 57h, 89h 2 DUP (1111b) 4509h

Name: (a) Given a data declaration part of the coding in assembly language
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Description: (a) Given a data declaration part of the coding in assembly language as shown in Figure 1..dataMyDataMyData2BYTEWORDWORDMyData3DWORDFigure 1Map the data into memory by completing the Table below. Consider the allocation memory address starts at 0040

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

(a) Given a data declaration part of the coding in assembly language as shown in Figure 1.
.data
MyData
MyData2
BYTE
WORD
WORD
MyData3
DWORD
Figure 1
Map the data into memory by completing the Table below. Consider the allocation memory address starts at 00406000.
(Note: All answers should be in hexadecimal value, no need to write 'h'; and write 00 for empty memory)
Table
00406000
00406004
00406008
0040600C
58, BABh, 12h
46h, 57h, 89h
2 DUP (1111b)
4509h

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