need a new assembly .asm file and fill it with all of the required directives. Next, write a program that does the following: Create two variables with any names and initial values. One must be type "DWORD" and the other must be type "SBYTE". Set the value of the EAX and EBX registers to any numbers of your choice. Add EAX to your DWORD variable. The result should remain in the variable (not the register). Add EBX to your DWORD variable. The result should remain in the variable. Set the value of the CL register to any number of your choice (since it is only byte sized the upper limit for the number is 255) Subtract the CL register from your SBYTE variable three times. The result should remain in the variable. You can debug your program to verify that the arithmetic is performed correctly.

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
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need a new assembly .asm file and fill it with all of
the required directives.
Next, write a program that does the following:
Create two variables with any names and initial
values. One must be type "DWORD" and the other
must be type "SBYTE".
Set the value of the EAX and EBX registers to any
numbers of your choice.
Add EAX to your DWORD variable. The result should
remain in the variable (not the register).
Add EBX to your DWORD variable. The result should
remain in the variable.
Set the value of the CL register to any number of
your choice (since it is only byte sized the upper
limit for the number is 255)
Subtract the CL register from your SBYTE variable
three times. The result should remain in the
variable.
You can debug your program to verify that the
arithmetic is performed correctly.
Transcribed Image Text:need a new assembly .asm file and fill it with all of the required directives. Next, write a program that does the following: Create two variables with any names and initial values. One must be type "DWORD" and the other must be type "SBYTE". Set the value of the EAX and EBX registers to any numbers of your choice. Add EAX to your DWORD variable. The result should remain in the variable (not the register). Add EBX to your DWORD variable. The result should remain in the variable. Set the value of the CL register to any number of your choice (since it is only byte sized the upper limit for the number is 255) Subtract the CL register from your SBYTE variable three times. The result should remain in the variable. You can debug your program to verify that the arithmetic is performed correctly.
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