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4. LOGICAL OR OPERATION ALGORITHM Step 1. Allocate some space for the result in data segment step 2. In code segment, store accumulator with some value step 3. Store B register with some value step 4. Perform OR operation on register content with accumulator step 5. Result is stored in accumulator step 6. The result is stored in required memory location. SAMPLE INPUTS & OUTPUTS Before Execution: After Execution: AX = 0001H AX = 0001H

4. LOGICAL OR OPERATION ALGORITHM Step 1. Allocate some space for the result in data segment step 2. In code segment, store accumulator with some value step 3. Store B register with some value step 4. Perform OR operation on register content with accumulator step 5. Result is stored in accumulator step 6. The result is stored in required memory location. SAMPLE INPUTS & OUTPUTS Before Execution: After Execution: AX = 0001H AX = 0001H

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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OBJECTIVE
To perform the basic arithmetic and logical operations using the 8086 Microprocessor emulator. 

Take a screenshot of your code and output.

SOURCE CODE:
Start: movAX,01H
mov BX, 00H
OR AX,BX
end: HLT

4. LOGICAL OR OPERATION ALGORITHM Step 1. Allocate some space for the result in data segment step 2. In code segment, store accumulator with some value step 3. Store B register with some value step 4. Perform OR operation on register content with accumulator step 5. Result is stored in accumulator step 6. The result is stored in required memory location. SAMPLE INPUTS & OUTPUTS Before Execution: After Execution: AX = 0001H AX = 0001H BX = 0000H %3!
Transcribed Image Text:4. LOGICAL OR OPERATION ALGORITHM Step 1. Allocate some space for the result in data segment step 2. In code segment, store accumulator with some value step 3. Store B register with some value step 4. Perform OR operation on register content with accumulator step 5. Result is stored in accumulator step 6. The result is stored in required memory location. SAMPLE INPUTS & OUTPUTS Before Execution: After Execution: AX = 0001H AX = 0001H BX = 0000H %3!
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