OBJECTIVE To perform the basic arithmetic and logical operations using the 8086 Microprocessor emulator. Take a screenshot of your code and output. 3. LOGICAL AND 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 AND operation on the 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 = 0001H

OBJECTIVE To perform the basic arithmetic and logical operations using the 8086 Microprocessor emulator. Take a screenshot of your code and output. 3. LOGICAL AND 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 AND operation on the 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 = 0001H

Systems Architecture

7th Edition

ISBN:9781305080195

Author:Stephen D. Burd

Publisher:Stephen D. Burd

Chapter11: Operating Systems

Section: Chapter Questions

Problem 28VE

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Similar questions

A(n) __________ is a storage location implemented in the CPU.
The contents of a memory location are copied to a register while performing a(n) __________________ operation.
OBJECTIVETo perform the basic arithmetic and logical operations using the 8086 Microprocessor emulator. Take a screenshot of your code and output. Create the code and run the following operations: 3. LOGICAL AND OPERATIONALGORITHMStep 1. Allocate some space for the result in data segmentstep 2. In code segment, store accumulator with some valuestep 3. Store B register with some valuestep 4. Perform AND operation on the register content with accumulatorstep 5. Result is stored in accumulatorstep 6. The result is stored in required memory location SAMPLE INPUTS & OUTPUTSBefore Execution: After Execution:AX = 0001H AX = 0001HBX = 0001H
OBJECTIVETo perform the basic arithmetic and logical operations using the 8086 Microprocessor emulator. Take a screenshot of your code and output. 4. LOGICAL OR OPERATIONALGORITHM Step 1. Allocate some space for the result in data segmentstep 2. In code segment, store accumulator with some valuestep 3. Store B register with some valuestep 4. Perform OR operation on register content with accumulatorstep 5. Result is stored in accumulatorstep 6. The result is stored in required memory location. SAMPLE INPUTS & OUTPUTSBefore Execution: After Execution: AX = 0001H AX = 0001HBX = 0000H
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