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Write an assembly language program to do the following: 1- Set SI to the value 200H. MOV SI, 200H 2- Set CL to the value 10H. MOV CL, 10H 3- Set AX to the value 04H. MOV AX, 04H 4- Multiply AL by CL. 5- Save the result in the memory location of data segment accessed by SI. 6- Set BL to the value 02H. 7- Divide AX by BL. 8- Save the result in the memory location of data segment accessed by SI+1. 9- AND AL with the value FOHĮ 10- Save the result in the memory location of data segment accessed by SI+2. 11- OR AL with the value FOH. 12- Save the result in the memory location of data segment accessed by SI+4. 13- Get the one's complement of AL's content. 14- Save the result in the memory location of data segment accessed by SI+5. 15- XOR AL with the value 77H. 16- Save the result in the memory location of data segment accessed by SI+6. 17- Get the two's complement of AL's content. 18- Save the result in the memory location of data segment accessed by SI+7. 19- End the program.

Write an assembly language program to do the following: 1- Set SI to the value 200H. MOV SI, 200H 2- Set CL to the value 10H. MOV CL, 10H 3- Set AX to the value 04H. MOV AX, 04H 4- Multiply AL by CL. 5- Save the result in the memory location of data segment accessed by SI. 6- Set BL to the value 02H. 7- Divide AX by BL. 8- Save the result in the memory location of data segment accessed by SI+1. 9- AND AL with the value FOHĮ 10- Save the result in the memory location of data segment accessed by SI+2. 11- OR AL with the value FOH. 12- Save the result in the memory location of data segment accessed by SI+4. 13- Get the one's complement of AL's content. 14- Save the result in the memory location of data segment accessed by SI+5. 15- XOR AL with the value 77H. 16- Save the result in the memory location of data segment accessed by SI+6. 17- Get the two's complement of AL's content. 18- Save the result in the memory location of data segment accessed by SI+7. 19- End the program.

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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Write an assembly language program to do the following: 1- Set SI to the value 200H. MOV SI, 200H 2- Set CL to the value 10H. MOV CL, 10H 3- Set AX to the value 04H. MOV AX, 04H 4- Multiply AL by CL. 5- Save the result in the memory location of data segment accessed by SI. 6- Set BL to the value 02H. 7- Divide AX by BL. 8- Save the result in the memory location of data segment accessed by SI+1. 9- AND AL with the value FOH! 10- Save the result in the memory location of data segment accessed by SI+2. 11- OR AL with the value FOH. 12- Save the result in the memory location of data segment accessed by SI+4. 13- Get the one's complement of AL's content. 14- Save the result in the memory location of data segment accessed by SI+5. 15- XOR AL with the value 77H. 16- Save the result in the memory location of data segment accessed by SI+6. 17- Get the two's complement of AL's content. 18- Save the result in the memory location of data segment accessed by SI+7. 19- End the program.
Transcribed Image Text:Write an assembly language program to do the following: 1- Set SI to the value 200H. MOV SI, 200H 2- Set CL to the value 10H. MOV CL, 10H 3- Set AX to the value 04H. MOV AX, 04H 4- Multiply AL by CL. 5- Save the result in the memory location of data segment accessed by SI. 6- Set BL to the value 02H. 7- Divide AX by BL. 8- Save the result in the memory location of data segment accessed by SI+1. 9- AND AL with the value FOH! 10- Save the result in the memory location of data segment accessed by SI+2. 11- OR AL with the value FOH. 12- Save the result in the memory location of data segment accessed by SI+4. 13- Get the one's complement of AL's content. 14- Save the result in the memory location of data segment accessed by SI+5. 15- XOR AL with the value 77H. 16- Save the result in the memory location of data segment accessed by SI+6. 17- Get the two's complement of AL's content. 18- Save the result in the memory location of data segment accessed by SI+7. 19- End the program.
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