Homework: 1. Write a program that performs the addition of two byte sized numbers that are initially stored in memory locations 'numl' and 'num2". The addition result should be stored in another memory location "total". Verify the result using emus086. [Hint: Use DB directive to initially store the two byte sized numbers in memory locations called "numl' and 'num2". Also reserve a location for the addition result and call it 'total"] 2. Write a program that multiplies two unsigned byte sized numbers that are initially stored in memory locations 'numl' and 'num2". Store the multiplication result in another memory location called 'multiply". Notice that the size of memory location 'multiply' must be of word size to be able to store the result. Verify the result using emus086. 3. Write a program that caleulates the factorial of number 5 and stores the result in a memory location. Verify the program using emu8086 emulator. (Hint: Since S! - Sx4x3x2x1, use MUL instruction to find the multiplication. Store 5 in a register and decrement the register after every multiplication and then multiply the result with the decremented register. Repeat these steps using conditional jump instruction] 4. Write program so that it asks for entering an uppercase letter and converts it to lowercase.
Homework: 1. Write a program that performs the addition of two byte sized numbers that are initially stored in memory locations 'numl' and 'num2". The addition result should be stored in another memory location "total". Verify the result using emus086. [Hint: Use DB directive to initially store the two byte sized numbers in memory locations called "numl' and 'num2". Also reserve a location for the addition result and call it 'total"] 2. Write a program that multiplies two unsigned byte sized numbers that are initially stored in memory locations 'numl' and 'num2". Store the multiplication result in another memory location called 'multiply". Notice that the size of memory location 'multiply' must be of word size to be able to store the result. Verify the result using emus086. 3. Write a program that caleulates the factorial of number 5 and stores the result in a memory location. Verify the program using emu8086 emulator. (Hint: Since S! - Sx4x3x2x1, use MUL instruction to find the multiplication. Store 5 in a register and decrement the register after every multiplication and then multiply the result with the decremented register. Repeat these steps using conditional jump instruction] 4. Write program so that it asks for entering an uppercase letter and converts it to lowercase.
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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![Homework:
1. Write a program that performs the addition of two byte sized numbers that are initially
stored in memory locations 'numl' and 'num2'. The addition result should be stored in
another memory location 'total'. Verify the result using emu8086.
[Hint: Use DB directive to initially store the two byte sized numbers in memory locations called
'numl' and 'num2". Also reserve a location for the addition result and call it 'total']
2. Write a program that multiplies two unsigned byte sized numbers that are initially stored
in memory locations 'numl'and 'num2'. Store the multiplication result in another memory
location called 'multiply". Notice that the size of memory location 'multiply' must be of
word size to be able to store the result. Verify the result using emu8086.
3. Write a program that calculates the factorial of number 5 and stores the result in a memory
location. Verify the program using emu8086 emulator.
[Hint: Since 5! - 5x4x3x2x1, use MUL instruction to find the multiplication. Store 5
5 in a register
and decrement the register after every multiplication and then multiply the result with the
decremented register. Repeat these steps using conditional jump instruction]
4. Write program so that it asks for entering an uppercase letter and converts it
Jowercase.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2100a17f-6a16-4fab-831e-f33753c560b6%2Fd3269c30-729c-4e30-aaf6-c63f2f54f6d2%2Fv98sack_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Homework:
1. Write a program that performs the addition of two byte sized numbers that are initially
stored in memory locations 'numl' and 'num2'. The addition result should be stored in
another memory location 'total'. Verify the result using emu8086.
[Hint: Use DB directive to initially store the two byte sized numbers in memory locations called
'numl' and 'num2". Also reserve a location for the addition result and call it 'total']
2. Write a program that multiplies two unsigned byte sized numbers that are initially stored
in memory locations 'numl'and 'num2'. Store the multiplication result in another memory
location called 'multiply". Notice that the size of memory location 'multiply' must be of
word size to be able to store the result. Verify the result using emu8086.
3. Write a program that calculates the factorial of number 5 and stores the result in a memory
location. Verify the program using emu8086 emulator.
[Hint: Since 5! - 5x4x3x2x1, use MUL instruction to find the multiplication. Store 5
5 in a register
and decrement the register after every multiplication and then multiply the result with the
decremented register. Repeat these steps using conditional jump instruction]
4. Write program so that it asks for entering an uppercase letter and converts it
Jowercase.
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