[+] 100 the hexadecimal code for the following program (hand-assemble it) Load A 101 Add One 102 Jump S1 Add One I 103 S2. 104 Store A 105 Halt 106 S1, Add A 107 Jump S2 HEX 0025 109 One, HEX 0011 108 A,

Computer Networking: A Top-Down Approach (7th Edition)
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ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
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Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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The image contains a small assembly-like program. Below is the transcription and explanation of each line:

1. **100:** Load A
2. **101:** Add One
3. **102:** Jump S1
4. **103 S2:** Add One
5. **104:** Store A
6. **105:** Halt
7. **106 S1:** Add A
8. **107:** Jump S2
9. **108 A:** HEX 0025
10. **109 One:** HEX 0011

### Explanation:

- **Instructions:**
  - **Load A:** Load the value from address labeled 'A'.
  - **Add One:** Add the value from the address labeled 'One'.
  - **Jump S1/S2:** Jump to the instruction at the address with the label 'S1' or 'S2'.
  - **Store A:** Store the result back to the address labeled 'A'.
  - **Halt:** Stop the execution of the program.
  - **Add A:** Add the value from address labeled 'A' to the accumulator.

- **Data:**
  - **A:** Contains the hexadecimal value `0025`.
  - **One:** Contains the hexadecimal value `0011`.

This program demonstrates a basic set of operations typically seen in low-level programming or computer architecture exercises. The goal is usually to understand how instructions and data are handled in a simple machine code environment.
Transcribed Image Text:The image contains a small assembly-like program. Below is the transcription and explanation of each line: 1. **100:** Load A 2. **101:** Add One 3. **102:** Jump S1 4. **103 S2:** Add One 5. **104:** Store A 6. **105:** Halt 7. **106 S1:** Add A 8. **107:** Jump S2 9. **108 A:** HEX 0025 10. **109 One:** HEX 0011 ### Explanation: - **Instructions:** - **Load A:** Load the value from address labeled 'A'. - **Add One:** Add the value from the address labeled 'One'. - **Jump S1/S2:** Jump to the instruction at the address with the label 'S1' or 'S2'. - **Store A:** Store the result back to the address labeled 'A'. - **Halt:** Stop the execution of the program. - **Add A:** Add the value from address labeled 'A' to the accumulator. - **Data:** - **A:** Contains the hexadecimal value `0025`. - **One:** Contains the hexadecimal value `0011`. This program demonstrates a basic set of operations typically seen in low-level programming or computer architecture exercises. The goal is usually to understand how instructions and data are handled in a simple machine code environment.
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