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Below, add the two 13-bit hexadecimal numbers together to produce a 13-bit answer. Interpret all three numbers as both unsigned and signed decimal values. Set the CPU flags accordingly. Because of how garbage eLearning is, I cannot number the blanks below this question, but the first blank corresponds to 1. in the table below, the second blank corresponds to 2, etc. Therefore the first entry should be three or four hexadecimal values (upper or lowercase letters are fine), the rest should be decimal values possibly preceded by a - sign. The last four blanks correspond to the CPU flags and should only be a 1 (flag is set) or a 0 (flag is cleared).

Below, add the two 13-bit hexadecimal numbers together to produce a 13-bit answer. Interpret all three numbers as both unsigned and signed decimal values. Set the CPU flags accordingly. Because of how garbage eLearning is, I cannot number the blanks below this question, but the first blank corresponds to 1. in the table below, the second blank corresponds to 2, etc. Therefore the first entry should be three or four hexadecimal values (upper or lowercase letters are fine), the rest should be decimal values possibly preceded by a - sign. The last four blanks correspond to the CPU flags and should only be a 1 (flag is set) or a 0 (flag is cleared).

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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Below, add the two 13-bit hexadecimal numbers together to produce a 13-bit answer. Interpret all three numbers as both unsigned and signed decimal values. Set the CPU flags accordingly. Because of how garbage eLearning is, I cannot number the blanks below this question, but the first blank corresponds to 1. in the table below, the second blank corresponds to 2, etc. Therefore the first entry should be three or four hexadecimal values (upper or lowercase letters are fine), the rest should be decimal values possibly preceded by a sign. The last four blanks correspond to the CPU flags and should only be a 1 (flag is set) or a 0 (flag is cleared). Hexadecimal Unsigned Signed 0x963 2. 5. 0x81c 3. 6. ex 1. 4. 7. N: 8. Z: 9.v: 10. c: 11. 1 1
Transcribed Image Text:Below, add the two 13-bit hexadecimal numbers together to produce a 13-bit answer. Interpret all three numbers as both unsigned and signed decimal values. Set the CPU flags accordingly. Because of how garbage eLearning is, I cannot number the blanks below this question, but the first blank corresponds to 1. in the table below, the second blank corresponds to 2, etc. Therefore the first entry should be three or four hexadecimal values (upper or lowercase letters are fine), the rest should be decimal values possibly preceded by a sign. The last four blanks correspond to the CPU flags and should only be a 1 (flag is set) or a 0 (flag is cleared). Hexadecimal Unsigned Signed 0x963 2. 5. 0x81c 3. 6. ex 1. 4. 7. N: 8. Z: 9.v: 10. c: 11. 1 1
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