Given that variable w is a WORD and initialized with the hexadecimal value 82h and variable b is a BYTE and initialized with the hexadecimal value Fh For each instruction below with line numbers in blue: - If the instruction runs: fill in the blank with the resulting value in AL. You can use binary or hexadecimal data, but make sure to specify it with 'h' or 'b' - If the instruction doesn't run: fill in the blank with the letter X line 35: AL = line 36: AL = mov AL, BYTE PTR w sar AL, 2 jc L2 35 36 37 38 39 40 line 38: AL = xor AL, OFO. L2: test AL, 1 line 39: AL = jnz L3 and AL, b 41 42 L3: or AL, OFh line 41: AL =
Given that variable w is a WORD and initialized with the hexadecimal value 82h and variable b is a BYTE and initialized with the hexadecimal value Fh For each instruction below with line numbers in blue: - If the instruction runs: fill in the blank with the resulting value in AL. You can use binary or hexadecimal data, but make sure to specify it with 'h' or 'b' - If the instruction doesn't run: fill in the blank with the letter X line 35: AL = line 36: AL = mov AL, BYTE PTR w sar AL, 2 jc L2 35 36 37 38 39 40 line 38: AL = xor AL, OFO. L2: test AL, 1 line 39: AL = jnz L3 and AL, b 41 42 L3: or AL, OFh line 41: AL =
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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7
![Given that variable w is a WORD and initialized with the hexadecimal value 82h
and variable b is a BYTE and initialized with the hexadecimal value Fh
For each instruction below with line numbers in blue:
- If the instruction runs: fill in the blank with the resulting value in AL. You can use binary or
hexadecimal data, but make sure to specify it with 'h' or 'b'
- If the instruction doesn't run: fill in the blank with the letter X
line 35: AL =
line 36: AL =
mov AL, BYTE PTR w
sar AL, 2
jc L2
xor AL, OF0h
L2: test AL, 1
jnz L3
and AL, b
L3: or AL, OFh
35
36
37
line 38: AL =
38
39
40
41
42
line 39: AL =
line 41: AL =
line 42: AL =](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5cee6c6c-3234-4487-9b22-804d8c7477b8%2Fefec8258-9382-4c04-97d1-ba07c4b5464b%2Fqm3a31q_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Given that variable w is a WORD and initialized with the hexadecimal value 82h
and variable b is a BYTE and initialized with the hexadecimal value Fh
For each instruction below with line numbers in blue:
- If the instruction runs: fill in the blank with the resulting value in AL. You can use binary or
hexadecimal data, but make sure to specify it with 'h' or 'b'
- If the instruction doesn't run: fill in the blank with the letter X
line 35: AL =
line 36: AL =
mov AL, BYTE PTR w
sar AL, 2
jc L2
xor AL, OF0h
L2: test AL, 1
jnz L3
and AL, b
L3: or AL, OFh
35
36
37
line 38: AL =
38
39
40
41
42
line 39: AL =
line 41: AL =
line 42: AL =
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