a. Provide the pseudo instruction for the ff: (label = variable) 1. Storing a 32-bit number 456789AOH in a location with label "store". 2. Allocates a space for uninitialized 32-bit number in a location with label "store". 3. Store 2 16-bit numbers 4567H, 89AOH in a location with label "store". 4. Copy the first byte (most significant bit) of word 4DAAH at BH from a location with label "Dig!". 5. Allocates 10 bytes memory location with values 35H in each memory cell. Label location with "MEM"
a. Provide the pseudo instruction for the ff: (label = variable) 1. Storing a 32-bit number 456789AOH in a location with label "store". 2. Allocates a space for uninitialized 32-bit number in a location with label "store". 3. Store 2 16-bit numbers 4567H, 89AOH in a location with label "store". 4. Copy the first byte (most significant bit) of word 4DAAH at BH from a location with label "Dig!". 5. Allocates 10 bytes memory location with values 35H in each memory cell. Label location with "MEM"
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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a

Transcribed Image Text:a. Provide the pseudo instruction for the ff: (label = variable)
1. Storing a 32-bit number 456789AOH in a location with label "store".
2. Allocates a space for uninitialized 32-bit number in a location with label "store".
3. Store 2 16-bit numbers 4567H, 89AOH in a location with label "store".
4. Copy the first byte (most significant bit) of word 4DAAH at BH from a location with
label "Dig1".
5. Allocates 10 bytes memory location with values 35H in each memory cell. Label
location with "MEM"
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