Assume that memory cell 79 contains the value +6. In addition, the symbol Z is equivalent to memory location 79. What is placed in register R by each of the following load commands? a. LOAD 79 b. LOAD 6 c. LOAD Z d. LOAD Z + 1 (Assume that this is allowed.)

Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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331
An Introduction to System Software and Virtual Machines
5. Assume that memory cell 79 contains the value
+6. In addition, the symbol Z is equivalent to
memory location 79. What is placed in register
R by each of the following load commands?
nigh-
in the
е, HD
a. LOAD 79
b. LOAD 6
e oven.
now well
v it is to.
c. LOAD Z
d. LOAD Z + 1 (Assume that this is allowed.)
Transcribed Image Text:331 An Introduction to System Software and Virtual Machines 5. Assume that memory cell 79 contains the value +6. In addition, the symbol Z is equivalent to memory location 79. What is placed in register R by each of the following load commands? nigh- in the е, HD a. LOAD 79 b. LOAD 6 e oven. now well v it is to. c. LOAD Z d. LOAD Z + 1 (Assume that this is allowed.)
Chapter 7
Computer Networks and Cloud Con
392
18-
16. Given the following diagram, where the
numbers represent the time delays across a link:
4
C
5.
A
2
19.
6.
8.
D
1
E
a. How many simple paths (those that do not
repeat a node) are there from node A to G?
b. What is the shortest path from node A to
node G? What is the overall delay?
c. If node E fails, does that change the shortest
path? If so, what is the new shortest path?
Transcribed Image Text:Chapter 7 Computer Networks and Cloud Con 392 18- 16. Given the following diagram, where the numbers represent the time delays across a link: 4 C 5. A 2 19. 6. 8. D 1 E a. How many simple paths (those that do not repeat a node) are there from node A to G? b. What is the shortest path from node A to node G? What is the overall delay? c. If node E fails, does that change the shortest path? If so, what is the new shortest path?
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