2 16 1 4 (32) (128) 8. (64) Given the graph above, answer the following questions below regarding properties of the graph. Note: All edges are represented by straight lines; i.e. vertex 4 and vertex 32 are not neighbors. a) What is the sum of the vertex values of the neighbors of vertex 32? For example, the vertex set {1, 2, 4} has a sum of 7. Answer: neighbors b) What is the total degree of all vertices? degree Answer: c) What is the highest possible path length between any two connected vertices in the graph? path Answer: d) How many paths are there between vertex 1 and vertex 32 that doesn't pass through vertex 4? paths Answer:

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
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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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2
16
1
4
32
(128)
8
64
Given the graph above, answer the following questions below regarding
properties of the graph.
Note: All edges are represented by straight lines; i.e. vertex 4 and
vertex 32 are not neighbors.
a) What is the sum of the vertex values of the neighbors of vertex 32?
For example, the vertex set {1, 2, 4} has a sum of 7.
Answer:
neighbors
b) What is the total degree of all vertices?
degree
Answer:
c) What is the highest possible path length between any two connected
vertices in the graph?
Answer:
path
d) How many paths are there between vertex 1 and vertex 32 that
doesn't pass through vertex 4?
paths
Answer:
Transcribed Image Text:2 16 1 4 32 (128) 8 64 Given the graph above, answer the following questions below regarding properties of the graph. Note: All edges are represented by straight lines; i.e. vertex 4 and vertex 32 are not neighbors. a) What is the sum of the vertex values of the neighbors of vertex 32? For example, the vertex set {1, 2, 4} has a sum of 7. Answer: neighbors b) What is the total degree of all vertices? degree Answer: c) What is the highest possible path length between any two connected vertices in the graph? Answer: path d) How many paths are there between vertex 1 and vertex 32 that doesn't pass through vertex 4? paths Answer:
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