Use the graph you drew to determine what is the minimum number of final exam times slots needed so that the people can take all of their final exams. (Hint: Would a vertex coloring or an edge coloring be more useful here?) In the following table, indicate in which final exam time slot each class could be placed (i.e. 1,2, etc). Sociology Religion Game Design Psychology History Ethics Literature
Use the graph you drew to determine what is the minimum number of final exam times slots needed so that the people can take all of their final exams. (Hint: Would a vertex coloring or an edge coloring be more useful here?) In the following table, indicate in which final exam time slot each class could be placed (i.e. 1,2, etc). Sociology Religion Game Design Psychology History Ethics Literature
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
Related questions
Question
100%
![D
E
F
B
Game Design
G
Use the graph you drew to determine what is the minimum number of final exam times slots needed so that the people can
take all of their final exams.
(Hint: Would a vertex coloring or an edge coloring be more useful here?)
Psychology
History
Ethics
Literature
A
In the following table, indicate in which final exam time slot each class could be placed (i.e. 1,2, etc).
Sociology
Religion](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F23af0884-495a-461c-9f7c-d263d97dbf10%2F53c42fa7-56eb-45c7-8676-e27f5a60c07f%2F9aob3qh_processed.png&w=3840&q=75)
Transcribed Image Text:D
E
F
B
Game Design
G
Use the graph you drew to determine what is the minimum number of final exam times slots needed so that the people can
take all of their final exams.
(Hint: Would a vertex coloring or an edge coloring be more useful here?)
Psychology
History
Ethics
Literature
A
In the following table, indicate in which final exam time slot each class could be placed (i.e. 1,2, etc).
Sociology
Religion
![Graph theory can be used to help solve many real world problems. For example, we can use graph colorings to help us
solve situations like the one described below.
There are 10 people enrolled in the Extended Learning classes as part of a summer study abroad program. They are taking
the classes as shown in the table.
Darnal
Elsie
Mica
Kiana
Beatrix
Ignacio Literature, Psychology, Game Design
Hans
Religion, Ethics
Ethics, History, Literature
Ethics, Game Design
Psychology, Religion
Religion, Psychology
History, Religion
Landry Literature, Sociology, Religion
Jamie
Literature, Ethics
Callie Psychology, Game Design, Literature
The host university needs to schedule final exams for these students and would like to use the minimum number of time
slots required. We can use graph theory to help us analyze this situation.
We begin by making a graph using the data in the table. Draw the following graph on a piece of paper. In our graph, each
vertex represents one of the classes. Two vertices are connected if there is a student taking both of those classes. Note
that if a student is taking both of those classes, then those final exams cannot occur at the same time.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F23af0884-495a-461c-9f7c-d263d97dbf10%2F53c42fa7-56eb-45c7-8676-e27f5a60c07f%2Fwmbpoq_processed.png&w=3840&q=75)
Transcribed Image Text:Graph theory can be used to help solve many real world problems. For example, we can use graph colorings to help us
solve situations like the one described below.
There are 10 people enrolled in the Extended Learning classes as part of a summer study abroad program. They are taking
the classes as shown in the table.
Darnal
Elsie
Mica
Kiana
Beatrix
Ignacio Literature, Psychology, Game Design
Hans
Religion, Ethics
Ethics, History, Literature
Ethics, Game Design
Psychology, Religion
Religion, Psychology
History, Religion
Landry Literature, Sociology, Religion
Jamie
Literature, Ethics
Callie Psychology, Game Design, Literature
The host university needs to schedule final exams for these students and would like to use the minimum number of time
slots required. We can use graph theory to help us analyze this situation.
We begin by making a graph using the data in the table. Draw the following graph on a piece of paper. In our graph, each
vertex represents one of the classes. Two vertices are connected if there is a student taking both of those classes. Note
that if a student is taking both of those classes, then those final exams cannot occur at the same time.
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