Twenty−three members of the executive committee of the Student Senate must vote for a student representative for the college board of trustees from among three candidates: Greenburg (G), Haskins (H), and Vazquez (V). The preference table follows. Number of Votes 9 2 8 4 First V G H H Second G H V G Third H V G V Another way to determine the winner if the plurality with elimination method is used is to eliminate the candidate with the most last-place votes at each step. Using the preference table given to the left, determine the winner if the plurality with elimination method is used and the candidate with the most last-place votes is eliminated at each step. Choose the correct answer below. A. Haskins B. Greenburg C. Vazquez D. There is no winner. There is a tie between Vazquez and Greenburg. E. There is no winner. There is a three-way tie.
Twenty−three members of the executive committee of the Student Senate must vote for a student representative for the college board of trustees from among three candidates: Greenburg (G), Haskins (H), and Vazquez (V). The preference table follows. Number of Votes 9 2 8 4 First V G H H Second G H V G Third H V G V Another way to determine the winner if the plurality with elimination method is used is to eliminate the candidate with the most last-place votes at each step. Using the preference table given to the left, determine the winner if the plurality with elimination method is used and the candidate with the most last-place votes is eliminated at each step. Choose the correct answer below. A. Haskins B. Greenburg C. Vazquez D. There is no winner. There is a tie between Vazquez and Greenburg. E. There is no winner. There is a three-way tie.
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Question
Twenty−three
members of the executive committee of the Student Senate must vote for a student representative for the college board of trustees from among three candidates: Greenburg (G), Haskins (H), and Vazquez (V). The preference table follows.|
Number of Votes
|
9
|
2
|
8
|
4
|
|
First
|
V
|
G
|
H
|
H
|
|
Second
|
G
|
H
|
V
|
G
|
|
Third
|
H
|
V
|
G
|
V
|
Another way to determine the winner if the plurality with elimination method is used is to eliminate the candidate with the most last-place votes at each step. Using the preference table given to the left, determine the winner if the plurality with elimination method is used and the candidate with the most last-place votes is eliminated at each step. Choose the correct answer below.
Haskins
Greenburg
Vazquez
There is no winner. There is a tie between
Vazquez
and
Greenburg.
There is no winner. There is a three-way tie.
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