Deck 12: Voting Methods

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Question
The results of an election are summarized in the following preference table. If the plurality method
Is used, determine whether the head-to-head comparison criterion has been violated and explain
Why. <strong>The results of an election are summarized in the following preference table. If the plurality method Is used, determine whether the head-to-head comparison criterion has been violated and explain Why.  </strong> A)Yes, because X does not win over Y in a head-to-head comparison. B)No, because X wins over Y and Z in a head-to-head comparison. C)No, because X is the plurality winner. D)Yes, because X does not win over Z in a head-to-head comparison. <div style=padding-top: 35px>

A)Yes, because X does not win over Y in a head-to-head comparison.
B)No, because X wins over Y and Z in a head-to-head comparison.
C)No, because X is the plurality winner.
D)Yes, because X does not win over Z in a head-to-head comparison.
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Question
A club voted on what time to have their next meeting (12:00 p.m., 1:00 p.m., 5:00 p.m., or 6:00
P.m.). The election results are summarized in the preference table below. <strong>A club voted on what time to have their next meeting (12:00 p.m., 1:00 p.m., 5:00 p.m., or 6:00 P.m.). The election results are summarized in the preference table below.   Using the Borda count method of voting, determine the winner.</strong> A)5:00 p.m. B)6:00 p.m. C)1:00 p.m. D)12:00 p.m. <div style=padding-top: 35px> Using the Borda count method of voting, determine the winner.

A)5:00 p.m.
B)6:00 p.m.
C)1:00 p.m.
D)12:00 p.m.
Question
The preference ballots for the election of teacher of the year by a junior high school are shown below. Make a
preference table for the results of the election and answer each question.
(a)How many people voted?
(b)How many people voted for the candidates in the order of preference BTW?
(c)How many people voted for candidate B as their first choice?
(d)Using the plurality method, determine the winner of the election. The preference ballots for the election of teacher of the year by a junior high school are shown below. Make a preference table for the results of the election and answer each question. (a)How many people voted? (b)How many people voted for the candidates in the order of preference BTW? (c)How many people voted for candidate B as their first choice? (d)Using the plurality method, determine the winner of the election.  <div style=padding-top: 35px>
Question
Make a preference table for the following preference ballots. Make a preference table for the following preference ballots.  <div style=padding-top: 35px>
Question
The results of an election are summarized in the following preference table. Determine the winner
using the plurality method. Then decide whether the election violates the head-to-head comparison
criterion and explain your answer. The results of an election are summarized in the following preference table. Determine the winner using the plurality method. Then decide whether the election violates the head-to-head comparison criterion and explain your answer.  <div style=padding-top: 35px>
Question
The Ballroom Dance Club voted on what time to have their Saturday meetings: 9:00 a.m. (N), 10:00 a.m. (T),
or 11:00 a.m. (E). The preference ballots for the election are shown below. Make a preference table for the
results of the election and answer each question.
(a)How many people voted?
(b)How many people voted for the candidates in the order of preference NTE?
(c)How many people voted for candidate N as their first choice?
(d)Using the plurality method, determine the winner of the election. The Ballroom Dance Club voted on what time to have their Saturday meetings: 9:00 a.m. (N), 10:00 a.m. (T), or 11:00 a.m. (E). The preference ballots for the election are shown below. Make a preference table for the results of the election and answer each question. (a)How many people voted? (b)How many people voted for the candidates in the order of preference NTE? (c)How many people voted for candidate N as their first choice? (d)Using the plurality method, determine the winner of the election.  <div style=padding-top: 35px>
Question
Use a preference table for the following preference ballots to answer the questions. Use a preference table for the following preference ballots to answer the questions.   (a)How many people voted? (b)How many people voted for the candidates in the order of preference XYZ? (c)How many people voted for candidate Y for their first choice?<div style=padding-top: 35px> (a)How many people voted?
(b)How many people voted for the candidates in the order of preference XYZ?
(c)How many people voted for candidate Y for their first choice?
Question
A class of fifth graders voted on their favorite flavor of ice cream, vanilla (V), chocolate (C), or
Strawberry (S). The election results are summarized in the preference table below. <strong>A class of fifth graders voted on their favorite flavor of ice cream, vanilla (V), chocolate (C), or Strawberry (S). The election results are summarized in the preference table below.   Using the Borda count method of voting, determine the winner.</strong> A)Vanilla (V) B)Strawberry (S) C)Chocolate (C) <div style=padding-top: 35px> Using the Borda count method of voting, determine the winner.

A)Vanilla (V)
B)Strawberry (S)
C)Chocolate (C)
Question
The preference table below summarizes the results of an election. Use the Borda count method of
voting, determine the winner. The preference table below summarizes the results of an election. Use the Borda count method of voting, determine the winner.  <div style=padding-top: 35px>
Question
The results of an election are summarized in the following preference table. Determine the winner
Using the plurality method. <strong>The results of an election are summarized in the following preference table. Determine the winner Using the plurality method.  </strong> A)Tie between P and J B)K C)J D)P <div style=padding-top: 35px>

A)Tie between P and J
B)K
C)J
D)P
Question
Use a preference table for the following preference ballots to determine the winner using the
plurality method. Use a preference table for the following preference ballots to determine the winner using the plurality method.  <div style=padding-top: 35px>
Question
Mrs. Jackson's third-grade class voted on whether to have a clown (C), a magician (M), or a superhero (S)at
their class party. Their preference ballots are shown below. Make a preference table for the results of the
election and answer each question.
(a)How many people voted?
(b)How many people voted for the candidates in the order of preference MSC?
(c)How many people voted for candidate C as their first choice?
(d)Using the plurality method, determine the winner of the election. Mrs. Jackson's third-grade class voted on whether to have a clown (C), a magician (M), or a superhero (S)at their class party. Their preference ballots are shown below. Make a preference table for the results of the election and answer each question. (a)How many people voted? (b)How many people voted for the candidates in the order of preference MSC? (c)How many people voted for candidate C as their first choice? (d)Using the plurality method, determine the winner of the election.  <div style=padding-top: 35px>
Question
The preference table below summarizes the results of an election. <strong>The preference table below summarizes the results of an election.   Using the Borda count method of voting, determine the winner.</strong> A)K B)J C)F D)T <div style=padding-top: 35px> Using the Borda count method of voting, determine the winner.

A)K
B)J
C)F
D)T
Question
The results of an election are summarized in the following preference table. If the plurality method
Is used to determine the winner, decide whether the head-to-head comparison criterion has been
Violated and explain your answer. <strong>The results of an election are summarized in the following preference table. If the plurality method Is used to determine the winner, decide whether the head-to-head comparison criterion has been Violated and explain your answer.  </strong> A)Yes. In a head-to-head comparison I won over Y but lost to E. B)Yes. In a head-to-head comparison I won over E but lost to Y. C)No. I is the plurality winner. D)No. In a head-to-head comparison I won over Y and E. <div style=padding-top: 35px>

A)Yes. In a head-to-head comparison I won over Y but lost to E.
B)Yes. In a head-to-head comparison I won over E but lost to Y.
C)No. I is the plurality winner.
D)No. In a head-to-head comparison I won over Y and E.
Question
Make a preference table for the following preference ballots. Make a preference table for the following preference ballots.  <div style=padding-top: 35px>
Question
Use a preference table for the following preference ballots to answer the questions. Use a preference table for the following preference ballots to answer the questions.   (a)How many people voted? (b)How many people voted for the candidates in the order of preference BCA? (c)How many people voted for candidate B for their first choice?<div style=padding-top: 35px> (a)How many people voted?
(b)How many people voted for the candidates in the order of preference BCA?
(c)How many people voted for candidate B for their first choice?
Question
Use the plurality method to determine the winner of the election summarized in the following
preference table. Has the head-to-head comparison criterion been violated? Use the plurality method to determine the winner of the election summarized in the following preference table. Has the head-to-head comparison criterion been violated?  <div style=padding-top: 35px>
Question
Use a preference table for the following preference ballots to determine the winner of the election
Using the plurality method. <strong>Use a preference table for the following preference ballots to determine the winner of the election Using the plurality method.  </strong> A)Candidate A wins. B)Candidate C wins. C)Candidate B wins. D)Candidates A and B tie. <div style=padding-top: 35px>

A)Candidate A wins.
B)Candidate C wins.
C)Candidate B wins.
D)Candidates A and B tie.
Question
  The results of an election are summarized in the following preference table. (a)How many people voted? (b)Determine the winner using the plurality method.<div style=padding-top: 35px> The results of an election are summarized in the following preference table.
(a)How many people voted?
(b)Determine the winner using the plurality method.
Question
A homeowners association voted on what color to paint the clubhouse, white (W), yellow (Y), or
taupe (T). The preference ballots for the election are shown below. Make a preference table for the
results of the election and answer each question.
(a)How many people voted?
(b)How many people voted for the candidates in the order of preference WYT?
(c)How many people voted for candidate W as their first choice?
(d)Using the plurality method, determine the winner of the election. A homeowners association voted on what color to paint the clubhouse, white (W), yellow (Y), or taupe (T). The preference ballots for the election are shown below. Make a preference table for the results of the election and answer each question. (a)How many people voted? (b)How many people voted for the candidates in the order of preference WYT? (c)How many people voted for candidate W as their first choice? (d)Using the plurality method, determine the winner of the election.  <div style=padding-top: 35px>
Question
The preference table below summarizes the results of an election. The preference table below summarizes the results of an election.   (a)Using the Borda count method of voting, determine the winner. (b)Does the election violate the majority criterion?<div style=padding-top: 35px> (a)Using the Borda count method of voting, determine the winner.
(b)Does the election violate the majority criterion?
Question
The preference table below summarizes the results of an election. The preference table below summarizes the results of an election.   (a)Using the Borda count method of voting, determine the winner. (b)Does the election violate the majority criterion?<div style=padding-top: 35px> (a)Using the Borda count method of voting, determine the winner.
(b)Does the election violate the majority criterion?
Question
If there are 8 candidates in an election, how many pairwise comparisons need to be made in order to
Determine a winner?

A)28
B)8
C)36
D)56
Question
The math department is voting for a new department chairperson. The candidates are Jenkins (J),
Peterson (P), and Thomas (T). The results of the election are summarized in the preference table
Below. <strong>The math department is voting for a new department chairperson. The candidates are Jenkins (J), Peterson (P), and Thomas (T). The results of the election are summarized in the preference table Below.   Using the plurality-with-elimination method of voting, determine the winner.</strong> A)Thomas (T) B)Peterson (P) C)Jenkins (J) <div style=padding-top: 35px> Using the plurality-with-elimination method of voting, determine the winner.

A)Thomas (T)
B)Peterson (P)
C)Jenkins (J)
Question
Suppose the election is declared invalid, and a reelection is held in which the people who originally
voted XWYZ change their vote to ZWYX. Suppose the election is declared invalid, and a reelection is held in which the people who originally voted XWYZ change their vote to ZWYX.   Is the monotonicity criterion violated? Explain your answer.<div style=padding-top: 35px> Is the monotonicity criterion violated? Explain your answer.
Question
The results of an election are summarized in the preference table below. <strong>The results of an election are summarized in the preference table below.   Using the pairwise comparison voting method, determine the winner.</strong> A)C B)A C)B <div style=padding-top: 35px> Using the pairwise comparison voting method, determine the winner.

A)C
B)A
C)B
Question
The results of an election are summarized in the following preference table. The results of an election are summarized in the following preference table.   (a)Determine the winner using the Borda method of voting. (b)Is the winner the same as the one determined by the plurality method?<div style=padding-top: 35px> (a)Determine the winner using the Borda method of voting.
(b)Is the winner the same as the one determined by the plurality method?
Question
The results of an election are summarized in the preference table below. <strong>The results of an election are summarized in the preference table below.   Using the plurality-with-elimination method of voting, determine the winner.</strong> A)A B)D C)C D)B <div style=padding-top: 35px> Using the plurality-with-elimination method of voting, determine the winner.

A)A
B)D
C)C
D)B
Question
The results of an election are summarized in the preference table below. <strong>The results of an election are summarized in the preference table below.   Using the plurality-with-elimination method of voting, determine the winner.</strong> A)Y B)X C)W D)Z <div style=padding-top: 35px> Using the plurality-with-elimination method of voting, determine the winner.

A)Y
B)X
C)W
D)Z
Question
The results of an election are summarized in the preference table below. <strong>The results of an election are summarized in the preference table below.   Suppose the election is declared invalid, and a reelection is held. If the people who voted XYZ in the Original election change their vote to ZXY, is the monotonicity criterion violated?</strong> A)Yes B)No <div style=padding-top: 35px> Suppose the election is declared invalid, and a reelection is held. If the people who voted XYZ in the
Original election change their vote to ZXY, is the monotonicity criterion violated?

A)Yes
B)No
Question
A club voted on what time to have their next meeting (12:00 p.m., 1:00 p.m., 5:00 p.m., or 6:00
p.m.). The election results are summarized in the preference table below. A club voted on what time to have their next meeting (12:00 p.m., 1:00 p.m., 5:00 p.m., or 6:00 p.m.). The election results are summarized in the preference table below.   Does the election violate the majority criterion? Explain your answer.<div style=padding-top: 35px> Does the election violate the majority criterion? Explain your answer.
Question
If there are 4 candidates in an election, how many pairwise comparisons need to be made in order to
determine a winner?
Question
The results of an election are summarized in the preference table below. <strong>The results of an election are summarized in the preference table below.   Using the plurality-with-elimination method of voting, determine the winner.</strong> A)A B)D C)C D)B <div style=padding-top: 35px> Using the plurality-with-elimination method of voting, determine the winner.

A)A
B)D
C)C
D)B
Question
A class of fifth graders voted on their favorite flavor of ice cream, vanilla (V), chocolate (C), or
strawberry (S). The election results are summarized in the preference table below. A class of fifth graders voted on their favorite flavor of ice cream, vanilla (V), chocolate (C), or strawberry (S). The election results are summarized in the preference table below.   Does the election violate the majority criterion? Explain your answer.<div style=padding-top: 35px> Does the election violate the majority criterion? Explain your answer.
Question
The results of an election are summarized in the preference table below. The results of an election are summarized in the preference table below.   If candidate A is unable to serve in the election and the votes are recounted, does this election violate the irrelevant alternative criterion? Explain your answer.<div style=padding-top: 35px> If candidate A is unable to serve in the election and the votes are recounted, does this election violate the
irrelevant alternative criterion? Explain your answer.
Question
The results of an election are summarized in the preference table below. The results of an election are summarized in the preference table below.   Using the pairwise comparison voting method, determine the winner.<div style=padding-top: 35px> Using the pairwise comparison voting method, determine the winner.
Question
The math department is voting for a new department chairperson. The candidates are Jenkins (J),
Peterson (P), and Thomas (T). The results of the election are summarized in the preference table
Below. <strong>The math department is voting for a new department chairperson. The candidates are Jenkins (J), Peterson (P), and Thomas (T). The results of the election are summarized in the preference table Below.   The winner is determined by the plurality-with-elimination method. Suppose the election is declared invalid, and that a reelection is held. If the voters in column 2 change their Vote from JPT to PJT, is the monotonicity criterion violated?</strong> A)Yes B)No <div style=padding-top: 35px> The winner is determined by the plurality-with-elimination method.
Suppose the election is declared invalid, and that a reelection is held. If the voters in column 2 change their
Vote from JPT to PJT, is the monotonicity criterion violated?

A)Yes
B)No
Question
The results of an election are summarized in the preference table below. The results of an election are summarized in the preference table below.   The winner is determined using the plurality-with-elimination method. Suppose the election is declared invalid. The results of the reelection are summarized in the preference table below.   Is the monotonicity criterion violated? Explain your answer.<div style=padding-top: 35px> The winner is determined using the plurality-with-elimination method.
Suppose the election is declared invalid. The results of the reelection are summarized in the preference table
below. The results of an election are summarized in the preference table below.   The winner is determined using the plurality-with-elimination method. Suppose the election is declared invalid. The results of the reelection are summarized in the preference table below.   Is the monotonicity criterion violated? Explain your answer.<div style=padding-top: 35px> Is the monotonicity criterion violated? Explain your answer.
Question
The results of an election are summarized in the preference table below. <strong>The results of an election are summarized in the preference table below.   Using the plurality-with-elimination method of voting, determine the winner.</strong> A)X B)Z C)Y <div style=padding-top: 35px> Using the plurality-with-elimination method of voting, determine the winner.

A)X
B)Z
C)Y
Question
The results of an election are summarized in the following preference table. The results of an election are summarized in the following preference table.   (a)Determine the winner using the Borda method of voting. (b)Is the winner the same as the one determined by the plurality method?<div style=padding-top: 35px> (a)Determine the winner using the Borda method of voting.
(b)Is the winner the same as the one determined by the plurality method?
Question
A department store is hiring 13 new sales associates and needs to assign them to four departments
According to the volume of sales in dollars. The daily sales in dollars are given below. (a)Use the
Huntington-Hill method to decide how many associates each department should receive and (b)write the (standard or modified)divisor used (answers may vary). Round divisor to the nearest
Whole number. <strong>A department store is hiring 13 new sales associates and needs to assign them to four departments According to the volume of sales in dollars. The daily sales in dollars are given below. (a)Use the Huntington-Hill method to decide how many associates each department should receive and (b)write the (standard or modified)divisor used (answers may vary). Round divisor to the nearest Whole number.  </strong> A)   B)   C)   D)   <div style=padding-top: 35px>

A) <strong>A department store is hiring 13 new sales associates and needs to assign them to four departments According to the volume of sales in dollars. The daily sales in dollars are given below. (a)Use the Huntington-Hill method to decide how many associates each department should receive and (b)write the (standard or modified)divisor used (answers may vary). Round divisor to the nearest Whole number.  </strong> A)   B)   C)   D)   <div style=padding-top: 35px>
B) <strong>A department store is hiring 13 new sales associates and needs to assign them to four departments According to the volume of sales in dollars. The daily sales in dollars are given below. (a)Use the Huntington-Hill method to decide how many associates each department should receive and (b)write the (standard or modified)divisor used (answers may vary). Round divisor to the nearest Whole number.  </strong> A)   B)   C)   D)   <div style=padding-top: 35px>
C) <strong>A department store is hiring 13 new sales associates and needs to assign them to four departments According to the volume of sales in dollars. The daily sales in dollars are given below. (a)Use the Huntington-Hill method to decide how many associates each department should receive and (b)write the (standard or modified)divisor used (answers may vary). Round divisor to the nearest Whole number.  </strong> A)   B)   C)   D)   <div style=padding-top: 35px>
D) <strong>A department store is hiring 13 new sales associates and needs to assign them to four departments According to the volume of sales in dollars. The daily sales in dollars are given below. (a)Use the Huntington-Hill method to decide how many associates each department should receive and (b)write the (standard or modified)divisor used (answers may vary). Round divisor to the nearest Whole number.  </strong> A)   B)   C)   D)   <div style=padding-top: 35px>
Question
Twelve new police officers are to be assigned to four precincts. The populations of the precincts are
Shown below. (a)Use Webster's method to determine how many of the 12 new officers each
Precinct should receive and (b)write the modified divisor used (answers may vary). Round the
Divisor to the nearest whole number, if necessary. <strong>Twelve new police officers are to be assigned to four precincts. The populations of the precincts are Shown below. (a)Use Webster's method to determine how many of the 12 new officers each Precinct should receive and (b)write the modified divisor used (answers may vary). Round the Divisor to the nearest whole number, if necessary.  </strong> A)   B)   C)   D)   <div style=padding-top: 35px>

A) <strong>Twelve new police officers are to be assigned to four precincts. The populations of the precincts are Shown below. (a)Use Webster's method to determine how many of the 12 new officers each Precinct should receive and (b)write the modified divisor used (answers may vary). Round the Divisor to the nearest whole number, if necessary.  </strong> A)   B)   C)   D)   <div style=padding-top: 35px>
B) <strong>Twelve new police officers are to be assigned to four precincts. The populations of the precincts are Shown below. (a)Use Webster's method to determine how many of the 12 new officers each Precinct should receive and (b)write the modified divisor used (answers may vary). Round the Divisor to the nearest whole number, if necessary.  </strong> A)   B)   C)   D)   <div style=padding-top: 35px>
C) <strong>Twelve new police officers are to be assigned to four precincts. The populations of the precincts are Shown below. (a)Use Webster's method to determine how many of the 12 new officers each Precinct should receive and (b)write the modified divisor used (answers may vary). Round the Divisor to the nearest whole number, if necessary.  </strong> A)   B)   C)   D)   <div style=padding-top: 35px>
D) <strong>Twelve new police officers are to be assigned to four precincts. The populations of the precincts are Shown below. (a)Use Webster's method to determine how many of the 12 new officers each Precinct should receive and (b)write the modified divisor used (answers may vary). Round the Divisor to the nearest whole number, if necessary.  </strong> A)   B)   C)   D)   <div style=padding-top: 35px>
Question
The results of an election are summarized in the preference table below. The results of an election are summarized in the preference table below.   (a)Using the pairwise comparison voting method, determine the winner. (b)If candidate Z drops out, does this election violate the irrelevant alternative criterion?<div style=padding-top: 35px> (a)Using the pairwise comparison voting method, determine the winner.
(b)If candidate Z drops out, does this election violate the irrelevant alternative criterion?
Question
The results of an election are summarized in the preference table below. The results of an election are summarized in the preference table below.   (a)Using the pairwise comparison voting method, determine the winner. (b)If candidate X drops out and the votes are recounted, does this election violate the irrelevant alternative Criterion?<div style=padding-top: 35px> (a)Using the pairwise comparison voting method, determine the winner.
(b)If candidate X drops out and the votes are recounted, does this election violate the irrelevant alternative
Criterion?
Question
A city with three districts has an increase in population as indicated in the table, Using Hamilton's
Method, apportion the 21 seats between the three districts both before and after the population
Increase. Look at the percent increase in population for each district to determine if the population
Paradox occurred. <strong>A city with three districts has an increase in population as indicated in the table, Using Hamilton's Method, apportion the 21 seats between the three districts both before and after the population Increase. Look at the percent increase in population for each district to determine if the population Paradox occurred.  </strong> A)population paradox occurred B)population paradox did not occur <div style=padding-top: 35px>

A)population paradox occurred
B)population paradox did not occur
Question
A committee must select one of its members to serve as president. They vote using the approval
Method. The results are shown. <strong>A committee must select one of its members to serve as president. They vote using the approval Method. The results are shown.   Who was selected to be president of the committee?</strong> A)Kim B)Morgan C)Bayer D)Nelson <div style=padding-top: 35px> Who was selected to be president of the committee?

A)Kim
B)Morgan
C)Bayer
D)Nelson
Question
A large chain store needs to assign 11 buyers to its five stores. The standard divisor is 29.7 and the
Number of employees and standard quota for each store are shown below. (a)Determine how many
Buyers each store should receive using Jefferson's method and (b)indicate the modified divisor used
(answers may vary). Round the divisor to the nearest tenth, if necessary. <strong>A large chain store needs to assign 11 buyers to its five stores. The standard divisor is 29.7 and the Number of employees and standard quota for each store are shown below. (a)Determine how many Buyers each store should receive using Jefferson's method and (b)indicate the modified divisor used (answers may vary). Round the divisor to the nearest tenth, if necessary.  </strong> A)   B)   C)   D)   <div style=padding-top: 35px>

A) <strong>A large chain store needs to assign 11 buyers to its five stores. The standard divisor is 29.7 and the Number of employees and standard quota for each store are shown below. (a)Determine how many Buyers each store should receive using Jefferson's method and (b)indicate the modified divisor used (answers may vary). Round the divisor to the nearest tenth, if necessary.  </strong> A)   B)   C)   D)   <div style=padding-top: 35px>
B) <strong>A large chain store needs to assign 11 buyers to its five stores. The standard divisor is 29.7 and the Number of employees and standard quota for each store are shown below. (a)Determine how many Buyers each store should receive using Jefferson's method and (b)indicate the modified divisor used (answers may vary). Round the divisor to the nearest tenth, if necessary.  </strong> A)   B)   C)   D)   <div style=padding-top: 35px>
C) <strong>A large chain store needs to assign 11 buyers to its five stores. The standard divisor is 29.7 and the Number of employees and standard quota for each store are shown below. (a)Determine how many Buyers each store should receive using Jefferson's method and (b)indicate the modified divisor used (answers may vary). Round the divisor to the nearest tenth, if necessary.  </strong> A)   B)   C)   D)   <div style=padding-top: 35px>
D) <strong>A large chain store needs to assign 11 buyers to its five stores. The standard divisor is 29.7 and the Number of employees and standard quota for each store are shown below. (a)Determine how many Buyers each store should receive using Jefferson's method and (b)indicate the modified divisor used (answers may vary). Round the divisor to the nearest tenth, if necessary.  </strong> A)   B)   C)   D)   <div style=padding-top: 35px>
Question
A club voted on whether to meet on Monday (M), Wednesday (W), Friday (F), or Saturday (S). The
Results of the election are summarized in the preference table below. A club voted on whether to meet on Monday (M), Wednesday (W), Friday (F), or Saturday (S). The Results of the election are summarized in the preference table below.   (a)Using the pairwise comparison voting method, determine the winner. (b)If candidate S is eliminated and the votes are recounted, does this election violate the irrelevant alternative Criterion?<div style=padding-top: 35px> (a)Using the pairwise comparison voting method, determine the winner.
(b)If candidate S is eliminated and the votes are recounted, does this election violate the irrelevant alternative
Criterion?
Question
A freight company has four terminals. The volume of business in truckloads for each terminal is
Shown below along with the standard quota. The owner has purchased 9 new trucks to be allocated
To the four terminals. If the standard divisor is 20.8, (a)determine how many trucks each terminal
Should receive using Adam's method and (b)indicate the modified divisor used (answers may vary).
Round the divisor to the nearest tenth, if necessary. <strong>A freight company has four terminals. The volume of business in truckloads for each terminal is Shown below along with the standard quota. The owner has purchased 9 new trucks to be allocated To the four terminals. If the standard divisor is 20.8, (a)determine how many trucks each terminal Should receive using Adam's method and (b)indicate the modified divisor used (answers may vary). Round the divisor to the nearest tenth, if necessary.  </strong> A)   B)   C)   D)   <div style=padding-top: 35px>

A) <strong>A freight company has four terminals. The volume of business in truckloads for each terminal is Shown below along with the standard quota. The owner has purchased 9 new trucks to be allocated To the four terminals. If the standard divisor is 20.8, (a)determine how many trucks each terminal Should receive using Adam's method and (b)indicate the modified divisor used (answers may vary). Round the divisor to the nearest tenth, if necessary.  </strong> A)   B)   C)   D)   <div style=padding-top: 35px>
B) <strong>A freight company has four terminals. The volume of business in truckloads for each terminal is Shown below along with the standard quota. The owner has purchased 9 new trucks to be allocated To the four terminals. If the standard divisor is 20.8, (a)determine how many trucks each terminal Should receive using Adam's method and (b)indicate the modified divisor used (answers may vary). Round the divisor to the nearest tenth, if necessary.  </strong> A)   B)   C)   D)   <div style=padding-top: 35px>
C) <strong>A freight company has four terminals. The volume of business in truckloads for each terminal is Shown below along with the standard quota. The owner has purchased 9 new trucks to be allocated To the four terminals. If the standard divisor is 20.8, (a)determine how many trucks each terminal Should receive using Adam's method and (b)indicate the modified divisor used (answers may vary). Round the divisor to the nearest tenth, if necessary.  </strong> A)   B)   C)   D)   <div style=padding-top: 35px>
D) <strong>A freight company has four terminals. The volume of business in truckloads for each terminal is Shown below along with the standard quota. The owner has purchased 9 new trucks to be allocated To the four terminals. If the standard divisor is 20.8, (a)determine how many trucks each terminal Should receive using Adam's method and (b)indicate the modified divisor used (answers may vary). Round the divisor to the nearest tenth, if necessary.  </strong> A)   B)   C)   D)   <div style=padding-top: 35px>
Question
The table shows the enrollment at two campuses of a community college. <strong>The table shows the enrollment at two campuses of a community college.   (a)Apportion 55 new media podiums to the two campuses according to Hamilton's method. (b)Suppose the college adds a third campus with enrollment of 1,143 and correspondingly adds seven Podiums. Reapportion the 62 podiums using Hamilton's method. (c)Determine if the new states paradox occurs.</strong> A)   B)   C)   D)   <div style=padding-top: 35px> (a)Apportion 55 new media podiums to the two campuses according to Hamilton's method.
(b)Suppose the college adds a third campus with enrollment of 1,143 and correspondingly adds seven
Podiums. Reapportion the 62 podiums using Hamilton's method.
(c)Determine if the new states paradox occurs.

A) <strong>The table shows the enrollment at two campuses of a community college.   (a)Apportion 55 new media podiums to the two campuses according to Hamilton's method. (b)Suppose the college adds a third campus with enrollment of 1,143 and correspondingly adds seven Podiums. Reapportion the 62 podiums using Hamilton's method. (c)Determine if the new states paradox occurs.</strong> A)   B)   C)   D)   <div style=padding-top: 35px>
B) <strong>The table shows the enrollment at two campuses of a community college.   (a)Apportion 55 new media podiums to the two campuses according to Hamilton's method. (b)Suppose the college adds a third campus with enrollment of 1,143 and correspondingly adds seven Podiums. Reapportion the 62 podiums using Hamilton's method. (c)Determine if the new states paradox occurs.</strong> A)   B)   C)   D)   <div style=padding-top: 35px>
C) <strong>The table shows the enrollment at two campuses of a community college.   (a)Apportion 55 new media podiums to the two campuses according to Hamilton's method. (b)Suppose the college adds a third campus with enrollment of 1,143 and correspondingly adds seven Podiums. Reapportion the 62 podiums using Hamilton's method. (c)Determine if the new states paradox occurs.</strong> A)   B)   C)   D)   <div style=padding-top: 35px>
D) <strong>The table shows the enrollment at two campuses of a community college.   (a)Apportion 55 new media podiums to the two campuses according to Hamilton's method. (b)Suppose the college adds a third campus with enrollment of 1,143 and correspondingly adds seven Podiums. Reapportion the 62 podiums using Hamilton's method. (c)Determine if the new states paradox occurs.</strong> A)   B)   C)   D)   <div style=padding-top: 35px>
Question
The results of an election are summarized in the preference table below. The results of an election are summarized in the preference table below.   (a)Using the pairwise comparison voting method, determine the winner. (b)If candidate B is eliminated and the votes are recounted, does this election violate the irrelevant alternative Criterion?<div style=padding-top: 35px> (a)Using the pairwise comparison voting method, determine the winner.
(b)If candidate B is eliminated and the votes are recounted, does this election violate the irrelevant alternative
Criterion?
Question
A tenure board must select one teacher to get tenure. They vote using the approval method. The
Results are shown. <strong>A tenure board must select one teacher to get tenure. They vote using the approval method. The Results are shown.   Which teacher was selected?</strong> A)Sykes B)Draper C)Robins D)Wong <div style=padding-top: 35px> Which teacher was selected?

A)Sykes
B)Draper
C)Robins
D)Wong
Question
A hiring board must select a new teacher. They vote using the approval method. The results are
Shown. <strong>A hiring board must select a new teacher. They vote using the approval method. The results are Shown.   Which applicant was selected?</strong> A)Boyd B)Phillips C)James D)Hanson <div style=padding-top: 35px> Which applicant was selected?

A)Boyd
B)Phillips
C)James
D)Hanson
Question
This year 10 faculty members are to receive promotions at a community college with three
Campuses. The number of promotions will be apportioned according to the number of full-time
Faculty members as shown. Find (a)the standard divisor and (b)the standard quota for each district.
Round answers to three decimal places, if necessary. <strong>This year 10 faculty members are to receive promotions at a community college with three Campuses. The number of promotions will be apportioned according to the number of full-time Faculty members as shown. Find (a)the standard divisor and (b)the standard quota for each district. Round answers to three decimal places, if necessary.  </strong> A)(a)45 B)(a)46 C)(a)46 D)(a)45 (b)South: 2.956 (b)South: 2.956 (b)South: 2.891 (b)South: 2.891 Central: 3.2 Central: 3.2 Central: 3.13 Central: 3.13 North: 3.844 North: 3.844 North: 3.761 North: 3.761 <div style=padding-top: 35px>

A)(a)45
B)(a)46
C)(a)46
D)(a)45 (b)South: 2.956 (b)South: 2.956 (b)South: 2.891 (b)South: 2.891
Central: 3.2 Central: 3.2 Central: 3.13 Central: 3.13
North: 3.844 North: 3.844 North: 3.761 North: 3.761
Question
A county library has three branches. The number of books at each branch of the library is shown
Below. The head librarian purchased 53 new books and apportioned them to the libraries using
Hamilton's method. When the book order arrived the librarian noticed there was an extra book
Added as a "bonus" and she reapportioned the books with the extra book added. Determine if the
Reapportionment resulted in the Alabama paradox <strong>A county library has three branches. The number of books at each branch of the library is shown Below. The head librarian purchased 53 new books and apportioned them to the libraries using Hamilton's method. When the book order arrived the librarian noticed there was an extra book Added as a bonus and she reapportioned the books with the extra book added. Determine if the Reapportionment resulted in the Alabama paradox  </strong> A)Alabama paradox did not occur B)Alabama paradox occurred <div style=padding-top: 35px>

A)Alabama paradox did not occur
B)Alabama paradox occurred
Question
A county has three clinics; the weekly number of patients seen by a nurse practitioner in each clinic
Is shown below. The director hires eight new nurse practitioners; find the geometric mean of the
Upper and lower quotas for each clinic. Round to three decimal places, if necessary. <strong>A county has three clinics; the weekly number of patients seen by a nurse practitioner in each clinic Is shown below. The director hires eight new nurse practitioners; find the geometric mean of the Upper and lower quotas for each clinic. Round to three decimal places, if necessary.  </strong> A)   B)   C)   D)   <div style=padding-top: 35px>

A) <strong>A county has three clinics; the weekly number of patients seen by a nurse practitioner in each clinic Is shown below. The director hires eight new nurse practitioners; find the geometric mean of the Upper and lower quotas for each clinic. Round to three decimal places, if necessary.  </strong> A)   B)   C)   D)   <div style=padding-top: 35px>
B) <strong>A county has three clinics; the weekly number of patients seen by a nurse practitioner in each clinic Is shown below. The director hires eight new nurse practitioners; find the geometric mean of the Upper and lower quotas for each clinic. Round to three decimal places, if necessary.  </strong> A)   B)   C)   D)   <div style=padding-top: 35px>
C) <strong>A county has three clinics; the weekly number of patients seen by a nurse practitioner in each clinic Is shown below. The director hires eight new nurse practitioners; find the geometric mean of the Upper and lower quotas for each clinic. Round to three decimal places, if necessary.  </strong> A)   B)   C)   D)   <div style=padding-top: 35px>
D) <strong>A county has three clinics; the weekly number of patients seen by a nurse practitioner in each clinic Is shown below. The director hires eight new nurse practitioners; find the geometric mean of the Upper and lower quotas for each clinic. Round to three decimal places, if necessary.  </strong> A)   B)   C)   D)   <div style=padding-top: 35px>
Question
An automotive repair company has four stores in a large city. The owner purchased 7 diagnostic
Computers for the business. The number of cars serviced per store each month is given below along
With the standard quota. If the standard divisor is 79.7, (a)use Webster's method to determine how
Many computers each store should get based on number of cars serviced and (b)write the modified
Divisor used (answers may vary). Round the divisor to the nearest tenth, if necessary. <strong>An automotive repair company has four stores in a large city. The owner purchased 7 diagnostic Computers for the business. The number of cars serviced per store each month is given below along With the standard quota. If the standard divisor is 79.7, (a)use Webster's method to determine how Many computers each store should get based on number of cars serviced and (b)write the modified Divisor used (answers may vary). Round the divisor to the nearest tenth, if necessary.  </strong> A)   B)   C)   D)   <div style=padding-top: 35px>

A) <strong>An automotive repair company has four stores in a large city. The owner purchased 7 diagnostic Computers for the business. The number of cars serviced per store each month is given below along With the standard quota. If the standard divisor is 79.7, (a)use Webster's method to determine how Many computers each store should get based on number of cars serviced and (b)write the modified Divisor used (answers may vary). Round the divisor to the nearest tenth, if necessary.  </strong> A)   B)   C)   D)   <div style=padding-top: 35px>
B) <strong>An automotive repair company has four stores in a large city. The owner purchased 7 diagnostic Computers for the business. The number of cars serviced per store each month is given below along With the standard quota. If the standard divisor is 79.7, (a)use Webster's method to determine how Many computers each store should get based on number of cars serviced and (b)write the modified Divisor used (answers may vary). Round the divisor to the nearest tenth, if necessary.  </strong> A)   B)   C)   D)   <div style=padding-top: 35px>
C) <strong>An automotive repair company has four stores in a large city. The owner purchased 7 diagnostic Computers for the business. The number of cars serviced per store each month is given below along With the standard quota. If the standard divisor is 79.7, (a)use Webster's method to determine how Many computers each store should get based on number of cars serviced and (b)write the modified Divisor used (answers may vary). Round the divisor to the nearest tenth, if necessary.  </strong> A)   B)   C)   D)   <div style=padding-top: 35px>
D) <strong>An automotive repair company has four stores in a large city. The owner purchased 7 diagnostic Computers for the business. The number of cars serviced per store each month is given below along With the standard quota. If the standard divisor is 79.7, (a)use Webster's method to determine how Many computers each store should get based on number of cars serviced and (b)write the modified Divisor used (answers may vary). Round the divisor to the nearest tenth, if necessary.  </strong> A)   B)   C)   D)   <div style=padding-top: 35px>
Question
A county has three districts. Seven representatives are to be appointed to the county board. The
Standard divisor is 65 and the standard quota for each district is shown below. (a)Find the upper
And lower quotas for each district and (b)determine how many representatives each district should
Receive using Hamilton's method. <strong>A county has three districts. Seven representatives are to be appointed to the county board. The Standard divisor is 65 and the standard quota for each district is shown below. (a)Find the upper And lower quotas for each district and (b)determine how many representatives each district should Receive using Hamilton's method.  </strong> A)   B)   C)   D)   <div style=padding-top: 35px>

A) <strong>A county has three districts. Seven representatives are to be appointed to the county board. The Standard divisor is 65 and the standard quota for each district is shown below. (a)Find the upper And lower quotas for each district and (b)determine how many representatives each district should Receive using Hamilton's method.  </strong> A)   B)   C)   D)   <div style=padding-top: 35px>
B) <strong>A county has three districts. Seven representatives are to be appointed to the county board. The Standard divisor is 65 and the standard quota for each district is shown below. (a)Find the upper And lower quotas for each district and (b)determine how many representatives each district should Receive using Hamilton's method.  </strong> A)   B)   C)   D)   <div style=padding-top: 35px>
C) <strong>A county has three districts. Seven representatives are to be appointed to the county board. The Standard divisor is 65 and the standard quota for each district is shown below. (a)Find the upper And lower quotas for each district and (b)determine how many representatives each district should Receive using Hamilton's method.  </strong> A)   B)   C)   D)   <div style=padding-top: 35px>
D) <strong>A county has three districts. Seven representatives are to be appointed to the county board. The Standard divisor is 65 and the standard quota for each district is shown below. (a)Find the upper And lower quotas for each district and (b)determine how many representatives each district should Receive using Hamilton's method.  </strong> A)   B)   C)   D)   <div style=padding-top: 35px>
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Deck 12: Voting Methods
1
The results of an election are summarized in the following preference table. If the plurality method
Is used, determine whether the head-to-head comparison criterion has been violated and explain
Why. <strong>The results of an election are summarized in the following preference table. If the plurality method Is used, determine whether the head-to-head comparison criterion has been violated and explain Why.  </strong> A)Yes, because X does not win over Y in a head-to-head comparison. B)No, because X wins over Y and Z in a head-to-head comparison. C)No, because X is the plurality winner. D)Yes, because X does not win over Z in a head-to-head comparison.

A)Yes, because X does not win over Y in a head-to-head comparison.
B)No, because X wins over Y and Z in a head-to-head comparison.
C)No, because X is the plurality winner.
D)Yes, because X does not win over Z in a head-to-head comparison.
D
2
A club voted on what time to have their next meeting (12:00 p.m., 1:00 p.m., 5:00 p.m., or 6:00
P.m.). The election results are summarized in the preference table below. <strong>A club voted on what time to have their next meeting (12:00 p.m., 1:00 p.m., 5:00 p.m., or 6:00 P.m.). The election results are summarized in the preference table below.   Using the Borda count method of voting, determine the winner.</strong> A)5:00 p.m. B)6:00 p.m. C)1:00 p.m. D)12:00 p.m. Using the Borda count method of voting, determine the winner.

A)5:00 p.m.
B)6:00 p.m.
C)1:00 p.m.
D)12:00 p.m.
B
3
The preference ballots for the election of teacher of the year by a junior high school are shown below. Make a
preference table for the results of the election and answer each question.
(a)How many people voted?
(b)How many people voted for the candidates in the order of preference BTW?
(c)How many people voted for candidate B as their first choice?
(d)Using the plurality method, determine the winner of the election. The preference ballots for the election of teacher of the year by a junior high school are shown below. Make a preference table for the results of the election and answer each question. (a)How many people voted? (b)How many people voted for the candidates in the order of preference BTW? (c)How many people voted for candidate B as their first choice? (d)Using the plurality method, determine the winner of the election.
  (a)22 (b)8 (c)10 (d)Tie between B and T (a)22
(b)8
(c)10
(d)Tie between B and T
4
Make a preference table for the following preference ballots. Make a preference table for the following preference ballots.
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5
The results of an election are summarized in the following preference table. Determine the winner
using the plurality method. Then decide whether the election violates the head-to-head comparison
criterion and explain your answer. The results of an election are summarized in the following preference table. Determine the winner using the plurality method. Then decide whether the election violates the head-to-head comparison criterion and explain your answer.
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6
The Ballroom Dance Club voted on what time to have their Saturday meetings: 9:00 a.m. (N), 10:00 a.m. (T),
or 11:00 a.m. (E). The preference ballots for the election are shown below. Make a preference table for the
results of the election and answer each question.
(a)How many people voted?
(b)How many people voted for the candidates in the order of preference NTE?
(c)How many people voted for candidate N as their first choice?
(d)Using the plurality method, determine the winner of the election. The Ballroom Dance Club voted on what time to have their Saturday meetings: 9:00 a.m. (N), 10:00 a.m. (T), or 11:00 a.m. (E). The preference ballots for the election are shown below. Make a preference table for the results of the election and answer each question. (a)How many people voted? (b)How many people voted for the candidates in the order of preference NTE? (c)How many people voted for candidate N as their first choice? (d)Using the plurality method, determine the winner of the election.
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7
Use a preference table for the following preference ballots to answer the questions. Use a preference table for the following preference ballots to answer the questions.   (a)How many people voted? (b)How many people voted for the candidates in the order of preference XYZ? (c)How many people voted for candidate Y for their first choice? (a)How many people voted?
(b)How many people voted for the candidates in the order of preference XYZ?
(c)How many people voted for candidate Y for their first choice?
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8
A class of fifth graders voted on their favorite flavor of ice cream, vanilla (V), chocolate (C), or
Strawberry (S). The election results are summarized in the preference table below. <strong>A class of fifth graders voted on their favorite flavor of ice cream, vanilla (V), chocolate (C), or Strawberry (S). The election results are summarized in the preference table below.   Using the Borda count method of voting, determine the winner.</strong> A)Vanilla (V) B)Strawberry (S) C)Chocolate (C) Using the Borda count method of voting, determine the winner.

A)Vanilla (V)
B)Strawberry (S)
C)Chocolate (C)
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9
The preference table below summarizes the results of an election. Use the Borda count method of
voting, determine the winner. The preference table below summarizes the results of an election. Use the Borda count method of voting, determine the winner.
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10
The results of an election are summarized in the following preference table. Determine the winner
Using the plurality method. <strong>The results of an election are summarized in the following preference table. Determine the winner Using the plurality method.  </strong> A)Tie between P and J B)K C)J D)P

A)Tie between P and J
B)K
C)J
D)P
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11
Use a preference table for the following preference ballots to determine the winner using the
plurality method. Use a preference table for the following preference ballots to determine the winner using the plurality method.
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12
Mrs. Jackson's third-grade class voted on whether to have a clown (C), a magician (M), or a superhero (S)at
their class party. Their preference ballots are shown below. Make a preference table for the results of the
election and answer each question.
(a)How many people voted?
(b)How many people voted for the candidates in the order of preference MSC?
(c)How many people voted for candidate C as their first choice?
(d)Using the plurality method, determine the winner of the election. Mrs. Jackson's third-grade class voted on whether to have a clown (C), a magician (M), or a superhero (S)at their class party. Their preference ballots are shown below. Make a preference table for the results of the election and answer each question. (a)How many people voted? (b)How many people voted for the candidates in the order of preference MSC? (c)How many people voted for candidate C as their first choice? (d)Using the plurality method, determine the winner of the election.
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13
The preference table below summarizes the results of an election. <strong>The preference table below summarizes the results of an election.   Using the Borda count method of voting, determine the winner.</strong> A)K B)J C)F D)T Using the Borda count method of voting, determine the winner.

A)K
B)J
C)F
D)T
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14
The results of an election are summarized in the following preference table. If the plurality method
Is used to determine the winner, decide whether the head-to-head comparison criterion has been
Violated and explain your answer. <strong>The results of an election are summarized in the following preference table. If the plurality method Is used to determine the winner, decide whether the head-to-head comparison criterion has been Violated and explain your answer.  </strong> A)Yes. In a head-to-head comparison I won over Y but lost to E. B)Yes. In a head-to-head comparison I won over E but lost to Y. C)No. I is the plurality winner. D)No. In a head-to-head comparison I won over Y and E.

A)Yes. In a head-to-head comparison I won over Y but lost to E.
B)Yes. In a head-to-head comparison I won over E but lost to Y.
C)No. I is the plurality winner.
D)No. In a head-to-head comparison I won over Y and E.
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15
Make a preference table for the following preference ballots. Make a preference table for the following preference ballots.
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16
Use a preference table for the following preference ballots to answer the questions. Use a preference table for the following preference ballots to answer the questions.   (a)How many people voted? (b)How many people voted for the candidates in the order of preference BCA? (c)How many people voted for candidate B for their first choice? (a)How many people voted?
(b)How many people voted for the candidates in the order of preference BCA?
(c)How many people voted for candidate B for their first choice?
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17
Use the plurality method to determine the winner of the election summarized in the following
preference table. Has the head-to-head comparison criterion been violated? Use the plurality method to determine the winner of the election summarized in the following preference table. Has the head-to-head comparison criterion been violated?
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18
Use a preference table for the following preference ballots to determine the winner of the election
Using the plurality method. <strong>Use a preference table for the following preference ballots to determine the winner of the election Using the plurality method.  </strong> A)Candidate A wins. B)Candidate C wins. C)Candidate B wins. D)Candidates A and B tie.

A)Candidate A wins.
B)Candidate C wins.
C)Candidate B wins.
D)Candidates A and B tie.
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19
  The results of an election are summarized in the following preference table. (a)How many people voted? (b)Determine the winner using the plurality method. The results of an election are summarized in the following preference table.
(a)How many people voted?
(b)Determine the winner using the plurality method.
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20
A homeowners association voted on what color to paint the clubhouse, white (W), yellow (Y), or
taupe (T). The preference ballots for the election are shown below. Make a preference table for the
results of the election and answer each question.
(a)How many people voted?
(b)How many people voted for the candidates in the order of preference WYT?
(c)How many people voted for candidate W as their first choice?
(d)Using the plurality method, determine the winner of the election. A homeowners association voted on what color to paint the clubhouse, white (W), yellow (Y), or taupe (T). The preference ballots for the election are shown below. Make a preference table for the results of the election and answer each question. (a)How many people voted? (b)How many people voted for the candidates in the order of preference WYT? (c)How many people voted for candidate W as their first choice? (d)Using the plurality method, determine the winner of the election.
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21
The preference table below summarizes the results of an election. The preference table below summarizes the results of an election.   (a)Using the Borda count method of voting, determine the winner. (b)Does the election violate the majority criterion? (a)Using the Borda count method of voting, determine the winner.
(b)Does the election violate the majority criterion?
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22
The preference table below summarizes the results of an election. The preference table below summarizes the results of an election.   (a)Using the Borda count method of voting, determine the winner. (b)Does the election violate the majority criterion? (a)Using the Borda count method of voting, determine the winner.
(b)Does the election violate the majority criterion?
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23
If there are 8 candidates in an election, how many pairwise comparisons need to be made in order to
Determine a winner?

A)28
B)8
C)36
D)56
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24
The math department is voting for a new department chairperson. The candidates are Jenkins (J),
Peterson (P), and Thomas (T). The results of the election are summarized in the preference table
Below. <strong>The math department is voting for a new department chairperson. The candidates are Jenkins (J), Peterson (P), and Thomas (T). The results of the election are summarized in the preference table Below.   Using the plurality-with-elimination method of voting, determine the winner.</strong> A)Thomas (T) B)Peterson (P) C)Jenkins (J) Using the plurality-with-elimination method of voting, determine the winner.

A)Thomas (T)
B)Peterson (P)
C)Jenkins (J)
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25
Suppose the election is declared invalid, and a reelection is held in which the people who originally
voted XWYZ change their vote to ZWYX. Suppose the election is declared invalid, and a reelection is held in which the people who originally voted XWYZ change their vote to ZWYX.   Is the monotonicity criterion violated? Explain your answer. Is the monotonicity criterion violated? Explain your answer.
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26
The results of an election are summarized in the preference table below. <strong>The results of an election are summarized in the preference table below.   Using the pairwise comparison voting method, determine the winner.</strong> A)C B)A C)B Using the pairwise comparison voting method, determine the winner.

A)C
B)A
C)B
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27
The results of an election are summarized in the following preference table. The results of an election are summarized in the following preference table.   (a)Determine the winner using the Borda method of voting. (b)Is the winner the same as the one determined by the plurality method? (a)Determine the winner using the Borda method of voting.
(b)Is the winner the same as the one determined by the plurality method?
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28
The results of an election are summarized in the preference table below. <strong>The results of an election are summarized in the preference table below.   Using the plurality-with-elimination method of voting, determine the winner.</strong> A)A B)D C)C D)B Using the plurality-with-elimination method of voting, determine the winner.

A)A
B)D
C)C
D)B
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29
The results of an election are summarized in the preference table below. <strong>The results of an election are summarized in the preference table below.   Using the plurality-with-elimination method of voting, determine the winner.</strong> A)Y B)X C)W D)Z Using the plurality-with-elimination method of voting, determine the winner.

A)Y
B)X
C)W
D)Z
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30
The results of an election are summarized in the preference table below. <strong>The results of an election are summarized in the preference table below.   Suppose the election is declared invalid, and a reelection is held. If the people who voted XYZ in the Original election change their vote to ZXY, is the monotonicity criterion violated?</strong> A)Yes B)No Suppose the election is declared invalid, and a reelection is held. If the people who voted XYZ in the
Original election change their vote to ZXY, is the monotonicity criterion violated?

A)Yes
B)No
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31
A club voted on what time to have their next meeting (12:00 p.m., 1:00 p.m., 5:00 p.m., or 6:00
p.m.). The election results are summarized in the preference table below. A club voted on what time to have their next meeting (12:00 p.m., 1:00 p.m., 5:00 p.m., or 6:00 p.m.). The election results are summarized in the preference table below.   Does the election violate the majority criterion? Explain your answer. Does the election violate the majority criterion? Explain your answer.
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32
If there are 4 candidates in an election, how many pairwise comparisons need to be made in order to
determine a winner?
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33
The results of an election are summarized in the preference table below. <strong>The results of an election are summarized in the preference table below.   Using the plurality-with-elimination method of voting, determine the winner.</strong> A)A B)D C)C D)B Using the plurality-with-elimination method of voting, determine the winner.

A)A
B)D
C)C
D)B
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34
A class of fifth graders voted on their favorite flavor of ice cream, vanilla (V), chocolate (C), or
strawberry (S). The election results are summarized in the preference table below. A class of fifth graders voted on their favorite flavor of ice cream, vanilla (V), chocolate (C), or strawberry (S). The election results are summarized in the preference table below.   Does the election violate the majority criterion? Explain your answer. Does the election violate the majority criterion? Explain your answer.
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35
The results of an election are summarized in the preference table below. The results of an election are summarized in the preference table below.   If candidate A is unable to serve in the election and the votes are recounted, does this election violate the irrelevant alternative criterion? Explain your answer. If candidate A is unable to serve in the election and the votes are recounted, does this election violate the
irrelevant alternative criterion? Explain your answer.
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36
The results of an election are summarized in the preference table below. The results of an election are summarized in the preference table below.   Using the pairwise comparison voting method, determine the winner. Using the pairwise comparison voting method, determine the winner.
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37
The math department is voting for a new department chairperson. The candidates are Jenkins (J),
Peterson (P), and Thomas (T). The results of the election are summarized in the preference table
Below. <strong>The math department is voting for a new department chairperson. The candidates are Jenkins (J), Peterson (P), and Thomas (T). The results of the election are summarized in the preference table Below.   The winner is determined by the plurality-with-elimination method. Suppose the election is declared invalid, and that a reelection is held. If the voters in column 2 change their Vote from JPT to PJT, is the monotonicity criterion violated?</strong> A)Yes B)No The winner is determined by the plurality-with-elimination method.
Suppose the election is declared invalid, and that a reelection is held. If the voters in column 2 change their
Vote from JPT to PJT, is the monotonicity criterion violated?

A)Yes
B)No
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38
The results of an election are summarized in the preference table below. The results of an election are summarized in the preference table below.   The winner is determined using the plurality-with-elimination method. Suppose the election is declared invalid. The results of the reelection are summarized in the preference table below.   Is the monotonicity criterion violated? Explain your answer. The winner is determined using the plurality-with-elimination method.
Suppose the election is declared invalid. The results of the reelection are summarized in the preference table
below. The results of an election are summarized in the preference table below.   The winner is determined using the plurality-with-elimination method. Suppose the election is declared invalid. The results of the reelection are summarized in the preference table below.   Is the monotonicity criterion violated? Explain your answer. Is the monotonicity criterion violated? Explain your answer.
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39
The results of an election are summarized in the preference table below. <strong>The results of an election are summarized in the preference table below.   Using the plurality-with-elimination method of voting, determine the winner.</strong> A)X B)Z C)Y Using the plurality-with-elimination method of voting, determine the winner.

A)X
B)Z
C)Y
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40
The results of an election are summarized in the following preference table. The results of an election are summarized in the following preference table.   (a)Determine the winner using the Borda method of voting. (b)Is the winner the same as the one determined by the plurality method? (a)Determine the winner using the Borda method of voting.
(b)Is the winner the same as the one determined by the plurality method?
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41
A department store is hiring 13 new sales associates and needs to assign them to four departments
According to the volume of sales in dollars. The daily sales in dollars are given below. (a)Use the
Huntington-Hill method to decide how many associates each department should receive and (b)write the (standard or modified)divisor used (answers may vary). Round divisor to the nearest
Whole number. <strong>A department store is hiring 13 new sales associates and needs to assign them to four departments According to the volume of sales in dollars. The daily sales in dollars are given below. (a)Use the Huntington-Hill method to decide how many associates each department should receive and (b)write the (standard or modified)divisor used (answers may vary). Round divisor to the nearest Whole number.  </strong> A)   B)   C)   D)

A) <strong>A department store is hiring 13 new sales associates and needs to assign them to four departments According to the volume of sales in dollars. The daily sales in dollars are given below. (a)Use the Huntington-Hill method to decide how many associates each department should receive and (b)write the (standard or modified)divisor used (answers may vary). Round divisor to the nearest Whole number.  </strong> A)   B)   C)   D)
B) <strong>A department store is hiring 13 new sales associates and needs to assign them to four departments According to the volume of sales in dollars. The daily sales in dollars are given below. (a)Use the Huntington-Hill method to decide how many associates each department should receive and (b)write the (standard or modified)divisor used (answers may vary). Round divisor to the nearest Whole number.  </strong> A)   B)   C)   D)
C) <strong>A department store is hiring 13 new sales associates and needs to assign them to four departments According to the volume of sales in dollars. The daily sales in dollars are given below. (a)Use the Huntington-Hill method to decide how many associates each department should receive and (b)write the (standard or modified)divisor used (answers may vary). Round divisor to the nearest Whole number.  </strong> A)   B)   C)   D)
D) <strong>A department store is hiring 13 new sales associates and needs to assign them to four departments According to the volume of sales in dollars. The daily sales in dollars are given below. (a)Use the Huntington-Hill method to decide how many associates each department should receive and (b)write the (standard or modified)divisor used (answers may vary). Round divisor to the nearest Whole number.  </strong> A)   B)   C)   D)
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42
Twelve new police officers are to be assigned to four precincts. The populations of the precincts are
Shown below. (a)Use Webster's method to determine how many of the 12 new officers each
Precinct should receive and (b)write the modified divisor used (answers may vary). Round the
Divisor to the nearest whole number, if necessary. <strong>Twelve new police officers are to be assigned to four precincts. The populations of the precincts are Shown below. (a)Use Webster's method to determine how many of the 12 new officers each Precinct should receive and (b)write the modified divisor used (answers may vary). Round the Divisor to the nearest whole number, if necessary.  </strong> A)   B)   C)   D)

A) <strong>Twelve new police officers are to be assigned to four precincts. The populations of the precincts are Shown below. (a)Use Webster's method to determine how many of the 12 new officers each Precinct should receive and (b)write the modified divisor used (answers may vary). Round the Divisor to the nearest whole number, if necessary.  </strong> A)   B)   C)   D)
B) <strong>Twelve new police officers are to be assigned to four precincts. The populations of the precincts are Shown below. (a)Use Webster's method to determine how many of the 12 new officers each Precinct should receive and (b)write the modified divisor used (answers may vary). Round the Divisor to the nearest whole number, if necessary.  </strong> A)   B)   C)   D)
C) <strong>Twelve new police officers are to be assigned to four precincts. The populations of the precincts are Shown below. (a)Use Webster's method to determine how many of the 12 new officers each Precinct should receive and (b)write the modified divisor used (answers may vary). Round the Divisor to the nearest whole number, if necessary.  </strong> A)   B)   C)   D)
D) <strong>Twelve new police officers are to be assigned to four precincts. The populations of the precincts are Shown below. (a)Use Webster's method to determine how many of the 12 new officers each Precinct should receive and (b)write the modified divisor used (answers may vary). Round the Divisor to the nearest whole number, if necessary.  </strong> A)   B)   C)   D)
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43
The results of an election are summarized in the preference table below. The results of an election are summarized in the preference table below.   (a)Using the pairwise comparison voting method, determine the winner. (b)If candidate Z drops out, does this election violate the irrelevant alternative criterion? (a)Using the pairwise comparison voting method, determine the winner.
(b)If candidate Z drops out, does this election violate the irrelevant alternative criterion?
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44
The results of an election are summarized in the preference table below. The results of an election are summarized in the preference table below.   (a)Using the pairwise comparison voting method, determine the winner. (b)If candidate X drops out and the votes are recounted, does this election violate the irrelevant alternative Criterion? (a)Using the pairwise comparison voting method, determine the winner.
(b)If candidate X drops out and the votes are recounted, does this election violate the irrelevant alternative
Criterion?
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45
A city with three districts has an increase in population as indicated in the table, Using Hamilton's
Method, apportion the 21 seats between the three districts both before and after the population
Increase. Look at the percent increase in population for each district to determine if the population
Paradox occurred. <strong>A city with three districts has an increase in population as indicated in the table, Using Hamilton's Method, apportion the 21 seats between the three districts both before and after the population Increase. Look at the percent increase in population for each district to determine if the population Paradox occurred.  </strong> A)population paradox occurred B)population paradox did not occur

A)population paradox occurred
B)population paradox did not occur
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46
A committee must select one of its members to serve as president. They vote using the approval
Method. The results are shown. <strong>A committee must select one of its members to serve as president. They vote using the approval Method. The results are shown.   Who was selected to be president of the committee?</strong> A)Kim B)Morgan C)Bayer D)Nelson Who was selected to be president of the committee?

A)Kim
B)Morgan
C)Bayer
D)Nelson
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47
A large chain store needs to assign 11 buyers to its five stores. The standard divisor is 29.7 and the
Number of employees and standard quota for each store are shown below. (a)Determine how many
Buyers each store should receive using Jefferson's method and (b)indicate the modified divisor used
(answers may vary). Round the divisor to the nearest tenth, if necessary. <strong>A large chain store needs to assign 11 buyers to its five stores. The standard divisor is 29.7 and the Number of employees and standard quota for each store are shown below. (a)Determine how many Buyers each store should receive using Jefferson's method and (b)indicate the modified divisor used (answers may vary). Round the divisor to the nearest tenth, if necessary.  </strong> A)   B)   C)   D)

A) <strong>A large chain store needs to assign 11 buyers to its five stores. The standard divisor is 29.7 and the Number of employees and standard quota for each store are shown below. (a)Determine how many Buyers each store should receive using Jefferson's method and (b)indicate the modified divisor used (answers may vary). Round the divisor to the nearest tenth, if necessary.  </strong> A)   B)   C)   D)
B) <strong>A large chain store needs to assign 11 buyers to its five stores. The standard divisor is 29.7 and the Number of employees and standard quota for each store are shown below. (a)Determine how many Buyers each store should receive using Jefferson's method and (b)indicate the modified divisor used (answers may vary). Round the divisor to the nearest tenth, if necessary.  </strong> A)   B)   C)   D)
C) <strong>A large chain store needs to assign 11 buyers to its five stores. The standard divisor is 29.7 and the Number of employees and standard quota for each store are shown below. (a)Determine how many Buyers each store should receive using Jefferson's method and (b)indicate the modified divisor used (answers may vary). Round the divisor to the nearest tenth, if necessary.  </strong> A)   B)   C)   D)
D) <strong>A large chain store needs to assign 11 buyers to its five stores. The standard divisor is 29.7 and the Number of employees and standard quota for each store are shown below. (a)Determine how many Buyers each store should receive using Jefferson's method and (b)indicate the modified divisor used (answers may vary). Round the divisor to the nearest tenth, if necessary.  </strong> A)   B)   C)   D)
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48
A club voted on whether to meet on Monday (M), Wednesday (W), Friday (F), or Saturday (S). The
Results of the election are summarized in the preference table below. A club voted on whether to meet on Monday (M), Wednesday (W), Friday (F), or Saturday (S). The Results of the election are summarized in the preference table below.   (a)Using the pairwise comparison voting method, determine the winner. (b)If candidate S is eliminated and the votes are recounted, does this election violate the irrelevant alternative Criterion? (a)Using the pairwise comparison voting method, determine the winner.
(b)If candidate S is eliminated and the votes are recounted, does this election violate the irrelevant alternative
Criterion?
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49
A freight company has four terminals. The volume of business in truckloads for each terminal is
Shown below along with the standard quota. The owner has purchased 9 new trucks to be allocated
To the four terminals. If the standard divisor is 20.8, (a)determine how many trucks each terminal
Should receive using Adam's method and (b)indicate the modified divisor used (answers may vary).
Round the divisor to the nearest tenth, if necessary. <strong>A freight company has four terminals. The volume of business in truckloads for each terminal is Shown below along with the standard quota. The owner has purchased 9 new trucks to be allocated To the four terminals. If the standard divisor is 20.8, (a)determine how many trucks each terminal Should receive using Adam's method and (b)indicate the modified divisor used (answers may vary). Round the divisor to the nearest tenth, if necessary.  </strong> A)   B)   C)   D)

A) <strong>A freight company has four terminals. The volume of business in truckloads for each terminal is Shown below along with the standard quota. The owner has purchased 9 new trucks to be allocated To the four terminals. If the standard divisor is 20.8, (a)determine how many trucks each terminal Should receive using Adam's method and (b)indicate the modified divisor used (answers may vary). Round the divisor to the nearest tenth, if necessary.  </strong> A)   B)   C)   D)
B) <strong>A freight company has four terminals. The volume of business in truckloads for each terminal is Shown below along with the standard quota. The owner has purchased 9 new trucks to be allocated To the four terminals. If the standard divisor is 20.8, (a)determine how many trucks each terminal Should receive using Adam's method and (b)indicate the modified divisor used (answers may vary). Round the divisor to the nearest tenth, if necessary.  </strong> A)   B)   C)   D)
C) <strong>A freight company has four terminals. The volume of business in truckloads for each terminal is Shown below along with the standard quota. The owner has purchased 9 new trucks to be allocated To the four terminals. If the standard divisor is 20.8, (a)determine how many trucks each terminal Should receive using Adam's method and (b)indicate the modified divisor used (answers may vary). Round the divisor to the nearest tenth, if necessary.  </strong> A)   B)   C)   D)
D) <strong>A freight company has four terminals. The volume of business in truckloads for each terminal is Shown below along with the standard quota. The owner has purchased 9 new trucks to be allocated To the four terminals. If the standard divisor is 20.8, (a)determine how many trucks each terminal Should receive using Adam's method and (b)indicate the modified divisor used (answers may vary). Round the divisor to the nearest tenth, if necessary.  </strong> A)   B)   C)   D)
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50
The table shows the enrollment at two campuses of a community college. <strong>The table shows the enrollment at two campuses of a community college.   (a)Apportion 55 new media podiums to the two campuses according to Hamilton's method. (b)Suppose the college adds a third campus with enrollment of 1,143 and correspondingly adds seven Podiums. Reapportion the 62 podiums using Hamilton's method. (c)Determine if the new states paradox occurs.</strong> A)   B)   C)   D)   (a)Apportion 55 new media podiums to the two campuses according to Hamilton's method.
(b)Suppose the college adds a third campus with enrollment of 1,143 and correspondingly adds seven
Podiums. Reapportion the 62 podiums using Hamilton's method.
(c)Determine if the new states paradox occurs.

A) <strong>The table shows the enrollment at two campuses of a community college.   (a)Apportion 55 new media podiums to the two campuses according to Hamilton's method. (b)Suppose the college adds a third campus with enrollment of 1,143 and correspondingly adds seven Podiums. Reapportion the 62 podiums using Hamilton's method. (c)Determine if the new states paradox occurs.</strong> A)   B)   C)   D)
B) <strong>The table shows the enrollment at two campuses of a community college.   (a)Apportion 55 new media podiums to the two campuses according to Hamilton's method. (b)Suppose the college adds a third campus with enrollment of 1,143 and correspondingly adds seven Podiums. Reapportion the 62 podiums using Hamilton's method. (c)Determine if the new states paradox occurs.</strong> A)   B)   C)   D)
C) <strong>The table shows the enrollment at two campuses of a community college.   (a)Apportion 55 new media podiums to the two campuses according to Hamilton's method. (b)Suppose the college adds a third campus with enrollment of 1,143 and correspondingly adds seven Podiums. Reapportion the 62 podiums using Hamilton's method. (c)Determine if the new states paradox occurs.</strong> A)   B)   C)   D)
D) <strong>The table shows the enrollment at two campuses of a community college.   (a)Apportion 55 new media podiums to the two campuses according to Hamilton's method. (b)Suppose the college adds a third campus with enrollment of 1,143 and correspondingly adds seven Podiums. Reapportion the 62 podiums using Hamilton's method. (c)Determine if the new states paradox occurs.</strong> A)   B)   C)   D)
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51
The results of an election are summarized in the preference table below. The results of an election are summarized in the preference table below.   (a)Using the pairwise comparison voting method, determine the winner. (b)If candidate B is eliminated and the votes are recounted, does this election violate the irrelevant alternative Criterion? (a)Using the pairwise comparison voting method, determine the winner.
(b)If candidate B is eliminated and the votes are recounted, does this election violate the irrelevant alternative
Criterion?
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52
A tenure board must select one teacher to get tenure. They vote using the approval method. The
Results are shown. <strong>A tenure board must select one teacher to get tenure. They vote using the approval method. The Results are shown.   Which teacher was selected?</strong> A)Sykes B)Draper C)Robins D)Wong Which teacher was selected?

A)Sykes
B)Draper
C)Robins
D)Wong
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53
A hiring board must select a new teacher. They vote using the approval method. The results are
Shown. <strong>A hiring board must select a new teacher. They vote using the approval method. The results are Shown.   Which applicant was selected?</strong> A)Boyd B)Phillips C)James D)Hanson Which applicant was selected?

A)Boyd
B)Phillips
C)James
D)Hanson
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54
This year 10 faculty members are to receive promotions at a community college with three
Campuses. The number of promotions will be apportioned according to the number of full-time
Faculty members as shown. Find (a)the standard divisor and (b)the standard quota for each district.
Round answers to three decimal places, if necessary. <strong>This year 10 faculty members are to receive promotions at a community college with three Campuses. The number of promotions will be apportioned according to the number of full-time Faculty members as shown. Find (a)the standard divisor and (b)the standard quota for each district. Round answers to three decimal places, if necessary.  </strong> A)(a)45 B)(a)46 C)(a)46 D)(a)45 (b)South: 2.956 (b)South: 2.956 (b)South: 2.891 (b)South: 2.891 Central: 3.2 Central: 3.2 Central: 3.13 Central: 3.13 North: 3.844 North: 3.844 North: 3.761 North: 3.761

A)(a)45
B)(a)46
C)(a)46
D)(a)45 (b)South: 2.956 (b)South: 2.956 (b)South: 2.891 (b)South: 2.891
Central: 3.2 Central: 3.2 Central: 3.13 Central: 3.13
North: 3.844 North: 3.844 North: 3.761 North: 3.761
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55
A county library has three branches. The number of books at each branch of the library is shown
Below. The head librarian purchased 53 new books and apportioned them to the libraries using
Hamilton's method. When the book order arrived the librarian noticed there was an extra book
Added as a "bonus" and she reapportioned the books with the extra book added. Determine if the
Reapportionment resulted in the Alabama paradox <strong>A county library has three branches. The number of books at each branch of the library is shown Below. The head librarian purchased 53 new books and apportioned them to the libraries using Hamilton's method. When the book order arrived the librarian noticed there was an extra book Added as a bonus and she reapportioned the books with the extra book added. Determine if the Reapportionment resulted in the Alabama paradox  </strong> A)Alabama paradox did not occur B)Alabama paradox occurred

A)Alabama paradox did not occur
B)Alabama paradox occurred
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56
A county has three clinics; the weekly number of patients seen by a nurse practitioner in each clinic
Is shown below. The director hires eight new nurse practitioners; find the geometric mean of the
Upper and lower quotas for each clinic. Round to three decimal places, if necessary. <strong>A county has three clinics; the weekly number of patients seen by a nurse practitioner in each clinic Is shown below. The director hires eight new nurse practitioners; find the geometric mean of the Upper and lower quotas for each clinic. Round to three decimal places, if necessary.  </strong> A)   B)   C)   D)

A) <strong>A county has three clinics; the weekly number of patients seen by a nurse practitioner in each clinic Is shown below. The director hires eight new nurse practitioners; find the geometric mean of the Upper and lower quotas for each clinic. Round to three decimal places, if necessary.  </strong> A)   B)   C)   D)
B) <strong>A county has three clinics; the weekly number of patients seen by a nurse practitioner in each clinic Is shown below. The director hires eight new nurse practitioners; find the geometric mean of the Upper and lower quotas for each clinic. Round to three decimal places, if necessary.  </strong> A)   B)   C)   D)
C) <strong>A county has three clinics; the weekly number of patients seen by a nurse practitioner in each clinic Is shown below. The director hires eight new nurse practitioners; find the geometric mean of the Upper and lower quotas for each clinic. Round to three decimal places, if necessary.  </strong> A)   B)   C)   D)
D) <strong>A county has three clinics; the weekly number of patients seen by a nurse practitioner in each clinic Is shown below. The director hires eight new nurse practitioners; find the geometric mean of the Upper and lower quotas for each clinic. Round to three decimal places, if necessary.  </strong> A)   B)   C)   D)
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57
An automotive repair company has four stores in a large city. The owner purchased 7 diagnostic
Computers for the business. The number of cars serviced per store each month is given below along
With the standard quota. If the standard divisor is 79.7, (a)use Webster's method to determine how
Many computers each store should get based on number of cars serviced and (b)write the modified
Divisor used (answers may vary). Round the divisor to the nearest tenth, if necessary. <strong>An automotive repair company has four stores in a large city. The owner purchased 7 diagnostic Computers for the business. The number of cars serviced per store each month is given below along With the standard quota. If the standard divisor is 79.7, (a)use Webster's method to determine how Many computers each store should get based on number of cars serviced and (b)write the modified Divisor used (answers may vary). Round the divisor to the nearest tenth, if necessary.  </strong> A)   B)   C)   D)

A) <strong>An automotive repair company has four stores in a large city. The owner purchased 7 diagnostic Computers for the business. The number of cars serviced per store each month is given below along With the standard quota. If the standard divisor is 79.7, (a)use Webster's method to determine how Many computers each store should get based on number of cars serviced and (b)write the modified Divisor used (answers may vary). Round the divisor to the nearest tenth, if necessary.  </strong> A)   B)   C)   D)
B) <strong>An automotive repair company has four stores in a large city. The owner purchased 7 diagnostic Computers for the business. The number of cars serviced per store each month is given below along With the standard quota. If the standard divisor is 79.7, (a)use Webster's method to determine how Many computers each store should get based on number of cars serviced and (b)write the modified Divisor used (answers may vary). Round the divisor to the nearest tenth, if necessary.  </strong> A)   B)   C)   D)
C) <strong>An automotive repair company has four stores in a large city. The owner purchased 7 diagnostic Computers for the business. The number of cars serviced per store each month is given below along With the standard quota. If the standard divisor is 79.7, (a)use Webster's method to determine how Many computers each store should get based on number of cars serviced and (b)write the modified Divisor used (answers may vary). Round the divisor to the nearest tenth, if necessary.  </strong> A)   B)   C)   D)
D) <strong>An automotive repair company has four stores in a large city. The owner purchased 7 diagnostic Computers for the business. The number of cars serviced per store each month is given below along With the standard quota. If the standard divisor is 79.7, (a)use Webster's method to determine how Many computers each store should get based on number of cars serviced and (b)write the modified Divisor used (answers may vary). Round the divisor to the nearest tenth, if necessary.  </strong> A)   B)   C)   D)
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58
A county has three districts. Seven representatives are to be appointed to the county board. The
Standard divisor is 65 and the standard quota for each district is shown below. (a)Find the upper
And lower quotas for each district and (b)determine how many representatives each district should
Receive using Hamilton's method. <strong>A county has three districts. Seven representatives are to be appointed to the county board. The Standard divisor is 65 and the standard quota for each district is shown below. (a)Find the upper And lower quotas for each district and (b)determine how many representatives each district should Receive using Hamilton's method.  </strong> A)   B)   C)   D)

A) <strong>A county has three districts. Seven representatives are to be appointed to the county board. The Standard divisor is 65 and the standard quota for each district is shown below. (a)Find the upper And lower quotas for each district and (b)determine how many representatives each district should Receive using Hamilton's method.  </strong> A)   B)   C)   D)
B) <strong>A county has three districts. Seven representatives are to be appointed to the county board. The Standard divisor is 65 and the standard quota for each district is shown below. (a)Find the upper And lower quotas for each district and (b)determine how many representatives each district should Receive using Hamilton's method.  </strong> A)   B)   C)   D)
C) <strong>A county has three districts. Seven representatives are to be appointed to the county board. The Standard divisor is 65 and the standard quota for each district is shown below. (a)Find the upper And lower quotas for each district and (b)determine how many representatives each district should Receive using Hamilton's method.  </strong> A)   B)   C)   D)
D) <strong>A county has three districts. Seven representatives are to be appointed to the county board. The Standard divisor is 65 and the standard quota for each district is shown below. (a)Find the upper And lower quotas for each district and (b)determine how many representatives each district should Receive using Hamilton's method.  </strong> A)   B)   C)   D)
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Unlock for access to all 58 flashcards in this deck.