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  1. Print the notecards
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  1. Verify Front of pages is selected for Viewing and print the front of the notecards
  2. Select Back of pages for Viewing and print the back of the notecards
    NOTE: Since the back of the pages are printed in reverse order (last page is printed first), keep the pages in the same order as they were after Step 1. Also, be sure to feed the pages in the same direction as you did in Step 1.
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16 notecards = 4 pages (4 cards per page)

Viewing:

Math Models Vocabulary Terms

front 1

a ballot in which a voter only has to choose one canidate

back 1

Single Choice Ballot

front 2

a ballot in which the voter has to rank all candidates in order of preference

back 2

preference ballot

front 3

a ballot in which a voter only has to rank the top K choices rather than all the choices

back 3

truncated preference ballot

front 4

in an election an outcome that lists all the candidates in order of preference

back 4

ranking (full ranking)

front 5

in an election, an outcome where just the top k candidates are ranked

back 5

partial ranking

front 6

a table that summarizes the preference ballots of all the voters

back 6

preference schedule

front 7

a voting method that ranks candidates based on the number of first place votes they receive

back 7

insincere voting

front 8

a candidate that beats all the other candidates in pairwise comparison

back 8

Condorcet candidate

front 9

a voting method that chooses the candidate with a majority of the votes when there isn't one it eliminates the candidates with the least amount of votes and transfers those votes to the next highest candidates on those ballots, continuing until there is a majority vote for one candidate.

back 9

plurality with elimination method

front 10

a variation of the plurality with elimination method based on truncated preference ballots

back 10

instant runoff voting

front 11

a voting method based on head to head comparisons between candidates that assigns one point to the winner of each comparison, none to the loser and 1/2 point to each of the two candidates in case its a tie.

back 11

method of pairwise comparison

front 12

basic rules that define formal requirements for fairness a fair voting method should always satisfy these basic rules

back 12

fairness criteria

front 13

a fairness criterion that says that when a candidates receives a majority vote that candidate should be the winner of the election

back 13

majority criterion

front 14

a fairness criterion that says that when there is a Condorcet candidate then that candidate should be the winner of the election

back 14

condorcet criterion

front 15

a fairness criterion that says that a candidate that would other wise win an election should not lose the election merely because some voters changed their ballots in a manner that factors that candidate

back 15

monotonicity criterion

front 16

a theorem that demonstrates that a voting method that is guaranteed to always produce fair outcomes is a mathematical impossibility

back 16

Arrow's Impossibility theorem