Bottom-Two-Runoff IRV: Difference between revisions

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Note that the example requires two cases of the [[Condorcet paradox]] in the base case: b>a, a>c, c>b and also c>b, b>d, d>c, so it is unlikely to occur in practice.

There are likely to be many candidates tied for having the fewest 1st choices; one possible non-random tiebreaker is to look for those among the tied candidates that have the fewest 2nd choices, then 3rd choices, etc.
There are likely to be many candidates tied for having the fewest 1st choices; one possible non-random tiebreaker is to look for those among the tied candidates that have the fewest 2nd choices, then 3rd choices, etc.