Every ballot carries the same weight
One electoral vote stands for 194,000 people in Wyoming and over 700,000 in Texas, Florida and California. Eighteen states with seven in ten voters sit below parity, on average by a tenth of a ballot. The shortfall per voter is small; the number of voters it reaches is not.
▸ Show reasoning & sources ▾ Hide reasoning & sources
Value
What is at stake is whose preference decides who governs. A citizen in a populous state casts a ballot that is worth a fraction of one cast a few hundred miles away, for no reason connected to that citizen at all. Equal suffrage is the mechanism by which every other political right is defended, which is why it sits at the constitutional core rather than among ordinary institutional questions. The same weight is assigned here as to the arguments about disputed and manipulated votes below, deliberately: a ballot diluted by the allocation formula and a ballot lost to a recount dispute are the same injury to the same good, and putting them on one scale is what allows the comparison to be about size rather than about which value the reader prefers. The value is at the highest level short of life and health.
Impact
Without the reform, the weight of a ballot depends on where the voter lives. One electoral vote stands for about 194,000 people in Wyoming and for more than 700,000 in Texas, Florida and California [12]. The size of the gap follows from a table of all fifty states and the District: electoral votes and population from the 2020 census apportionment [16], applied to the 155.2 million presidential votes counted in 2024 [9]. A ballot's weight is the state's share of the 538 electors divided by its share of the population. Eighteen states fall below parity, from California at 0.84 and Texas at 0.85 to Indiana at 1.00. They hold 72 percent of the population and cast 110.1 million of the 2024 ballots, and their ballot-weighted mean shortfall is 10.2 percent: about 11.2 million vote-equivalents missing at each presidential election, or 2.8 million a year. Measured against 2024 turnout instead of population, the total is about the same, 11.8 million, but it falls on other states, Michigan at 0.76 and Pennsylvania at 0.78; that measure also counts differences in turnout, which are not a property of the allocation formula, and is used only for the range. Earlier versions of this evaluation put half the electorate at a seven percent shortfall, about 5.5 million per election; the table gives twice that. The figure measures the allocation formula only: the hundred electors from the Senate half of the formula and the rounding of House seats. Winner-take-all inside each state, and the concentration of campaigns on a few states that follows from it, are not part of this number; the second is counted in its own argument below. This argument counts only the restoration and not the loss to voters who now hold more than one ballot's worth of influence, on the ground that no one is entitled to that. The Impact is the largest here because the shortfall is about a tenth of a ballot per person and reaches seven in ten voters.
▸ Show calculation ▾ Hide calculation
| Presidential votes counted in 2024 [9] | certified state totals | 155.2 million votes | |
| × | Cast in the eighteen states below parity weight = share of the 538 electors ÷ share of the 2020 apportionment population; California 0.84, Texas 0.85, New York 0.85, Florida 0.86 up to Indiana 1.00 [16] | 70.9 % | 110.1 million votes |
| × | Ballot-weighted mean shortfall in those states measured against 2024 turnout instead of population: 11.8 million vote-equivalents, used for the upper end of the range [16] | 10.2 % | 11.24 million vote-equivalents per election |
| ÷ | One presidential election every four years | 4 | 2.81 million vote-equivalents a year |
| × | Value of a vote the vote value used across democracy topics, set out beside the balance | 1,000 euro-equivalent each | 2,810 million euro-equivalent |
| ÷ | Normalised Impact scale of this evaluation | 500 million euro-equivalent a point | 5.62 |
Plausibility
There is nothing to estimate about whether the inequality exists. It follows from the allocation formula written into Article II and the Twelfth Amendment, and anyone can compute it from census figures and elector counts [16]. That places this argument in a different class from every other one here: it rests on arithmetic rather than on evidence about how people will behave. What is uncertain is only the size, and only mildly. The range of 2.5 to 3.1 covers the choice between population and turnout as the measure of weight and the drift of state populations between censuses. Even its floor exceeds the whole opposing side several times over. One dependency deserves naming: the decision to count only the restored side, and not the mirrored loss, is a judgement rather than a measurement. The plausibility is as high as it gets for a claim of this kind, and it is capped short of certainty only because that judgement sits underneath it.