Can you get more hits, or more votes, and still lose?
Baseball counts runs, not hits. The Electoral College counts states won, not total votes. Same shape, different games.
The baseball version: one example game
Inning by inning
| 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | Total | |
|---|---|---|---|---|---|---|---|---|---|---|
| Visitors hits | 2 | 1 | 2 | 1 | 2 | 1 | 1 | 1 | 1 | 12 |
| Visitors runs | 0 | 0 | 1 | 0 | 0 | 0 | 1 | 0 | 0 | 2 |
| Home hits | 0 | 0 | 0 | 3 | 0 | 0 | 1 | 1 | x | 5 |
| Home runs | 0 | 0 | 0 | 3 | 0 | 0 | 1 | 0 | x | 4 |
The visitors had more than twice as many hits and lost 4–2. Home bunched three hits into the 4th inning; the visitors never got more than two in any inning.
The election version — four times the popular-vote winner lost
Hits don’t win games and votes don’t win presidencies; runs and states do. A hit only becomes a run if it’s bunched with other hits or comes with runners already on base, so a team can scatter 12 hits across nine innings and score twice. A popular vote only produces electoral votes if it helps win a state; a landslide in a safe state adds to the national total without moving a single electoral vote.
Whenever a contest is decided by winning units (runs, states, districts) rather than by adding everything up, the total and the winner can point in different directions. Before trusting a total, check what the scoreboard actually counts.
What are you counting, and is it what decides the outcome?
How did 12 hits turn into only 2 runs?
The visitors spread their hits out. They had at least one hit in every inning, but never more than two. A single with two outs, or a single followed by a strikeout and a double play, leaves the runner stranded. Their only runs came from a single followed by a double in the 3rd and a solo home run in the 7th.
Home bunched theirs. In the 4th inning a walk and three straight hits, the last a two-run double, produced three runs. A solo home run in the 7th made it 4–2. Their other hit, in the 8th, didn’t score.
This game is made up, but the pattern is common: a hit is a chance to score, not a run. Walks, extra-base hits, outs, and above all the order in which things happen decide how many runs a team gets from its hits.
Every instance, in full
| Year | Won the popular vote | Won the presidency | Popular vote margin |
|---|
1876 is the only case where the popular-vote winner had an outright majority (over 50%), not just a plurality — Samuel Tilden remains the only candidate in American history to lose the presidency after winning a majority of the popular vote. A fifth election, 1824, is often mentioned alongside these: Andrew Jackson won both the popular vote and the most electoral votes, but fell short of a majority, and the House of Representatives chose John Quincy Adams instead — a different mechanism than the other four, so it's kept separate here.
Explore how this shows up elsewhere
It is the same structural gap between a total and the units that actually decide an outcome as our Electoral College Cartogram, and the same sequence-over-total logic as two bowlers turning identical pins into a 70-point gap: whenever a scoring system counts units instead of raw totals, order and distribution can matter more than the sum ever did.
See how the vote-share charts are scaled
Each slope chart's vertical axis runs from 35% to 65%, not 0% to 100%. All four elections are close by definition — zooming out to the full range would crush every point into a tight cluster near the middle. Zooming in gives real pixel separation between percentages that are only a point or two apart.
Related exhibits
Sources: The baseball game is an illustrative example built to show a common pattern, not a real box score. Election results from National Archives Electoral College records and the American Presidency Project (UCSB). Popular vote percentages are of the national total vote, not of the two-candidate total.