well-ordering theorem
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well-ordering theorem
Summary
well-ordering theorem is a theorem[1]. It ranks in the top 10% of theorem entities by monthly Wikipedia readership (163 views/month).[2]
Key Facts
- well-ordering theorem's instance of is recorded as theorem[3].
- well-ordering theorem's instance of is recorded as axiom of set theory[4].
- well-ordering theorem's instance of is recorded as equivalent of the axiom of choice[5].
- well-ordering theorem's part of is recorded as list of theorems[6].
- well-ordering theorem's part of is recorded as list of axioms[7].
- well-ordering theorem's said to be the same as is recorded as axiom of choice[8].
- well-ordering theorem's Freebase ID is recorded as /m/083jf[9].
- well-ordering theorem's studied by is recorded as Zermelo–Fraenkel set theory[10].
- well-ordering theorem's JSTOR topic ID is recorded as well-ordering-theorem[11].
- well-ordering theorem's nLab ID is recorded as well-ordering theorem[12].
- well-ordering theorem's maintained by WikiProject is recorded as WikiProject Mathematics[13].
- well-ordering theorem's Microsoft Academic ID is recorded as 68910473[14].
- well-ordering theorem's ProofWiki ID is recorded as Zermelo's_Well-Ordering_Theorem[15].
Why It Matters
well-ordering theorem ranks in the top 10% of theorem entities by monthly Wikipedia readership (163 views/month).[2] It has Wikipedia articles in 18 language editions, a strong signal of global cultural recognition.[16] It is known by 12 alternative names across languages and contexts.[17]