Euclid's theorem
This page lists the items of the Wikipedia article Euclid's theorem in their order, and the nodes of Math 2.0 that have them. The text of the article is not on this site. The items come from revision 1370180734, with the assessment C/High.
| Outcome | Items |
|---|---|
| attached | 5 |
| deferred | 4 |
| node | 1 |
The gap signals of the article are S1,S4,S5,S6,S8,S9.
| Item | Kind | Name | Outcome | Nodes | Reason |
|---|---|---|---|---|---|
| subject | statement | Euclid's theorem | node | Euclid's theorem | a node has the same Wikidata item as the row |
| #41QN | proof | Proof using an even–odd argument | attached | ||
| #8XIO | proof | Proof using the inclusion–exclusion principle | attached | ||
| #AT84 | statement | Dirichlet's theorem on arithmetic progressions | deferred until 2027-05-01 | the item has its own article, page 101453 | |
| #CO6F | statement | Prime number theorem | deferred until 2027-05-01 | the item has its own article, page 23692 | |
| #IKQV | proof | Proof using the incompressibility method | attached | ||
| #OMIB | statement | Bertrand–Chebyshev theorem | deferred until 2027-05-01 | the item has its own article, page 232526 | |
| #Q8QE | proof | Proof by construction | attached | ||
| #RSW7 | statement | Variations | deferred until 2027-05-01 | the cue heading names a section and not one item | |
| #UZE4 | proof | Proof using Legendre's formula | attached |
Refer to Wikipedia articles and their nodes for the other articles.