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- Subclass_(set_theory) abstract "In set theory and its applications throughout mathematics, a subclass is a class contained in some other class in the same way that a subset is a set contained in some other set.That is, given classes A and B, A is a subclass of B if and only if every member of A is also a member of B.If A and B are sets, then of course A is also a subset of B.In fact, it's enough that B be a set; the axiom of specification essentially says that A must then also be a set.As with subsets, the empty set is a subclass of every class, and any class is a subclass of itself. But additionally, every class is a subclass of the class of all sets. Accordingly, the subclass relation makes the collection of all classes into a Boolean lattice, which the subset relation does not do for the collection of all sets. Instead, the collection of all sets is an ideal in the collection of all classes. (Of course, the collection of all classes is something larger than even a class!)".
- Subclass_(set_theory) wikiPageID "1828474".
- Subclass_(set_theory) wikiPageLength "1598".
- Subclass_(set_theory) wikiPageOutDegree "11".
- Subclass_(set_theory) wikiPageRevisionID "649303679".
- Subclass_(set_theory) wikiPageWikiLink Axiom_of_specification.
- Subclass_(set_theory) wikiPageWikiLink Axiom_schema_of_specification.
- Subclass_(set_theory) wikiPageWikiLink Boolean_algebra_(structure).
- Subclass_(set_theory) wikiPageWikiLink Boolean_lattice.
- Subclass_(set_theory) wikiPageWikiLink Category:Set_theory.
- Subclass_(set_theory) wikiPageWikiLink Class_(set_theory).
- Subclass_(set_theory) wikiPageWikiLink Empty_set.
- Subclass_(set_theory) wikiPageWikiLink Ideal_(lattice_theory).
- Subclass_(set_theory) wikiPageWikiLink Ideal_(order_theory).
- Subclass_(set_theory) wikiPageWikiLink If_and_only_if.
- Subclass_(set_theory) wikiPageWikiLink Mathematics.
- Subclass_(set_theory) wikiPageWikiLink Set_(mathematics).
- Subclass_(set_theory) wikiPageWikiLink Set_theory.
- Subclass_(set_theory) wikiPageWikiLink Subset.
- Subclass_(set_theory) wikiPageWikiLinkText "Subclass (set theory)".
- Subclass_(set_theory) wikiPageWikiLinkText "class inclusions".
- Subclass_(set_theory) wikiPageWikiLinkText "subclass".
- Subclass_(set_theory) hasPhotoCollection Subclass_(set_theory).
- Subclass_(set_theory) wikiPageUsesTemplate Template:Reflist.
- Subclass_(set_theory) subject Category:Set_theory.
- Subclass_(set_theory) hypernym Class.
- Subclass_(set_theory) comment "In set theory and its applications throughout mathematics, a subclass is a class contained in some other class in the same way that a subset is a set contained in some other set.That is, given classes A and B, A is a subclass of B if and only if every member of A is also a member of B.If A and B are sets, then of course A is also a subset of B.In fact, it's enough that B be a set; the axiom of specification essentially says that A must then also be a set.As with subsets, the empty set is a subclass of every class, and any class is a subclass of itself. ".
- Subclass_(set_theory) label "Subclass (set theory)".
- Subclass_(set_theory) sameAs Sottoclasse_(insiemistica).
- Subclass_(set_theory) sameAs m.012whr6z.
- Subclass_(set_theory) sameAs Q3965271.
- Subclass_(set_theory) sameAs Q3965271.
- Subclass_(set_theory) wasDerivedFrom Subclass_(set_theory)?oldid=649303679.
- Subclass_(set_theory) isPrimaryTopicOf Subclass_(set_theory).