Category:Definitions/Set Theory
Jump to navigation Jump to search
This category contains definitions related to Set Theory.
Related results can be found in Category:Set Theory.
Set theory is the branch of mathematics which studies sets.
Subcategories
This category has the following 99 subcategories, out of 99 total.
A
B
- Definitions/Binding Priority (12 P)
C
- Definitions/Choice Functions (10 P)
- Definitions/Combinations (3 P)
D
- Definitions/Doubletons (6 P)
E
- Definitions/Elements (7 P)
- Definitions/Enumerations (9 P)
F
G
- Definitions/Greatest Set (4 P)
I
L
M
N
O
- Definitions/Ordered Pairs (14 P)
P
- Definitions/Peano Curve (3 P)
Q
R
S
- Definitions/Set Products (2 P)
- Definitions/Sets (30 P)
- Definitions/Singletons (5 P)
- Definitions/Smaller Set (4 P)
T
U
- Definitions/Uncountable (7 P)
V
Pages in category "Definitions/Set Theory"
The following 175 pages are in this category, out of 175 total.
A
B
C
- Definition:Cantor Set
- Definition:Cantor's Theory of Sets
- Definition:Cardinal
- Definition:Cardinality
- Definition:Cardinality of Continuum
- Definition:Cardinality of Set
- Definition:Cartesian Closed Set
- Definition:Cartesian Product
- Definition:Cartesian Product of Two Sets
- Definition:Category of Sets
- Definition:Characteristic Function (Set Theory)/Set
- Definition:Characteristic Function of Set
- Definition:Characteristic Property of Set
- Definition:Choice Function
- Definition:Choice Function/Power Set
- Definition:Choice Set
- Definition:Class Theory
- Definition:Co-Countable Set
- Definition:Codomain (Set Theory)
- Definition:Codomain of Mapping
- Definition:Codomain of Relation
- Definition:Cofinite Subset
- Definition:Combination
- Definition:Combination with Repetition
- Definition:Combinatorial Set Theory
- Definition:Comparable Sets
- Definition:Comparable Sets/Subset Ordering
- Definition:Connected Set
- Definition:Contain
- Definition:Coproduct/Sets
- Definition:Count
- Definition:Count/Also known as
- Definition:Countable Set
- Definition:Countably Infinite
- Definition:Countably Infinite Set
- Definition:Counting Measure
- Definition:Cover of Set
D
- Definition:Dedekind-Infinite
- Definition:Descriptive Set Theory
- Definition:Disjoint Sets
- Definition:Disjoint Union (Set Theory)
- Definition:Distinct Elements
- Definition:Distinct/Plural/Pairwise Distinct
- Definition:Distinct/Singular
- Definition:Distinguish
- Definition:Distinguished Element
- Definition:Domain (Set Theory)
- Definition:Dominate (Set Theory)
- Definition:Dominate (Set Theory)/Definition 1
- Definition:Dominate (Set Theory)/Definition 2
- Definition:Dominate (Set Theory)/Strictly Dominate
- Definition:Doubleton
E
F
I
L
M
- Definition:Mapping
- Definition:Mapping Theory
- Definition:Maximal Set
- Definition:Maximal/Set
- Definition:Membership Relation
- Definition:Minimal Condition
- Definition:Minimal Condition/Subset Ordering
- Definition:Minimal Set
- Definition:Minimal/Set
- Definition:Minimally Inductive Set
- Definition:Monotone Sequence of Sets
- Definition:Multiset
N
O
P
R
S
- Definition:Set
- Definition:Set Complement
- Definition:Set Difference
- Definition:Set Equality
- Definition:Set Equivalence
- Definition:Set Inclusion
- Definition:Set Intersection
- Definition:Set of Sets
- Definition:Set Partition
- Definition:Set Product
- Definition:Set Theory
- Definition:Set Union
- Definition:Set Variable
- Definition:Singleton
- Definition:Size of Set
- Definition:Small Class
- Definition:Smaller Set
- Definition:Smallest Set by Set Inclusion
- Definition:Strictly Dominate
- Definition:Subset
- Definition:Substitution (Set Theory)
- Definition:Subtree (Set Theory)
- Definition:Symmetric Difference
- Definition:System of Sets