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See searches and references containing REFLEXIVE RELATION!REFLEXIVE RELATION
Binary relation that relates every element to itself
In mathematics, a binary relation R {\displaystyle R} on a set X {\displaystyle X} is reflexive if it relates every element of X {\displaystyle X} to itself
Reflexive_relation
Mathematical concept for comparing objects
mathematics, an equivalence relation is a binary relation that is reflexive, symmetric, and transitive. The equipollence relation between line segments in
Equivalence_relation
Relationship between two sets, defined by a set of ordered pairs
partial order is a relation that is reflexive, antisymmetric, and transitive, an equivalence relation is a relation that is reflexive, symmetric, and transitive
Relation_(mathematics)
mathematics, the reflexive closure of a binary relation R {\displaystyle R} on a set X {\displaystyle X} is the smallest reflexive relation on X {\displaystyle
Reflexive_closure
Binary relation over a set and itself
example of a both reflexive and coreflexive relation, and any coreflexive relation is a subset of the identity relation. Left quasi-reflexive for all x, y
Homogeneous_relation
Relationship between elements of two sets
homogeneous relation over a set X {\displaystyle X} may be subjected to closure operations like: Reflexive closure the smallest reflexive relation over X {\displaystyle
Binary_relation
Type of binary relation
{\displaystyle a} . An antisymmetric relation R {\displaystyle R} on a set X {\displaystyle X} may be reflexive (that is, a R a {\displaystyle aRa} for
Antisymmetric_relation
Operation on the subsets of a set
closure of R {\displaystyle R} on A {\displaystyle A} as the smallest reflexive relation on A {\displaystyle A} that contains R {\displaystyle R} . Symmetry
Closure_(mathematics)
Topics referred to by the same term
Binary relation (or diadic relation – a more in-depth treatment of binary relations) Equivalence relation Homogeneous relation Reflexive relation Serial
Relation
Topics referred to by the same term
with a reflexive relationship with its self-identical antecedent Reflexive verb, where a semantic agent and patient are the same Reflexive relation, a relation
Reflexive
Type of binary relation
well-founded relation R on a class X that is extensional, there exists a class C such that (X, R) is isomorphic to (C, ∈). A relation R is said to be reflexive if
Well-founded_relation
Type of binary relation
reflexive as well as transitive, another preorder, R = { (1,2), (2,3), (1,3) } is transitive, but not reflexive. As a counter example, the relation <
Transitive_relation
Type of binary relation
Euclidean relation is right quasi-reflexive, and each right unique and right quasi-reflexive relation is right Euclidean. A binary relation is left Euclidean
Euclidean_relation
Reflexive and transitive binary relation
particular in order theory, a preorder or quasiorder is a binary relation that is reflexive and transitive. The name preorder is meant to suggest that preorders
Preorder
Set whose elements all belong to another set
is true of every set A that A ⊂ A . {\displaystyle A\subset A.} (a reflexive relation). Other authors prefer to use the symbols ⊂ {\displaystyle \subset
Subset
Mathematical concept for comparing objects
symmetric and transitive. If the relation is also reflexive, then the relation is an equivalence relation. Formally, a relation R {\displaystyle R} on a set
Partial_equivalence_relation
Property that assigns truth values to k-tuples of individuals
Projection (set theory) Reflexive relation Relation algebra Relational algebra Relational model Relations (philosophy) Codd 1970 "Relation – Encyclopedia of
Finitary_relation
Set theory concept
≤ {\displaystyle \leq } on X {\displaystyle X} (a transitive and reflexive relation on X {\displaystyle X} ) that is strongly connected (meaning that
Prewellordering
Type of binary relation
R = RT. Symmetry, along with reflexivity and transitivity, are the three defining properties of an equivalence relation. "is equal to" (equality) (whereas
Symmetric_relation
Mathematical set with an ordering
comparable. Formally, a partial order is a homogeneous binary relation that is reflexive, antisymmetric, and transitive. A partially ordered set (poset
Partially_ordered_set
Property of syntactic constructs
In grammar, reflexivity is a property of syntactic constructs whereby two arguments (actual or implicit) of an action or relation expressed by a single
Reflexivity_(grammar)
Math relation that is reflexive and symmetric
algebra and lattice theory, a tolerance relation on an algebraic structure is a reflexive symmetric relation that is compatible with all operations of
Tolerance_relation
Circular relationships between cause and effect
knowledge, reflexivity refers to circular relationships between cause and effect, especially as embedded in human belief structures. A reflexive relationship
Reflexivity_(social_theory)
complement is. Similarly, a relation is quasitransitive if, and only if, its converse is. Intransitivity Reflexive relation Robert Duncan Luce (Apr 1956)
Quasitransitive_relation
Mathematical ranking of a set
associated reflexive relation is its reflexive closure, a (non-strict) partial order ≤ . {\displaystyle \,\leq .} The two associated reflexive relations
Weak_ordering
Physical law for definition of temperature
a reflexive relation. Binary relations that are both reflexive and Euclidean are equivalence relations. Thus, again implicitly assuming reflexivity, the
Zeroth_law_of_thermodynamics
Order whose elements are all comparable
corresponding total preorder on that subset. A binary relation that is antisymmetric, transitive, and reflexive (but not necessarily total) is a partial order
Total_order
Index of articles associated with the same name
types of binary relation. One specific variation of weak ordering, a total preorder (= a connected, reflexive and transitive relation), is also sometimes
Preference_relation
Relation used in geometry
a symmetric relation. According to Euclid's tenets, parallelism is not a reflexive relation and thus fails to be an equivalence relation. Nevertheless
Parallel_(geometry)
Matrix of binary truth values
while the others are all 0. More generally, if relation R satisfies I ⊆ R, then R is a reflexive relation. If the Boolean domain is viewed as a semiring
Logical_matrix
Topics referred to by the same term
Quasi-reflexive may refer to: Quasi-reflexive relation Quasi-reflexive space This disambiguation page lists articles associated with the title Quasi-reflexive
Quasi-reflexive
Mathematical operation
{T}}} is a reflexive relation or I ⊆ R ; R T {\displaystyle \mathrm {I} \subseteq R\mathbin {;} R^{\textsf {T}}} where I is the identity relation { ( x ,
Composition_of_relations
Type of ordering of a set
are necessary. For instance, there is a relation R that is not reflexive but dense. A non-empty and dense relation cannot be antitransitive. A strict partial
Dense_order
Property of a relation on a set
connected relation is symmetric, it is the universal relation. A relation is strongly connected if, and only if, it is connected and reflexive. A connected
Connected_relation
irreflexive relation cannot be reflexive (on a nonempty domain set). except all xi are equal for all i beyond some n, for a reflexive relation Since x<y
Rewrite_order
Ways how entities stand to each other
between reflexive and irreflexive relations. Reflexive relations are those in which each entity is related to itself. An example is the relation being as
Relation_(philosophy)
Sentence with two or more simultaneous agents and patients
pronouns such as "each other" to indicate a mutual relation. Latin uses the preposition inter and its reflexive pronoun inter se (between themselves) when the
Reciprocal_construction
Basic notion of sameness in mathematics
X} as a binary relation ∼ {\displaystyle \sim } that satisfies the three properties: reflexivity, symmetry, and transitivity. Reflexivity means that every
Equality_(mathematics)
Reversal of the order of elements of a binary relation
also compatible with the ordering of relations by inclusion. If a relation is reflexive, irreflexive, symmetric, antisymmetric, asymmetric, transitive,
Converse_relation
1879 book on logic by Gottlob Frege
indiscernibility of identicals, and (8) asserts that identity is a reflexive relation. All other propositions are deduced from (1)–(9) by invoking any of
Begriffsschrift
Overview of and topical guide to discrete mathematics
descriptions of redirect targets Reflexive relation – Binary relation that relates every element to itself Reflexive property of equality – Basic notion
Outline of discrete mathematics
Outline_of_discrete_mathematics
Overview of and topical guide to logic
equivalence relation Partial function Partially ordered set Preorder Prewellordering Propositional function Quasitransitive relation Reflexive relation Serial
Outline_of_logic
Mathematical result on order relations
y)\in R} is often abbreviated as x R y . {\displaystyle xRy.} A relation is reflexive if x R x {\displaystyle xRx} holds for every element x ∈ X ; {\displaystyle
Szpilrajn_extension_theorem
Formal system for transcribing expressions into equivalent terms
Church–Rosser property means that the reflexive transitive symmetric closure is contained in the joinability relation. Alonzo Church and J. Barkley Rosser
Abstract_rewriting_system
Mayan language spoken in Mexico
attributives can be inflected. Nouns can take affixes of possession, reflexive relation, independent state (absolutive suffix), number, and exclusion, as
Tzotzil_language
Formal semantics for non-classical logic systems
the proof relevant cases, in the case the accessibility relation R {\displaystyle R} is reflexive and transitive. As in classical model theory, there are
Kripke_semantics
(nominative), a direct object (accusative), an indirect object (dative), or a reflexive object. Several pronouns further have special forms used after prepositions
Personal pronouns in Portuguese
Personal_pronouns_in_Portuguese
Linguistic theory giving noun phrases semantic roles
instrument, a force, or possibly a cause. Nevertheless, some thematic relation labels are more logically plausible than others. In many functionally oriented
Thematic_relation
Glossary of terms used in branch of mathematics
The converse property is called join-preserving. Reflexive. A binary relation R on a set X is reflexive, if x R x holds for every element x in X. Residual
Glossary_of_order_theory
Class of mathematical orderings
In mathematics, a well-order (or well-ordering or well-order relation) on a set S is a total ordering on S with the property that every non-empty subset
Well-order
American Anthropologist and contributor to Affect theory
Walter Benjamin and his theses on history. The book is marked by a reflexive relation to the practice and culture of storytelling, with Stewart remarking
Kathleen Stewart (anthropologist)
Kathleen_Stewart_(anthropologist)
Binary relation in computer science
dependency relation is a symmetric and reflexive binary relation on a finite domain Σ {\displaystyle \Sigma } ; i.e. a finite tolerance relation. That is
Dependency_relation
Equivalence relation in algebra
operation *) and ~ is a binary relation on G, then ~ is a congruence whenever: Given any element a of G, a ~ a (reflexivity); Given any elements a and b
Congruence_relation
Method for analysing qualitative data
and reflexive approaches. They first described their own widely used approach in 2006 in the journal Qualitative Research in Psychology as reflexive thematic
Thematic_analysis
three objectives, according priority to "place-consciousness", i.e. a reflexive relation with local identity and heritage (with reference to the themes of
Territorialist_School
Set whose pairs have minima and maxima
b=a\vee b} and dually for the other direction. One can now check that the relation ≤ {\displaystyle \leq } introduced in this way defines a partial ordering
Lattice_(order)
symmetric closure of a binary relation R {\displaystyle R} on a set X {\displaystyle X} is the smallest symmetric relation on X {\displaystyle X} that contains
Symmetric_closure
Well-quasi-ordering of finite trees
Chain-complete Eulerian Graded Locally finite Strict Prefix order Preorder Total Reflexive Semilattice Semiorder Symmetric Tolerance Total Transitive Well-founded
Kruskal's_tree_theorem
Smallest transitive relation containing a given binary relation
MapReduce paradigm. Ancestral relation Deductive closure Reflexive closure Symmetric closure Transitive reduction (a smallest relation having the transitive closure
Transitive_closure
Mathematical relation inside orderings
mathematics, especially order theory, the covering relation of a partially ordered set is the binary relation which holds between comparable elements that are
Covering_relation
Wakashan language
available. Another construction must be used to express this kind of reflexive relation.) In the preceding table, forms with a first person object do not
Kwakʼwala
Branch of mathematics
preorder is a relation that is reflexive and transitive, but not necessarily antisymmetric. Each preorder induces an equivalence relation between elements
Order_theory
Generalization of equivalence classes to scheme theory
R)\to X(T)\times X(T)} is an equivalence relation; that is, a reflexive, symmetric and transitive relation. The basic case in practice is when C is the
Quotient by an equivalence relation
Quotient_by_an_equivalence_relation
Aspect of geometry
setting of incidence geometry, which is a set having a symmetric and reflexive relation called incidence defined on its elements, a flag is a set of elements
Flag_(geometry)
Subject and predicate in sentences
subject is, what the subject is doing, or what the subject is like. The relation between a subject and its predicate is sometimes called a nexus. A predicative
Predicate_(grammar)
Type of formal logic
{\displaystyle {\mathfrak {M}}} whose accessibility relation is reflexive. Because the relation is reflexive, we will have that M , w ⊨ P → ◊ P {\displaystyle
Modal_logic
Scalar-valued bilinear function
V × V → K is called reflexive if B(v, w) = 0 implies B(w, v) = 0 for all v, w in V. Definition: Let B : V × V → K be a reflexive bilinear form. v, w in
Bilinear_form
Sentence, idea or formula that refers to itself
Retrieved 21 January 2026. Bartlett, Steven J. [James] (Ed.) (1992). Reflexivity: A Source-book in Self-reference. Amsterdam, North-Holland. (PDF). RePub
Self-reference
Generalised alphabetical order
Chain-complete Eulerian Graded Locally finite Strict Prefix order Preorder Total Reflexive Semilattice Semiorder Symmetric Tolerance Total Transitive Well-founded
Lexicographic_order
Grammatical category for verbs
classified by traditional grammarians as middle voice, often resolved via a reflexive pronoun, as in "Fred shaved", which may be expanded to "Fred shaved himself"
Voice_(grammar)
Mathematical ordering of a partial order
extension of their product order. A partial order is a reflexive, transitive and antisymmetric relation. Given any partial orders ≤ {\displaystyle \,\leq \
Linear_extension
Binary relation which never occurs in both directions
In mathematics, an asymmetric relation is a binary relation R {\displaystyle R} on a set X {\displaystyle X} where for all a , b ∈ X , {\displaystyle
Asymmetric_relation
Method of comparing problems by transforming one into another in computability theory
sets are noncomputable. A reducibility relation is a binary relation on sets of natural numbers that is Reflexive: Every set is reducible to itself. Transitive:
Reduction (computability theory)
Reduction_(computability_theory)
Ternary relation analogous to a binary equivalence relation
equivalence relation is a kind of ternary relation analogous to a binary equivalence relation. A ternary equivalence relation is symmetric, reflexive, and transitive
Ternary_equivalence_relation
Visual depiction of a partially ordered set
different meaning: the directed acyclic graph obtained from the covering relation of a partially ordered set, independently of any drawing of that graph
Hasse_diagram
antisymmetric, transitive, reflexive, and downward total, i.e., for all a, b, and c in P, we have that: a ≤ a (reflexivity); if a ≤ b and b ≤ a then a
Prefix_order
Generalization of complex inner products
= 0. This relation need not be symmetric, i.e. x ⊥ y does not imply y ⊥ x (but see § Reflexivity below). A sesquilinear form φ is reflexive if, for all
Sesquilinear_form
Mathematical concept for comparing objects
a set X {\displaystyle X} is a quasi-ordering (i.e., a reflexive, transitive binary relation) such that any infinite sequence of elements x 0 , x 1
Well-quasi-ordering
Inference rules in database theory
for any I {\displaystyle I} . This follows directly from the axiom of reflexivity. The following property is a special case of augmentation when Z = X
Armstrong's_axioms
Type of logical relation
In mathematics, a binary relation R ⊆ X×Y between two sets X and Y is total (or left total) if the source set X equals the domain {x : there is a y with
Total_relation
State of standing out as unusual
nontypical or divergent as opposed to regular or common. In a marked–unmarked relation, one term of an opposition is the broader, dominant one. The dominant default
Markedness
Symbol representing a property or relation in logic
logic, a predicate is a non-logical symbol that represents a property or a relation, though, formally, does not need to represent anything at all. For instance
Predicate_(logic)
Form of participatory action research
the external world. Praxis potential means the members' potential to reflexively work on their respective mentalities; participant here refers not just
Praxis_intervention
Comedy sketch by the British comedians Mitchell and Webb
in fact, be the baddies?". It has also been referenced by The Times in relation to the state of the United States under the Trump administration. Black
Are_We_the_Baddies?
Semantic way in which a verb is structured in relation to time
of an event is part of the way in which that event is structured in relation to time. For example, the English verbs arrive and run differ in their
Lexical_aspect
Property of items within the grammar of a language
past or future). Aspect, varying according to the state of an action in relation to time (e.g. completed, ongoing, repeated, habitual etc.). Mood and modality
Grammatical_category
Branch of music theory
In = n - x mod 12. "For a relation in set S to be an equivalence relation [in algebra], it has to satisfy three conditions: it has to be reflexive ..., symmetrical
Set_theory_(music)
Concept in order theory
\wedge )} is then a meet-semilattice. Moreover, we then may define a binary relation ≤ {\displaystyle \,\leq \,} on A, by stating that x ≤ y {\displaystyle
Join_and_meet
Concept in metaphysics and philosophy
counterpart relation (C-relation) differs from the notion of identity. Identity is a reflexive, symmetric, and transitive relation. The counterpart relation is
Counterpart_theory
Order-preserving mathematical function
introduced for them. Letting ≤ {\displaystyle \leq } denote the partial order relation of any partially ordered set, a monotone function, also called isotone
Monotonic_function
Property of elements related by inequalities
to a binary relation ≤ if at least one of x ≤ y or y ≤ x is true. They are called incomparable if they are not comparable. A binary relation on a set P
Comparability
Grammatical number
(verbal number) Honorifics (politeness) Polarity Reciprocity Reflexive pronoun Reflexive verb Syntax relationships Argument Transitivity Valency Branching
Plural
Partial order with joins
corresponding absorption laws. A set S partially ordered by the binary relation ≤ is a meet-semilattice if For all elements x and y of S, the greatest
Semilattice
Grammatical category indicating truth or falsehood
ba, kʊ̀ŋ, ta, and tɔ́ɔ́. To signal negation, as well as other semantic relation, these negation particles combine with different aspects of the verb. These
Affirmation_and_negation
Pronoun that indicates a relationship which is reciprocal
antecedents contrasts to cases of reflexive pronoun relationships, and regular transitive relationships, and how they behave in relation to direct object pronouns
Reciprocal_pronoun
a set X whose elements are called "varieties", with a symmetric, reflexive relation on X called "incidence", together with a function τ called the "type
Buekenhout_geometry
Causal relationships between points in a manifold
{\displaystyle \to } . ≺ {\displaystyle \prec } , → {\displaystyle \to } are reflexive For a point x {\displaystyle x} in the manifold M {\displaystyle M} we
Causal_structure
the simulation preorder, which means it is reflexive, symmetric, and transitive; hence an equivalence relation. However, it is not necessarily a simulation
Simulation_(computer_science)
Group of two people
social network Ideal type Normal type Pas de deux Reflexivity (social theory) Social action Social relation Structure and agency Triad (sociology) Macionis
Dyad_(sociology)
Terms describing information structure in linguistics
comment part. The relation between topic (theme) and comment (rheme, focus) should not be confused with the topic–comment relation in the Rhetorical Structure
Topic_and_comment
REFLEXIVE RELATION
REFLEXIVE RELATION
Girl/Female
Tamil
Who loves friends & family members, Friendship, Relationship
Surname or Lastname
English
English : variant spelling of Brook, which preserves a trace of the Old English dative singular case, originally used after a preposition (e.g. ‘at the brook’).In 1650, Robert and Mary Mainwaring Brooke brought ten children and a number of servants with them from England to MD, where Robert became governor. Although the fourteen known contemporary Brooke immigrants in VA included Robert’s brothers Richard and Humphrey, the relationships of the others are unknown. Brooke family memorials remain in the Anglican church at Whitchurch, Hampshire, England.
Boy/Male
Tamil
Jasevaraj | ஜஸேவாராஜ
Heart of relation
Jasevaraj | ஜஸேவாராஜ
Surname or Lastname
North German
North German : probably from a derivative of Pille 1.Dutch : relationship name from Middle Dutch pil(le) ‘godchild’.English : possibly a variant of Pilling.
Girl/Female
Muslim
Relation, Way, Sake
Boy/Male
Tamil
Sarvabandha | ஸரà¯à®µà®ªà®‚தா
Vimoktre detacher of all relationship
Sarvabandha | ஸரà¯à®µà®ªà®‚தா
Girl/Female
Indian
Who loves friends & family members, Friendship, Relationship
Boy/Male
Indian
Of Husain, Nisba relation
Boy/Male
Tamil
Relation
Surname or Lastname
English
English : variant of Feather.North German, Dutch, and Danish : from the Frisian personal name Vetter, meaning ‘relative’. Relationship terms were commonly used as personal names in Friesland.
Boy/Male
Hindu
Vimoktre detacher of all relationship
Boy/Male
Muslim
Of Husain, Nisba relation
Girl/Female
Hindu, Indian
Friendship; Good Relation
Surname or Lastname
English
English : from the Middle English personal name Hick + Middle English maugh, mough ‘relative’ (from Old Norse mágr or Old English magu). The exact nature of the relationship is not clear; the Middle English word meant ‘relative by marriage’, but was also used occasionally of a female blood relation.
Boy/Male
Indian, Punjabi, Sikh
One who is Aware and Reflective
Surname or Lastname
French
French : perhaps a variant of Parrain, relationship name from parrain ‘godfather’.English : possibly a variant of Parent.
Surname or Lastname
English
English : variant spelling of Messenger.German and Jewish (Ashkenazic) : occupational name for a brazier, from an agent derivative of Middle High German messinc ‘brass’, German Messing, from Greek mossynoikos (khalkos) ‘Mossynoecan bronze’, named after the people of northeastern Asia Minor who first produced the alloy.German : habitational name from Mössingen in Baden-Württemberg (Messingen in the local dialect), which is recorded as Masginga in 789, probably from the personal name Masco + ingen, suffix of relationship.
Girl/Female
Hindu, Indian, Modern
Relationship
Girl/Female
Indian
Who loves friends & family members, Friendship, Relationship
Girl/Female
Tamil
Bhandhavi | பாநà¯à®¤à®µà¯€
Who loves friends & family members, Friendship, Relationship
REFLEXIVE RELATION
REFLEXIVE RELATION
Girl/Female
Arabic, Greek, Hawaiian, Hebrew, Spanish
Beautiful Dawn
Girl/Female
Tamil
Restless, Lighting
Boy/Male
British, English
Stag Meadow
Girl/Female
Muslim
Aspirations
Boy/Male
British, English
Dear Friend
Male
French
French name derived from the word papillon, PAPILLION means "butterfly."
Biblical
his touching; his roaring
Boy/Male
Indian, Punjabi, Sikh
Imbued by the Holy Word
Male
English
 English form of German Walther, WALTER means "ruler of the army."
Girl/Female
Arabic, Muslim
Aromatic
REFLEXIVE RELATION
REFLEXIVE RELATION
REFLEXIVE RELATION
REFLEXIVE RELATION
REFLEXIVE RELATION
a.
Inflective.
v. t. & i.
To eat to excess; -- often with a reflexive.
a.
Having for its direct object a pronoun which refers to the agent or subject as its antecedent; -- said of certain verbs; as, the witness perjured himself; I bethought myself. Applied also to pronouns of this class; reciprocal; reflective.
v. t.
To betake; to remove; -- in a reflexive use.
a.
Repletive.
v. t.
To accustom; -- used reflexively.
n.
The state or condition of being reflected.
a.
Bending or turned backward; reflective; having respect to something past.
a.
Reflexive; reciprocal.
n.
To behave; -- with the reflexive; as, he conducted himself well.
a.
Inflexible.
n.
See Reflection.
a.
Throwing back images; as, a reflective mirror.
v. t.
To carry; to conduct; -- with a reflexive pronoun.
a.
Capable of exercising thought or judgment; as, reflective reason.
a.
Not reflective.
a.
Implying censure.
a.
Addicted to introspective or meditative habits; as, a reflective person.
a.
Tending to make replete; filling.
pron.
Themselves; -- used reflexively.