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In linguistics, predicate transfer is the reassignment of a property to an object which would not otherwise inherently have that property. Thus, the expression
Predicate_transfer
Type of logical system
First-order logic, also called predicate logic, predicate calculus, or quantificational logic, is a type of formal system used in mathematics, philosophy
First-order_logic
Symbol representing a property or relation in logic
In 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.
Predicate_(logic)
Capacity for a sign to have multiple related meanings
related meaning. Another clarification of polysemy is the idea of predicate transfer—the reassignment of a property to an object that would not otherwise
Polysemy
Form of conditionals in computer programming
In computer architecture, predication is a feature that provides an alternative to conditional transfer of control, as implemented by conditional branch
Predication (computer architecture)
Predication_(computer_architecture)
Approach to logic
with the advent of new logic, remaining dominant until the advent of predicate logic in the late nineteenth century. However, even if eclipsed by newer
Term_logic
Reformulation of Floyd-Hoare logic
Predicate transformer semantics were introduced by Edsger Dijkstra in his seminal paper "Guarded commands, nondeterminacy and formal derivation of programs"
Predicate transformer semantics
Predicate_transformer_semantics
Mathematical use of "there exists"
In predicate logic, an existential quantification is a type of quantifier which asserts the existence of an object with a given property. It is usually
Existential_quantification
Form of logic that allows quantification over predicates
\exists x\,\mathrm {Cube} (x)} However, we cannot do the same with the predicate. That is, the following expression: ∃ P P ( b ) {\displaystyle \exists
Second-order_logic
Problem in computer science
we can read a definite answer, 'Yes' or 'No,' to the question, 'Is the predicate value true?'." 1952 (1952): Kleene includes a discussion of the unsolvability
Halting_problem
Paradox in set theory
following contradiction. Let w be the predicate: to be a predicate that cannot be predicated of itself. Can w be predicated of itself? From each answer its
Russell's_paradox
Symbol representing a mathematical object
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
Variable_(mathematics)
Mathematical-logic system based on functions
FALSE is equivalent to FALSE. A predicate is a function that returns a Boolean value. The most fundamental predicate is ISZERO, which returns TRUE if
Lambda_calculus
Limitative results in mathematical logic
to replace "not provable" with "false" in a Gödel sentence because the predicate "Q is the Gödel number of a false formula" cannot be represented as a
Gödel's incompleteness theorems
Gödel's_incompleteness_theorems
Fragment of first-order logic
logic, the monadic predicate calculus (also called monadic first-order logic) is the fragment of first-order logic (also called predicate calculus) in which
Monadic_predicate_calculus
Statement that is taken to be true
sufficient for proving all tautologies in the language; in the case of predicate logic more logical axioms than that are required, in order to prove logical
Axiom
Symbol representing a mathematical concept
only if Y = F(X). Many treatments of predicate logic don't allow functional predicates, only relational predicates. This is useful, for example, in the
Function_symbol
Mathematical function that can be computed by a program
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
Computable_function
Axioms for the natural numbers
induction axiom is sometimes stated in the following form: If φ is a unary predicate such that: φ(0) is true, and for every natural number n, φ(n) being true
Peano_axioms
Mathematical use of "for all"
It expresses that a predicate can be satisfied by every member of a domain of discourse. In other words, it is the predication of a property or relation
Universal_quantification
In logic, a statement which is always true
unsatisfiable). The definition of tautology can be extended to sentences in predicate logic, which may contain quantifiers—a feature absent from sentences of
Tautology_(logic)
System of formal deduction in logic
ponens, for propositional logics – or two – with generalisation, to handle predicate logics, as well – and several infinite axiom schemas. Hilbert systems
Hilbert_system
Relationship where one statement follows from another
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
Logical_consequence
Syntactically correct logical formula
In mathematical logic, propositional logic, and predicate logic, a well-formed formula, abbreviated WFF or wff, often simply formula, is a finite sequence
Well-formed_formula
this, with further high transfer fees being paid as a domino effect supplementing the season total. Walsh's transfer was predicated on the growing popularity
List of most expensive women's association football transfers
List_of_most_expensive_women's_association_football_transfers
Infinite cardinal number
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
Aleph_number
Assignment of meaning to the symbols of a formal language
semantics. The most commonly studied formal logics are propositional logic, predicate logic and their modal analogs, and for these there are standard ways of
Interpretation_(logic)
Standard system of axiomatic set theory
common. The signature has a single predicate symbol, usually denoted ∈ {\displaystyle \in } , which is a predicate symbol of arity 2 (a binary relation
Zermelo–Fraenkel_set_theory
3-volume treatise on mathematics, 1910–1913
"⊃"), "&" (and), "∨" (or), "¬" (not), "∀" (for all), "∃" (there exists); predicate symbol: "=" (equals); function symbols: "+" (arithmetic addition), "∙"
Principia_Mathematica
Logic theorem
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
Law_of_noncontradiction
Function computable with bounded loops
primitive recursive in ψ. #C: A predicate P obtained by substituting functions χ1,..., χm for the respective variables of a predicate Q is primitive recursive
Primitive_recursive_function
Complexity class used to classify decision problems
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
NP_(complexity)
Form of mathematical proof
requires an axiom schema containing a separate axiom for each possible predicate. The article Peano axioms contains further discussion of this issue. The
Mathematical_induction
Logical incompatibility between two or more propositions
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
Contradiction
Process of repeating items in a self-similar way
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
Recursion
Thesis on the nature of computability
Thesis I. Every effectively calculable function (effectively decidable predicate) is general recursive [Kleene's italics] Since a precise mathematical
Church–Turing_thesis
Impossible task in computing
15), thus undecidable. The monadic predicate calculus is the fragment where each formula contains only 1-ary predicates and no function symbols. Its S a
Entscheidungsproblem
Logic concept
In formal theories of truth, a truth predicate is a fundamental concept based on the sentences of a formal language as interpreted logically. That is
Truth_predicate
Study of computable functions and Turing degrees
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
Computability_theory
Type of logical argument that applies deductive reasoning
some academic contexts, syllogism has been superseded by first-order predicate logic following the work of Gottlob Frege, in particular his Begriffsschrift
Syllogism
Set of all things that may be the input of a mathematical function
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
Domain_of_a_function
Proof by Alan Turing
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
Turing's_proof
Axiom set used in first-order logic
only primitive objects of the system are "points" and the only primitive predicates are "betweenness" (expressing the fact that a point lies on a line segment
Tarski's_axioms
Logical principle
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
Law_of_excluded_middle
Measure of algorithmic complexity
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
Kolmogorov_complexity
Type of mathematical variable
In mathematical logic, a predicate variable is a predicate letter which functions as a "placeholder" for a relation (between terms), but which has not
Predicate_variable
Mapping of mathematical formulas to a particular meaning
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
Structure (mathematical logic)
Structure_(mathematical_logic)
Proposition in mathematical logic
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
Continuum_hypothesis
Mathematical set containing no elements
or if Cantor merely used ≡ O {\displaystyle \equiv O} as an emptiness predicate. Zermelo accepted O {\displaystyle O} itself as a set, but considered
Empty_set
Diagram that shows all possible logical relations between a collection of sets
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
Venn_diagram
Mathematical logic concept
to the predicate of the inferred proposition, it is permissible that it could be the original subject or its contradictory, and the predicate term of
Contraposition
Branch of mathematics that studies sets
doi:10.2307/2274520 Evangeliou, Christos (1985), "Aristotle's Doctrine of Predicables and Porphyry's Isagoge", Journal of the History of Philosophy, 23 (1):
Set_theory
Area of mathematical logic
of antecedents used in the proof. The completeness theorem allows us to transfer this to satisfiability. However, there are also several direct (semantic)
Model_theory
Theorem for proving more complex theorems
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
Lemma_(mathematics)
Function, homomorphism, or morphism
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
Map_(mathematics)
Additional mathematical object
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
Mathematical_structure
US federal law
established pattern. The illegal acts forming a pattern are called "predicate" offenses. Predicate acts are related if they "have the same or similar purposes
Racketeer Influenced and Corrupt Organizations Act
Racketeer_Influenced_and_Corrupt_Organizations_Act
Method of deriving conclusions
analyzing how the internal structure of propositions, like names and predicates, influences reasoning. Other logical systems explore inferential patterns
Rule_of_inference
Logical connective AND
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
Logical_conjunction
Yes/no problem in computer science
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
Decision_problem
Size of a possibly infinite set
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
Cardinal_number
Function in mathematical logic
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
Gödel_numbering
Mathematical set formed from two given sets
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
Cartesian_product
Reasoning for mathematical statements
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
Mathematical_proof
Fundamental theorem in mathematical logic
other).[citation needed] We first fix a deductive system of first-order predicate calculus, choosing any of the well-known equivalent systems. Gödel's original
Gödel's_completeness_theorem
Logical connective OR
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
Logical_disjunction
Axiom of set theory
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
Axiom_of_choice
Variable that can either be true or false
as x and y attached to predicate letters such as Px and xRy, having instead individual constants a, b, ... attached to predicate letters are propositional
Propositional_variable
Set theory concept
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
Von_Neumann_universe
Value indicating the relation of a proposition to truth
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
Truth_value
Term that does not contain any variables
particular, predicates cannot be ground terms). Roughly speaking, the Herbrand universe is the set of all ground terms. A ground predicate, ground atom
Ground_expression
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
Mathematical_object
Set of the elements not in a given subset
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
Complement_(set_theory)
Basic notion of sameness in mathematics
through logic or through set theory. In logic, equality is a primitive predicate (a statement that may have free variables) with the reflexive property
Equality_(mathematics)
Mathematical logic concept
formal expression that denotes an atomic formula. For predicate logic, the atoms are predicate symbols together with their arguments, each argument being
Atomic_formula
Mathematical operation with two operands
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
Binary_operation
Index of articles associated with the same name
mathematical logic, stratification is any consistent assignment of numbers to predicate symbols guaranteeing that a unique formal interpretation of a logical
Stratification_(mathematics)
In mathematics, a statement that has been proven
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
Theorem
Non-contradiction of a theory
needed] and Emil Post in 1921, while the completeness of (first order) predicate calculus was proved by Kurt Gödel in 1930, and consistency proofs for
Consistency
Number of arguments required by a function
logarithm operator, the addition operator, and the division operator. Logical predicates such as OR, XOR, AND, IMP are typically used as binary operators with
Arity
Branch of mathematical logic
these can give a complete and axiomatic formalization of propositional or predicate logic of either the classical or intuitionistic flavour, almost any modal
Proof_theory
Mathematical theory of data types
to only one type. Where a subset would be used, type theory can use a predicate function or use a dependently-typed product type, where each element x
Type_theory
Target set of a mathematical function
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
Codomain
Rule defining the correct structure of expressions in formal grammar
one expression from one or more other expressions. Propositional and predicate calculi are examples of formal systems. The formation rules of a propositional
Formation_rule
Basic framework of mathematics
with either "if S is a set then" or "if φ {\displaystyle \varphi } is a predicate then". So, Peano's axioms induce a quantification on infinite sets, and
Foundations_of_mathematics
Theorem in mathematical logic
completes the proof. The Lefschetz principle, one of the first examples of a transfer principle, extends this result. A first-order sentence φ {\displaystyle
Compactness_theorem
Existence and cardinality of models of logical theories
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
Löwenheim–Skolem_theorem
Transfer of US service members remains from overseas
was prohibited from 1991 to 2009. Since March 2009, media attendance is predicated on the consent of the surviving family of the deceased. Coverage is further
Dignified_transfer
Formal system of logic
term "higher-order logic" is commonly used to mean higher-order simple predicate logic. Here, "simple" indicates that the underlying type theory is the
Higher-order_logic
Basis for Euclidean geometry
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
Hilbert's_axioms
Subfield of automated reasoning and mathematical logic
both a complete propositional calculus and what is essentially modern predicate logic. His Foundations of Arithmetic, published in 1884, expressed (parts
Automated_theorem_proving
Type of infinite number in set theory
which assert the existence of a proper class of cardinals which satisfy a predicate of interest. In the case of inaccessibility, the corresponding axiom is
Inaccessible_cardinal
Structure of a formal language
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
Formal_grammar
Informal set theories
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
Naive_set_theory
Pair of mathematical objects
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
Ordered_pair
Set of elements in any of some sets
extensionality to show that this set is unique. For readability, define the binary predicate Union ( X , Y ) {\displaystyle \operatorname {Union} (X,Y)} meaning
Union_(set_theory)
Topics referred to by the same term
theory) Extension (proof theory) Extension (predicate logic), the set of tuples of values that satisfy the predicate Extension (semantics), the set of things
Extension
Function that preserves distinctness
Strength Theories of truth semantic Tarski's Kripke's T-schema Transfer principle Truth predicate Truth value Type Ultraproduct Validity Computability theory
Injective_function
Study of the semantics, or interpretations, of formal and natural languages
introduced, and that made it impossible to perform the kind of subject–predicate analysis in Aristotle's logic. Term logic is an attempt to modernize Aristotle's
Semantics_(logic)
Mathematical use of "for all" and "there exists"
let X be the set of all Peter's friends, P(x) the predicate "x likes to dance", and Q(x) the predicate "x likes to go to the beach". Then the above sentence
Quantifier_(logic)
PREDICATE TRANSFER
PREDICATE TRANSFER
Surname or Lastname
English (Devon)
English (Devon) : nickname from Middle English toute ‘buttocks’, ‘rump’, or a topographic name from the same word used in a transferred sense to denote a smooth, rounded hillock.
Surname or Lastname
English
English : nickname from Middle English flo(u)r ‘flower’, ‘blossom’ (Old French flur, from Latin flos, genitive floris). This was a conventional term of endearment in medieval romantic poetry, and as early as the 13th century it is also regularly found as a female personal name.English : metonymic occupational name for a miller or flour merchant, or perhaps a nickname for a pasty-faced person, from Middle English flo(u)r ‘flour’. This is in origin the same word as in 1, with the transferred sense ‘flower, pick of the meal’. Although the two words are now felt to be accidental homophones, they were not distinguished in spelling before the 18th century.English : occupational name for an arrowsmith, from an agent derivative of Middle English flŠ‘arrow’ (Old English flÄ).Welsh : Anglicized form of the Welsh personal name Llywarch, of unexplained origin.Translation of French Lafleur.
Girl/Female
Bengali, Indian
Dedicate
Girl/Female
Indian
Dedicate, Presenting
Surname or Lastname
English
English : habitational name from Wombwell in South Yorkshire, named with the Old English byname Wamba meaning ‘belly’ (or this word used in a transferred topographical sense) + Old English well(a) ‘spring’, ‘stream’.
Girl/Female
Indian
Dedicate, Presenting
Girl/Female
Hindu, Indian, Malayalam, Marathi, Tamil, Telugu
Devotee of God; Daughter of God; Dedicated; Tribute; To Dedicate Something
Girl/Female
Bengali, Indian
Dedicate
Surname or Lastname
English
English : from an Old English female personal name Lindgifu, Lindgeofu, composed of the elements lind ‘lime (wood)’, i.e. ‘shield’ (a transferred sense) + gifu, geofu ‘gift’.
Boy/Male
Hindu, Indian, Tamil
Sun; Moon; Dedicate
Surname or Lastname
English
English : nickname for a person with a ruddy complexion, from an adjective derivative of Middle English mad(d)er ‘madder’, the dye plant (see Mader 1), here used in a transferred sense.
Girl/Female
Arabic
Dark Night; Dedicate
Surname or Lastname
English (Yorkshire)
English (Yorkshire) : of uncertain origin, probably from Middle English metecalf ‘food calf’, i.e. a calf being fattened up for eating at the end of the summer. It is thus either an occupational name for a herdsman or slaughterer, or a nickname for a sleek and plump individual, from the same word in a transferred sense. The variants in med- appear early, and suggest that the first element was associated by folk etymology with Middle English mead ‘meadow’, ‘pasture’.
Surname or Lastname
English
English : variant spelling of Job.English : nickname from Old French job, joppe ‘sorry wretch’, ‘fool’ (perhaps a transferred application of the name of the Biblical character).English : from Middle English jubbe, jobbe ‘vessel containing four gallons’, hence perhaps a metonymic occupational name for a cooper. It could also have been a nickname for a heavy drinker or for a tubby person.English : metonymic occupational name for a maker or seller (or nickname for a wearer) of the long woolen garment known in Middle English and Old French as a jube or jupe. This word ultimately derives from Arabic.
Girl/Female
Tamil
Arpita | à®…à®°à¯à®ªà®¿à®¤à®¾
Dedicate, Presenting
Arpita | à®…à®°à¯à®ªà®¿à®¤à®¾
Girl/Female
Tamil
Arpitha | à®…à®°à¯à®ªà®¿à®¤à®¾
Dedicate, Presenting
Arpitha | à®…à®°à¯à®ªà®¿à®¤à®¾
Surname or Lastname
English
English : nickname for a foolish or eccentric person, from a diminutive of Foll, from Old French fol ‘mad’, ‘stupid’ (Late Latin follis, originally a noun denoting any of various objects filled with air, but later transferred to vain and empty-headed notions).
Girl/Female
Indian
One who Willingly Dedicate Herself
Biblical
respiration; conversion; taking captive;man sitting in Nob;dweller on the mount, he that predicts;
Surname or Lastname
English
English : one of the most common and widespread of English surnames, either a nickname for someone who was fond of dressing in this color (Old English grēne) or who had played the part of the ‘Green Man’ in the May Day celebrations, or a topographic name for someone who lived near a village green, Middle English grene (a transferred use of the color term). In North America this name has no doubt assimilated cognates from other European languages, notably German Grün (see Gruen).Jewish (American) : Americanized form of German Grün or Yiddish Grin, Ashkenazic ornamental names meaning ‘green’ or a short form of any of the numerous compounds with this element.Irish : translation of various Gaelic surnames derived from glas ‘gray’, ‘green’, ‘blue’. See also Fahey.North German : short form of a habitational name from a place name with Gren- as the first element (for example Greune, Greubole).
PREDICATE TRANSFER
PREDICATE TRANSFER
Girl/Female
Arabic
Lord
Girl/Female
English Latin
Reference to medieval priories and settlements of the military religious order Knights Templars.
Boy/Male
Aramaic
Twin.
Boy/Male
Indian, Punjabi, Sikh
One of Glorious Might
Boy/Male
Indian, Telugu
Lord Sai Baba; Great Friend
Girl/Female
Hindu, Indian
A God
Girl/Female
Arabic, Muslim, Sindhi
Equitable
Girl/Female
Indian
Pure
Boy/Male
Muslim
Nasser Udeen | ناصیر یودین
Protector of the faith
Girl/Female
Gaelic
Girl; lass.
PREDICATE TRANSFER
PREDICATE TRANSFER
PREDICATE TRANSFER
PREDICATE TRANSFER
PREDICATE TRANSFER
imp. & p. p.
of Prejudicate
v. t.
To found; to base.
v. t.
That which is affirmed or denied of the subject. In these propositions, "Paper is white," "Ink is not white," whiteness is the predicate affirmed of paper and denied of ink.
v. t.
To assert to belong to something; to affirm (one thing of another); as, to predicate whiteness of snow.
a.
Capable of being predicated or affirmed of something; affirmable; attributable.
v. t.
To set apart and consecrate, as to a divinity, or for sacred uses; to devote formally and solemnly; as, to dedicate vessels, treasures, a temple, or a church, to a religious use.
p. pr. & vb. n.
of Prejudicate
a.
Predicated.
imp. & p. p.
of Predict
p. pr. & vb. n.
of Predicate
v. t.
To tell or declare beforehand; to foretell; to prophesy; to presage; as, to predict misfortune; to predict the return of a comet.
imp. & p. p.
of Eradicate
n.
One who predicates, affirms, or proclaims; specifically, a preaching friar; a Dominican.
v. t.
The word or words in a proposition which express what is affirmed of the subject.
a.
Joining subject and predicate; copulative.
a.
Expressing affirmation or predication; affirming; predicating, as, a predicative term.
v. i.
To affirm something of another thing; to make an affirmation.
v. t.
To root out; to destroy utterly; to extirpate; as, to eradicate diseases, or errors.
p. pr. & vb. n.
of Eradicate
imp. & p. p.
of Predicate