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* ( Completeness ) Every universally valid second-order formula, under standard semantics, is provable.

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## Some Related Sentences

Completeness and formula

The

__Completeness__theorem establishes an equivalence in first-order logic**,**between the formal provability of a__formula__**,**and its truth in all possible models**.**

Completeness and under

*" Tennis Player Michael Joyce's Professional Artistry as a Paradigm of Certain Stuff about Choice

**,**Freedom**,**Discipline**,**Joy**,**Grotesquerie**,**and Human__Completeness__"**(**Esquire**,**1996**,**__under__the title " The String Theory ")

Completeness and is

*****

__Completeness__– all actions can be ranked in an order of preference

**(**indifference between two or more

__is__possible ).

__Completeness__and accuracy

__is__described by the weakest apparent magnitude V

**(**largest number

**)**and the accuracy of the positions

**.**

*****

__Completeness__: if the statement

__is__true

**,**the honest verifier

**(**that

__is__

**,**one following the protocol properly

**)**will be convinced of this fact by an honest prover

**.**

*****

__Completeness__: if the string

__is__in the language

**,**the prover must be able to give a certificate such that the verifier will accept with probability at least 2 / 3

**(**depending on the verifier's random choices ).

__Completeness__of the market

__is__also important because in an incomplete market there are a multitude of possible prices for an asset corresponding to different risk-neutral measures

**.**

" The Gelukpa allow that it

__is__possible to take the mind itself as the object of meditation**,**however**,**Zahler reports**,**the Gelukpa discourage it with " what seems to be thinly disguised sectarian polemics against the Nyingma Great__Completeness__and Kagyu Great Seal meditations**.**
#

__Completeness__: if the statement__is__true**,**the honest verifier**(**that__is__**,**one following the protocol properly**)**will be convinced of this fact by an honest prover**.**

Completeness and provable

Completeness and .

__Completeness__of first-order logic was first explicitly established by Gödel

**,**though some of the main results were contained in earlier work of Skolem

__.__

__Completeness__and accuracy of recall in the diffusion of the news from a newspaper vs a television source

__.__

Two of Kripke's earlier works

**,**A__Completeness__Theorem in Modal Logic and Semantical Considerations on Modal Logic**,**the former written while he was still a teenager**,**were on the subject of modal logic__.__
" Another Approach: The Church-Turing ' Thesis ' as a Special Corollary of Gödel's

__Completeness__Theorem ," in Computability: Gödel**,**Turing**,**Church**,**and beyond**,**Copeland**,**B__.__J., Posy**,**C., and Shagrir**,**O__.__
The word Dzogchen has been translated variously as Great Perfection

**,**Great__Completeness__**,**Total__Completeness__**,**and Supercompleteness__.____Completeness__seems to be at the center of shalom as we will see in the meaning of the term itself

**,**in some derivatives from its root

**,**shalam

**,**in some examples of its uses in Jewish and Christian Scriptures

**,**and in some homophone terms from other Semitic languages

__.__

Every and universally

*****

**(**Soundness

**)**

__Every__

**provable**

**second-order**sentence

**is**

__universally__

**valid**

**,**i

**.**e., true in all domains

**under**

**standard**

**semantics**

**.**

*****

__Every__set of reals in L

**(**R

**)**

**is**Lebesgue measurable

**(**in fact

**,**

__universally__measurable

**)**and has the property of Baire and the perfect set property

**.**

Every and valid

__Every__digit has a set of possible phonetic values

**,**due to the variety of

__valid__Japanese

**(**kun ' yomi and on ' yomi ), and English-origin pronunciations for numbers in Japanese

**.**

__Every__Poczta Polska office

**is**

__valid__target for poste restante delivery and the service

**is**provided with no additional cost

**.**

In Quebec

**,**which makes use of civil law**,**there**is**a general duty to rescue in its Charter of Rights: "__Every__human being whose life**is**in peril has a right to assistance ...__Every__person must come to the aid of anyone whose life**is**in peril**,**either personally or calling for aid**,**by giving him the necessary and immediate physical assistance**,**unless it involves danger to himself or a third person**,**or he has another__valid__reason**.**

Every and second-order

For example

**,**__second-order__arithmetic can express the principle "__Every__countable vector space has a basis " but it cannot express the principle "__Every__vector space has a basis ".
Many principles that imply the axiom of choice in their general form

**(**such as "__Every__vector space has a basis ") become**provable**in weak subsystems of__second-order__arithmetic when they are restricted**.**__Every__

__second-order__linear ODE with three regular singular points can be transformed into this equation

**.**

__Every__

__second-order__linear ODE on the extended complex plane with at most four regular singular points

**,**such as the Lamé equation or the hypergeometric differential equation

**,**can be transformed into this equation by a change of variable

**.**

Every and formula

__Every__first-order

__formula__

**is**logically equivalent

**(**in classical logic

**)**to some

__formula__in prenex normal form

**.**

__Every__first-order

__formula__can be converted into Skolem normal form while not changing its satisfiability via a process called Skolemization

**(**sometimes spelled " Skolemnization ").

A substructure N of M

**is**elementary if and only if it passes the Tarski – Vaught test:__Every__first-order__formula__φ**(**x**,**b < sub > 1 </ sub >, …, b < sub > n </ sub >) with parameters in N that has a solution in M also has a solution in N when evaluated in M**.**One can prove that two structures are elementary equivalent with the Ehrenfeucht – Fraïssé games**.**__Every__once in a while

**,**the column steered away from its usual

__formula__to feature an issue that was a current widespread issue

**.**

__Every__arithmetical set

**is**implicitly arithmetical ; if X

**is**arithmetically defined by φ

**(**n

**)**then it

**is**implicitly defined by the

__formula__

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