

Grammar


Tenses


Present

Present Simple

Present Continuous

Present Perfect

Present Perfect Continuous


Past

Past Simple

Past Continuous

Past Perfect

Past Perfect Continuous


Future

Future Simple

Future Continuous

Future Perfect

Future Perfect Continuous


Parts Of Speech


Nouns

Countable and uncountable nouns

Verbal nouns

Singular and Plural nouns

Proper nouns

Nouns gender

Nouns definition

Concrete nouns

Abstract nouns

Common nouns

Collective nouns

Definition Of Nouns

Animate and Inanimate nouns

Nouns


Verbs

Stative and dynamic verbs

Finite and nonfinite verbs

To be verbs

Transitive and intransitive verbs

Auxiliary verbs

Modal verbs

Regular and irregular verbs

Action verbs

Verbs


Adverbs

Relative adverbs

Interrogative adverbs

Adverbs of time

Adverbs of place

Adverbs of reason

Adverbs of quantity

Adverbs of manner

Adverbs of frequency

Adverbs of affirmation

Adverbs


Adjectives

Quantitative adjective

Proper adjective

Possessive adjective

Numeral adjective

Interrogative adjective

Distributive adjective

Descriptive adjective

Demonstrative adjective


Pronouns

Subject pronoun

Relative pronoun

Reflexive pronoun

Reciprocal pronoun

Possessive pronoun

Personal pronoun

Interrogative pronoun

Indefinite pronoun

Emphatic pronoun

Distributive pronoun

Demonstrative pronoun

Pronouns


Pre Position


Preposition by function

Time preposition

Reason preposition

Possession preposition

Place preposition

Phrases preposition

Origin preposition

Measure preposition

Direction preposition

Contrast preposition

Agent preposition


Preposition by construction

Simple preposition

Phrase preposition

Double preposition

Compound preposition

prepositions


Conjunctions

Subordinating conjunction

Correlative conjunction

Coordinating conjunction

Conjunctive adverbs

conjunctions


Interjections

Express calling interjection

Phrases

Sentences

Clauses

Part of Speech


Grammar Rules

Passive and Active

Preference

Requests and offers

wishes

Be used to

Some and any

Could have done

Describing people

Giving advices

Possession

Comparative and superlative

Giving Reason

Making Suggestions

Apologizing

Forming questions

Since and for

Directions

Obligation

Adverbials

invitation

Articles

Imaginary condition

Zero conditional

First conditional

Second conditional

Third conditional

Reported speech

Demonstratives

Determiners

Direct and Indirect speech


Linguistics

Phonetics

Phonology

Linguistics fields

Syntax

Morphology

Semantics

pragmatics

History

Writing

Grammar

Phonetics and Phonology

Semiotics


Reading Comprehension

Elementary

Intermediate

Advanced


Teaching Methods

Teaching Strategies

Assessment
Translating natural language into a metalanguage
المؤلف:
Vyvyan Evans and Melanie Green
المصدر:
Cognitive Linguistics an Introduction
الجزء والصفحة:
C13-P451
2026-01-31
27
Translating natural language into a metalanguage
Predicate calculus, the logical metalanguage into which formal semanticists translate natural languages like English, contains a range of expressions. These expressions represent the meaning expressed by units of language like nouns, verbs and adjectives by means of terms. There are two kinds of terms: individual constants and predicates. Constants are expressions that relate to specific entities (like James Bond or the spy) and are represented by lower-case letters of the alphabet like a, b, c and so on. Predicates are expressions that rep resent processes (expressed by verbs like eat), properties (expressed by adjectives like funny), roles (expressed by nouns like a top British spy) and relations (expressed by prepositions like under). One-place predicates like funny, die or a top British spy only require a single participant to complete their meaning (e.g. James Bond is funny; James Bond died; James Bond is a top British spy), while two-place predicates like appreciate or under require two participants (e.g. James Bond appreciates Miss Moneypenny; James Bond is under the desk). Predicates are represented by upper-case letters of the alphabet, like A, B, C and so on. When constants and predicates are combined, this results in a formula. For example, the sentence in (14a) can be expressed by the formula in (14b), where upper-case S represents the predicate sings and lower-case f represents the constant Fred. By convention, the predicate occurs first in the predicate calculus formula, so the ‘translation’ does not reflect the word order of English.
Example (15) illustrates a formula in which a two-place predicate combines with two constants. The relative order of the constants is important, because this reflects the difference in meaning contributed by the syntactic structure: like the natural language sentence in (15a), the formula in (15b) says that Jane loves Tom, not that Tom loves Jane.
In sentences like Jane loves Tom and Tom loves Jane, which consist of two or more conjoined clauses and thus express two or more propositions, the clauses are connected by natural language connectives like and, or, but and so on. In sentences like Jane does not love Tom or Jane loves Tom but not Bill, the negation word not is an operator, an expression that takes scope over some part of the sentence and affects its meaning. Natural language expressions like all, every and some are also operators. These are quantifiers and take scope over some part of the sentence by quantifying it (for example, the sentences Every police man witnessed some crimes and Some policemen witnessed every crime each express a different proposition due to the positions of the quantifiers, despite the fact that they contain the same predicates and constants). Connectives and operators are represented by the logical symbols in Table 13.1, where the column ‘syntax’ shows how these symbols can be combined with other units.
Example (16) shows how the sentence in (16a) is translated into a predicate calculus formula (16b). The expression in (16c) shows how the predicate calculus can be ‘read’. In this example, x represents a variable. This is an expression that, like a constant, relates to an entity or group of entities (hence the lower-case symbol); unlike a constant, a variable does not indicate a specific entity. The lower-case letters x, y and z are reserved for variables.
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اخر الاخبار
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الآخبار الصحية

قسم الشؤون الفكرية يصدر كتاباً يوثق تاريخ السدانة في العتبة العباسية المقدسة
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(نوافذ).. إصدار أدبي يوثق القصص الفائزة في مسابقة الإمام العسكري (عليه السلام)