This document discusses syntax and syntactic analysis. It defines syntax as the study of the structure of language and how words are arranged in sentences. Syntactic analysis involves developing rules to describe the structure of sentences based on constituents like noun phrases and verb phrases. These rules are represented using tree diagrams and phrase structure rules. The goal is to have a small set of rules that can generate a large number of grammatical sentences. Movement rules allow rearranging constituents to form questions.
This document provides an overview of syntax and its key concepts. It discusses what syntax is, types of grammar, generative grammar, deep and surface structure, structural ambiguity, tree diagrams, symbols used in syntactic analysis, phrase structure rules, lexical rules, transformational rules, complement phrases, and recursion. The core concepts covered include how syntax studies word and sentence arrangements, generative grammar aims to generate all grammatical sentences, deep and surface structure represent underlying and surface levels, and transformational rules convert structures between declarative and interrogative forms.
This document discusses syntax, which is the study of grammatical relations between words and other units within sentences. It covers topics such as word order, sentence formation, syntactic categories, phrase structure rules, and sentence structure. Syntax examines the rules that govern how words can be combined to form meaningful sentences in different languages and how these rules can vary between languages, dialects, time periods, and social groups.
The document discusses syntax and sentence structure. It explains that speakers have rules for forming sentences stored in their brains rather than mental dictionaries of all possible sentences. Syntax rules specify how words combine into phrases and sentences, including word order and grammatical relationships. Phrase structure trees are used to represent the hierarchical structure of sentences based on syntactic categories like noun phrases and verb phrases. Recursive phrase structure rules allow for an infinite number of sentences. The document also discusses heads, complements, ambiguities, and other aspects of syntactic analysis.
This document provides an overview of syntax and generative grammar. It defines syntax as the arrangement of words in sentences and discusses different types of grammar including traditional, descriptive, and generative grammar. Generative grammar uses rules to generate an infinite set of grammatical sentences. The document also discusses deep and surface structure, structural ambiguity, tree diagrams, phrase structure rules, lexical rules, movement rules, complement phrases, and recursion.
This document provides an overview of syntax and generative grammar. It defines syntax as the way words are arranged to show relationships of meaning within and between sentences. Grammar is defined as the art of writing, but is now used to study language. Generative grammar uses formal rules to generate an infinite set of grammatical sentences. It distinguishes between deep structure and surface structure. Tree diagrams are used to represent syntactic structures with symbols like S, NP, VP. Phrase structure rules, lexical rules, and movement rules are components of generative grammar. Complement phrases and recursion allow sentences to be embedded within other sentences.
This document provides an overview of syntax and generative grammar. It defines syntax as the way words are arranged to show relationships of meaning within and between sentences. Grammar is defined as the art of writing, but is now used to study language. Generative grammar uses formal rules to generate an infinite set of grammatical sentences. It distinguishes between deep structure and surface structure. Tree diagrams are used to represent syntactic structures with symbols like S, NP, VP. Phrase structure rules, lexical rules, and movement rules are discussed. Complement phrases and recursion are also explained.
This document provides an overview of syntax and generative grammar. It defines syntax as the way words are arranged to show relationships of meaning within and between sentences. Grammar is defined as the art of writing, but is now used to study language. Generative grammar uses formal rules to generate an infinite set of grammatical sentences. It distinguishes between deep structure and surface structure. Tree diagrams are used to represent syntactic structures with symbols like S, NP, VP. Phrase structure rules, lexical rules, and movement rules are discussed. Complement phrases and recursion are also explained.
This document discusses syntax and syntactic analysis. It defines syntax as the study of the structure of language and how words are arranged in sentences. Syntactic analysis involves developing rules to describe the structure of sentences based on constituents like noun phrases and verb phrases. These rules are represented using tree diagrams and phrase structure rules. The goal is to have a small set of rules that can generate a large number of grammatical sentences. Movement rules allow rearranging constituents to form questions.
This document provides an overview of syntax and its key concepts. It discusses what syntax is, types of grammar, generative grammar, deep and surface structure, structural ambiguity, tree diagrams, symbols used in syntactic analysis, phrase structure rules, lexical rules, transformational rules, complement phrases, and recursion. The core concepts covered include how syntax studies word and sentence arrangements, generative grammar aims to generate all grammatical sentences, deep and surface structure represent underlying and surface levels, and transformational rules convert structures between declarative and interrogative forms.
This document discusses syntax, which is the study of grammatical relations between words and other units within sentences. It covers topics such as word order, sentence formation, syntactic categories, phrase structure rules, and sentence structure. Syntax examines the rules that govern how words can be combined to form meaningful sentences in different languages and how these rules can vary between languages, dialects, time periods, and social groups.
The document discusses syntax and sentence structure. It explains that speakers have rules for forming sentences stored in their brains rather than mental dictionaries of all possible sentences. Syntax rules specify how words combine into phrases and sentences, including word order and grammatical relationships. Phrase structure trees are used to represent the hierarchical structure of sentences based on syntactic categories like noun phrases and verb phrases. Recursive phrase structure rules allow for an infinite number of sentences. The document also discusses heads, complements, ambiguities, and other aspects of syntactic analysis.
This document provides an overview of syntax and generative grammar. It defines syntax as the arrangement of words in sentences and discusses different types of grammar including traditional, descriptive, and generative grammar. Generative grammar uses rules to generate an infinite set of grammatical sentences. The document also discusses deep and surface structure, structural ambiguity, tree diagrams, phrase structure rules, lexical rules, movement rules, complement phrases, and recursion.
This document provides an overview of syntax and generative grammar. It defines syntax as the way words are arranged to show relationships of meaning within and between sentences. Grammar is defined as the art of writing, but is now used to study language. Generative grammar uses formal rules to generate an infinite set of grammatical sentences. It distinguishes between deep structure and surface structure. Tree diagrams are used to represent syntactic structures with symbols like S, NP, VP. Phrase structure rules, lexical rules, and movement rules are components of generative grammar. Complement phrases and recursion allow sentences to be embedded within other sentences.
This document provides an overview of syntax and generative grammar. It defines syntax as the way words are arranged to show relationships of meaning within and between sentences. Grammar is defined as the art of writing, but is now used to study language. Generative grammar uses formal rules to generate an infinite set of grammatical sentences. It distinguishes between deep structure and surface structure. Tree diagrams are used to represent syntactic structures with symbols like S, NP, VP. Phrase structure rules, lexical rules, and movement rules are discussed. Complement phrases and recursion are also explained.
This document provides an overview of syntax and generative grammar. It defines syntax as the way words are arranged to show relationships of meaning within and between sentences. Grammar is defined as the art of writing, but is now used to study language. Generative grammar uses formal rules to generate an infinite set of grammatical sentences. It distinguishes between deep structure and surface structure. Tree diagrams are used to represent syntactic structures with symbols like S, NP, VP. Phrase structure rules, lexical rules, and movement rules are discussed. Complement phrases and recursion are also explained.
This document provides an overview of syntax and generative grammar. It defines syntax as the way words are arranged to show relationships of meaning within and between sentences. Grammar is defined as the art of writing, but is now used to study language. Generative grammar uses formal rules to generate an infinite set of grammatical sentences. It distinguishes between deep structure and surface structure. Tree diagrams are used to represent syntactic structures with symbols like S, NP, VP. Phrase structure rules, lexical rules, and movement rules are discussed. Complement phrases and recursion are also explained.
This document provides an overview of syntax and generative grammar. It defines syntax as the way words are arranged to show relationships of meaning within and between sentences. Grammar is defined as the art of writing, but is now used to study language. Generative grammar uses formal rules to generate an infinite set of grammatical sentences. It distinguishes between deep structure and surface structure. Tree diagrams are used to represent syntactic structures with symbols like S, NP, VP. Phrase structure rules, lexical rules, and movement rules are components of generative grammar. Complement phrases and recursion allow sentences to be embedded within other sentences.
This document provides an overview of syntax and generative grammar. It defines syntax as the way words are arranged to show relationships of meaning within and between sentences. Grammar is defined as the art of writing, but is now used to study language. Generative grammar uses formal rules to generate an infinite set of grammatical sentences. It distinguishes between deep structure and surface structure. Tree diagrams are used to represent syntactic structures with symbols like S, NP, VP. Phrase structure rules, lexical rules, and movement rules are discussed. Complement phrases and recursion are also explained.
This document provides an overview of syntax and generative grammar. It defines syntax as the way words are arranged to show relationships of meaning within and between sentences. Grammar is defined as the art of writing, but is now used to study language. Generative grammar uses formal rules to generate an infinite set of grammatical sentences. It distinguishes between deep structure and surface structure. Tree diagrams are used to represent syntactic structures with symbols like S, NP, VP. Phrase structure rules, lexical rules, and movement rules are discussed. Complement phrases and recursion are also explained.
This document provides an overview of syntax and generative grammar. It defines syntax as the way words are arranged to show relationships of meaning within and between sentences. Grammar is defined as the art of writing, but is now used to study language. Generative grammar uses formal rules to generate an infinite set of grammatical sentences. It distinguishes between deep structure and surface structure. Tree diagrams are used to represent syntactic structures with symbols like S, NP, VP. Phrase structure rules, lexical rules, and movement rules are components of generative grammar. Complement phrases and recursion allow sentences to be embedded within other sentences.
The document discusses syntax, grammaticality, deep and surface structures, and ambiguity. It defines syntax as the study of sentence patterns and grammatical rules. Syntactic structure includes parts of speech and phrase structures. Grammaticality refers to sentences that follow syntactic rules, while ungrammatical sentences violate rules. Deep structure is the basic sentence structure, and surface structure is the final output after transformations. Sentences can have the same deep structure but different surface forms, or the same surface form but different deep structures. Ambiguity can occur from lexical meanings or structural analyses leading to multiple interpretations.
The document discusses the key concepts of syntax including:
- Syntax examines how words are combined to form sentences.
- Speakers have linguistic competence which includes understanding grammaticality, word order, constituents, functions, ambiguity, and paraphrase.
- Generative grammar uses phrase structure rules to represent the hierarchical structure of sentences and generate all possible grammatical sentences.
- Tests like substitution and movement are used to determine if a string of words forms a constituent.
This document discusses syntax and its rules. It begins by explaining that syntax rules must avoid producing ill-formed sentences. It then provides an example of revising a preposition rule to allow for noun phrases rather than just nouns. The document goes on to define syntax and discuss how word order and position determine parts of speech. It also explains that words can be grouped together in sentences and introduces the concepts of deep structure, surface structure, and structural ambiguity. The document concludes by discussing recursion, tree diagrams, syntactic symbols, and movement rules.
This document discusses Chomsky's theory of Generative-Transformational Grammar and its implications for English language teaching. It covers topics such as deep and surface structure, phrase structure and transformational rules, competence versus performance, and the power of Generative-Transformational Grammar to generate an infinite number of sentences from a finite set of rules. The document also examines some criticisms of this theory and its potential applications to English language instruction.
grammaticality, deep & surface structure, and ambiguityDedew Deviarini
This document discusses English morphology and syntax. It covers several key topics:
1. What is syntax and syntactic structure, including parts of speech and phrase structure.
2. The difference between deep and surface structure, where deep structure is the underlying form and surface structure is the actual form after transformations.
3. Grammaticality, which refers to sentences that follow syntactic rules rather than other factors like meaning or truth.
4. Types of ambiguities, including lexical ambiguities due to ambiguous words, and structural ambiguities due to multiple possible syntactic trees.
This document provides an overview of syntax and generative grammar. It discusses key concepts like deep and surface structure, structural ambiguity, recursion, phrase structure rules, lexical rules, complement phrases, and transformational rules. Tree diagrams and other symbols are presented to describe syntactic structures. The goal of generative grammar is to have a system of explicit rules that can generate all valid syntactic structures of a language while avoiding invalid ones.
This document provides an overview of syntax and sentence structure. It defines syntax as the rules for forming sentences stored in our brains. These rules specify word order and grammatical relations. Sentences have hierarchical structure that can be represented in phrase structure trees. Syntactic categories include noun phrases, verb phrases, and prepositional phrases. Well-formed sentences obey phrase structure rules and selectional requirements of heads. Recursive rules allow generation of an infinite number of sentences. Structural ambiguities arise when one string has more than one possible parse tree.
Here are phrase structure trees for the sentences:
1.
S
NP VP
Det N VP
The puppy V NP
found Det N
the child
2.
S
NP VP
Det N VP
The ice V
melted
3.
S
NP VP
Det N VP
The hot sun V NP
melted Det N
the ice
4.
S
NP VP
Det N VP
The house PP
on Det N PP
the hill V PP
collapsed P NP
in Det N
the wind
5.
S
NP VP
Det N VP
The boat V PP
sailed P NP
up
This document provides an overview of syntax and its analysis. It discusses:
- What syntax is and why it is studied
- Applications of syntactic analysis like search, paraphrasing and information extraction
- The structure of words (morphology) and sentences (syntax) and their interplay
- Different representations of syntactic structure like trees and dependencies
- Context-free grammars and their use in syntactic analysis
- Representing syntactic information and constraints through attributes and unification
- Phenomena like structural priming and characteristics of spoken language syntax
Here are phrase structure trees for the sentences:
1. S
NP VP
Det N V Det N
The puppy found the child
2. S
NP VP
Det N V
The ice melted
3. S
NP VP
Det N VP
Det N V Det N
The hot sun melted the ice
4. S
NP VP
Det N PP
Det N P Det N
The house on the hill V PP
in Det N
collapsed the wind
5
This document discusses syntax and sentence structure. It covers the following key points in 3 sentences:
Syntax rules specify how words are combined into phrases and sentences, including word order and grammatical relationships. These rules allow humans to produce an infinite number of sentences, even though our mental dictionaries are finite. Phrase structure trees represent the hierarchical groupings of words in a sentence based on syntactic categories like noun phrases and verb phrases.
This chapter discusses sentence patterns and analysis. It covers how words are linked together in sentences, methods for analyzing sentences into components, and ways to represent analyses. Tree diagrams and rewrite rules are presented as tools to represent constituent structure. Different types of phrases and their structure are explained using X-bar theory. Complex sentences involving embedding and recursion are also discussed. Finally, thematic roles of verbs are defined as part of analyzing syntax-meaning relationships.
This document provides an overview of syntax and generative grammar. It defines syntax as the study of how words are arranged to show meaning within and between sentences. Grammar is defined as the art of writing, but is now used to study language. Generative grammar uses formal rules to generate an infinite number of grammatical sentences in a language. Deep structure refers to the underlying meaning and surface structure refers to the observable form. Tree diagrams are used to visually represent syntactic structures. Movement rules are needed to account for transformations between deep and surface structures. Recursion allows sentences to be embedded within other sentences.
This document provides an overview of syntax and syntactic analysis. It defines syntax as the study of rules governing how words are combined to form sentences. Phrase structure rules determine the structure of phrases like noun phrases and verb phrases. Generative grammar uses a small set of phrase structure and transformational rules to generate an infinite number of grammatical sentences. Trees are used to represent syntactic structure. The document discusses properties of syntactic knowledge like recursion and ambiguity. It contrasts deep structure and surface structure.
The document discusses linguistic constituents and how to identify them. It defines a constituent as a group of words that function as a single unit in a sentence and convey a specific meaning or grammatical role. It provides several tests to identify constituents, including cleft sentences, constituent questions, the stand-alone test, substitution by a pronoun, coordination, and phrase structure rules. Identifying constituents is important for understanding sentence structure and syntax.
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This document provides an overview of syntax and generative grammar. It defines syntax as the way words are arranged to show relationships of meaning within and between sentences. Grammar is defined as the art of writing, but is now used to study language. Generative grammar uses formal rules to generate an infinite set of grammatical sentences. It distinguishes between deep structure and surface structure. Tree diagrams are used to represent syntactic structures with symbols like S, NP, VP. Phrase structure rules, lexical rules, and movement rules are discussed. Complement phrases and recursion are also explained.
This document provides an overview of syntax and generative grammar. It defines syntax as the way words are arranged to show relationships of meaning within and between sentences. Grammar is defined as the art of writing, but is now used to study language. Generative grammar uses formal rules to generate an infinite set of grammatical sentences. It distinguishes between deep structure and surface structure. Tree diagrams are used to represent syntactic structures with symbols like S, NP, VP. Phrase structure rules, lexical rules, and movement rules are components of generative grammar. Complement phrases and recursion allow sentences to be embedded within other sentences.
This document provides an overview of syntax and generative grammar. It defines syntax as the way words are arranged to show relationships of meaning within and between sentences. Grammar is defined as the art of writing, but is now used to study language. Generative grammar uses formal rules to generate an infinite set of grammatical sentences. It distinguishes between deep structure and surface structure. Tree diagrams are used to represent syntactic structures with symbols like S, NP, VP. Phrase structure rules, lexical rules, and movement rules are discussed. Complement phrases and recursion are also explained.
This document provides an overview of syntax and generative grammar. It defines syntax as the way words are arranged to show relationships of meaning within and between sentences. Grammar is defined as the art of writing, but is now used to study language. Generative grammar uses formal rules to generate an infinite set of grammatical sentences. It distinguishes between deep structure and surface structure. Tree diagrams are used to represent syntactic structures with symbols like S, NP, VP. Phrase structure rules, lexical rules, and movement rules are discussed. Complement phrases and recursion are also explained.
This document provides an overview of syntax and generative grammar. It defines syntax as the way words are arranged to show relationships of meaning within and between sentences. Grammar is defined as the art of writing, but is now used to study language. Generative grammar uses formal rules to generate an infinite set of grammatical sentences. It distinguishes between deep structure and surface structure. Tree diagrams are used to represent syntactic structures with symbols like S, NP, VP. Phrase structure rules, lexical rules, and movement rules are components of generative grammar. Complement phrases and recursion allow sentences to be embedded within other sentences.
The document discusses syntax, grammaticality, deep and surface structures, and ambiguity. It defines syntax as the study of sentence patterns and grammatical rules. Syntactic structure includes parts of speech and phrase structures. Grammaticality refers to sentences that follow syntactic rules, while ungrammatical sentences violate rules. Deep structure is the basic sentence structure, and surface structure is the final output after transformations. Sentences can have the same deep structure but different surface forms, or the same surface form but different deep structures. Ambiguity can occur from lexical meanings or structural analyses leading to multiple interpretations.
The document discusses the key concepts of syntax including:
- Syntax examines how words are combined to form sentences.
- Speakers have linguistic competence which includes understanding grammaticality, word order, constituents, functions, ambiguity, and paraphrase.
- Generative grammar uses phrase structure rules to represent the hierarchical structure of sentences and generate all possible grammatical sentences.
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grammaticality, deep & surface structure, and ambiguityDedew Deviarini
This document discusses English morphology and syntax. It covers several key topics:
1. What is syntax and syntactic structure, including parts of speech and phrase structure.
2. The difference between deep and surface structure, where deep structure is the underlying form and surface structure is the actual form after transformations.
3. Grammaticality, which refers to sentences that follow syntactic rules rather than other factors like meaning or truth.
4. Types of ambiguities, including lexical ambiguities due to ambiguous words, and structural ambiguities due to multiple possible syntactic trees.
This document provides an overview of syntax and generative grammar. It discusses key concepts like deep and surface structure, structural ambiguity, recursion, phrase structure rules, lexical rules, complement phrases, and transformational rules. Tree diagrams and other symbols are presented to describe syntactic structures. The goal of generative grammar is to have a system of explicit rules that can generate all valid syntactic structures of a language while avoiding invalid ones.
This document provides an overview of syntax and sentence structure. It defines syntax as the rules for forming sentences stored in our brains. These rules specify word order and grammatical relations. Sentences have hierarchical structure that can be represented in phrase structure trees. Syntactic categories include noun phrases, verb phrases, and prepositional phrases. Well-formed sentences obey phrase structure rules and selectional requirements of heads. Recursive rules allow generation of an infinite number of sentences. Structural ambiguities arise when one string has more than one possible parse tree.
Here are phrase structure trees for the sentences:
1.
S
NP VP
Det N VP
The puppy V NP
found Det N
the child
2.
S
NP VP
Det N VP
The ice V
melted
3.
S
NP VP
Det N VP
The hot sun V NP
melted Det N
the ice
4.
S
NP VP
Det N VP
The house PP
on Det N PP
the hill V PP
collapsed P NP
in Det N
the wind
5.
S
NP VP
Det N VP
The boat V PP
sailed P NP
up
This document provides an overview of syntax and its analysis. It discusses:
- What syntax is and why it is studied
- Applications of syntactic analysis like search, paraphrasing and information extraction
- The structure of words (morphology) and sentences (syntax) and their interplay
- Different representations of syntactic structure like trees and dependencies
- Context-free grammars and their use in syntactic analysis
- Representing syntactic information and constraints through attributes and unification
- Phenomena like structural priming and characteristics of spoken language syntax
Here are phrase structure trees for the sentences:
1. S
NP VP
Det N V Det N
The puppy found the child
2. S
NP VP
Det N V
The ice melted
3. S
NP VP
Det N VP
Det N V Det N
The hot sun melted the ice
4. S
NP VP
Det N PP
Det N P Det N
The house on the hill V PP
in Det N
collapsed the wind
5
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Syntax rules specify how words are combined into phrases and sentences, including word order and grammatical relationships. These rules allow humans to produce an infinite number of sentences, even though our mental dictionaries are finite. Phrase structure trees represent the hierarchical groupings of words in a sentence based on syntactic categories like noun phrases and verb phrases.
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This document provides an overview of syntax and syntactic analysis. It defines syntax as the study of rules governing how words are combined to form sentences. Phrase structure rules determine the structure of phrases like noun phrases and verb phrases. Generative grammar uses a small set of phrase structure and transformational rules to generate an infinite number of grammatical sentences. Trees are used to represent syntactic structure. The document discusses properties of syntactic knowledge like recursion and ambiguity. It contrasts deep structure and surface structure.
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Odoo provides an option for creating a module by using a single line command. By using this command the user can make a whole structure of a module. It is very easy for a beginner to make a module. There is no need to make each file manually. This slide will show how to create a module using the scaffold method.
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ISO/IEC 27001, ISO/IEC 42001, and GDPR: Best Practices for Implementation and...PECB
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Date: May 29, 2024
Tags: Information Security, ISO/IEC 27001, ISO/IEC 42001, Artificial Intelligence, GDPR
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2. Recap
Draw 3 diagrams of the given sentences;
1- The monkey ate the banana.
2- The beautiful country of Pakistan is located in Asia.
3- They painted the picture beautifully.
4- The children laughed at the joker.
3. Phrase Structure Rules
• When we use a tree diagram format, we can
think of it in two different ways.
• In one way, we can simply treat it as a
static representation of the structure of the
sentence shown at the bottom of the diagram.
• We could then propose that, for every single
sentence in English, a tree diagram of this
type could be drawn.
• An alternative view is to treat the tree
diagram as a dynamic format , in the sense
that it represents a way of generating not
only that one sentence, but a very large
4. • This second approach is very appealing
because it would enable us to generate a
very large number of sentences with what
look like a very small number of rules.
These rules are called phrase structure
rules.
• As the name suggests, these rules state that
the structure of a phrase of a specific type
will consist of one or more constituents in
a particular order. We can use phrase
structure rules to present the information
of the tree diagram in another format. That
is, the information shown in the tree
diagram can be expressed in the phrase
5. • According to this rule, “a
noun phrase rewrites as an
article followed by a noun.”
• The first rule in the
following set of simple (and
necessarily incomplete)
phrase structure rules states
that “a sentence rewrites as
a noun phrase and a verb
phrase.”
• The second rule states that
“a noun phrase rewrites as
either an article plus an
optional adjective plus a
noun, or a pronoun, or a
proper noun.” The other rules
6. Lexical Rules
• Phrase structure rules generate
structures. In order to turn those
structures into recognizable English,
we also need lexical rules that
specify which words can be NP Art N
NP Art N Figure 8.3 102 The Study of
Language used when we rewrite
constituents such as N. The first
rule in the following set states that
“a proper noun rewrites as Mary or
George.” (It’s a very small world.)
• PN → {Mary, George}
• N → {girl, dog, boy}
• Art → {a, the}
• Pro → {it, you}
• V → {followed, helped, saw}
7.
8. Movement Rules
• The very small set of phrase structure rules
just described is a sample of what a more
complex phrase structure grammar of English,
with many more parts, would look like.
• These rules can be treated as a
representation of the underlying or deep
structures of NP VP
• NP VP
• Art N
• V NP
• Pro V NP
• Art N
• Pro
9. One feature of these underlying structures is
that they will generate sentences with a fixed
word order.
That is convenient for creating declarative
forms (You will help Mary), but not for making
interrogative forms, as used in questions (Will
you help Mary?).
In making the question, we move one part of the
structure to a different position. This process
is based on a movement rule.
12. Wh-movement
• John can solve this problem.
• Which problem can John solve?
S
VP
Aux NP
can Det N
V
solv
e
this proble
m
NP
John
N
13. Wh-movement
• [Which problem]i can John solve ti ?
S
VP
NP
John
Aux
NP
can t(rac
e)i
V
solv
e
NPi
Wh-Det N
whic
h
proble
m
N
Comp
S`
14. Relative Pronoun Movement
• John heard the claim which Bill
made. S
VP
V NP
hear
d
Det N S`
the claimi
NP
N
…
John
15. Relative Pronoun Movement
[The problemi thati he solved ti was easy].
S`
S
NP VP
Pron V NP
solve
d
Comp
Rel-
Pron
NP
thati he
S
NP VP
V AP
was
easy
Det N
th
e
proble
mi
A
t(rac
e)i
16. Transformat
ional
Generative
Grammar
• Transformational
generative theory was
presented by Noam
Chomsky this theory
is about structure of
sentences in a
language . It tells
us how syntax is
formed and learned
• Transformational
generative grammar
theory explains this
arrangement and
organization of
sentences. It means
17. Rule 1 we know that
the basic structure
of a sentence is that
it consists of noun
phrase and verb
phrase
1
rule 2 noun phrase
usually consists of a
noun and an article
it may consist of
noun article or
adjective
2
rule 3 a verb phrase
usually consists of a
verb and a
prepositional phrase
it may consist of an
auxiliary verb or
adverb also
3
18. Recursion
or
recursive
rule
Recursive rules means it is a capacity
to be applied more than once in
generating a structure for example
He is the man who caught the thief who
stole the jewelry that we bought
yesterday
It means we can create long and long
sentences by one rule that is called
as recursion
The same rule can be applied again and
again to create more sentences this is
called as recursion or recursive rule