On this page, you can find the solutions to the excercises on Quantifiers.

== Restricted Quantifiers 1a ==

Sorry, this is not correct.

In restricted quantifier notation, the ''complete'' noun phrase of the sentence is presented in square brackets.

[[NMTS-Group5#Restricted_Quantifiers|Return to Excercise]]

== Types Quantifiers 2d ==

[Every x: SCULPTURE(x) & MAKE (r, x)] SIGN (r, x)

Here, the N' is "sculpture he makes" and therefore belongs in square brackets together with the Quantifier "every". Since Ramon ''makes'' and ''signs'' the sculptures, the correspondng variables are (r, x).

[[NMTS-Group5#Different_types_of_Quantifiers|Return to Excercise]]

== Scopal Ambiguity 3a ==

...

[[NMTS-Group5#Scopal_Ambiguity|Return to Excercise]]

== Restricted Quantifiers 1c ==

Sorry, this is not correct.

In restricted quantifier notation, the noun phrase of the sentence is presented in square brackets.

[[NMTS-Group5#Restricted_Quantifiers|Return to Excercise]]

== Types Quantifiers 2a ==

Sorry, this is not correct.

Existential quantifiers are used for sentences that represent something that exists.

Of course, you could argue that there is a Person x such that x is called Ramon and x makes (and then signs) sculptures - but this is not what we were going for.

Maybe you want to check the possible answers once more.

[[NMTS-Group5#Different_types_of_Quantifiers|Return to Excercise]]

== Types Quantifiers 2b ==

Yes, this is correct.
(Because)

[[NMTS-Group5#Different_types_of_Quantifiers|Return to Excercise]]

== Restricted Quantifiers 1b ==

Yes, this is correct.

[[NMTS-Group5#Restricted_Quantifiers|Return to Excercise]]

== Types Quantifiers 2c ==

Sorry, this is not correct.
(Because)

[[NMTS-Group5#Different_types_of_Quantifiers|Return to Excercise]]

== Restricted Quantifiers 1d ==

Sorry, this is not correct.

In restricted quantifier notation, the ''noun phrase'' of the sentence is presented in square brackets.

[[NMTS-Group5#Restricted_Quantifiers|Return to Excercise]]

== Scopal Ambiguity 3b ==

# For every person there is at least one person who loves him / her:

∀x (PERSON (x) -> ∃y (PERSON (y) & LOVE (x, y))

# There is one person that is loved by everyone:

∃x (PERSON (x) -> ∀y (PERSON (y) & LOVE (y, x))

[[NMTS-Group5#Scopal_Ambiguity|Return to Excercise]]

== Placeholder ==

This is just a placeholder in order to make sure the links work correctly, independently of the size of the PC-screen.

This is just a placeholder in order to make sure the links work correctly, independently of the size of the PC-screen.

SolutionsGroup5

2013-01-20T18:44:11Z

Katharina: /* Placeholder */

On this page, you can find the solutions to the excercises on Quantifiers.

== Restricted Quantifiers 1a ==

Sorry, this is not correct.

In restricted quantifier notation, the ''complete'' noun phrase of the sentence is presented in square brackets.

[[NMTS-Group5#Restricted_Quantifiers|Return to Excercise]]

== Types Quantifiers 2d ==

[Every x: SCULPTURE(x) & MAKE (r, x)] SIGN (r, x)

Here, the N' is "sculpture he makes" and therefore belongs in square brackets together with the Quantifier "every". Since Ramon ''makes'' and ''signs'' the sculptures, the correspondng variables are (r, x).

[[NMTS-Group5#Different_types_of_Quantifiers|Return to Excercise]]

== Scopal Ambiguity 3a ==

...

[[NMTS-Group5#Scopal_Ambiguity|Return to Excercise]]

== Restricted Quantifiers 1c ==

Sorry, this is not correct.

In restricted quantifier notation, the noun phrase of the sentence is presented in square brackets.

[[NMTS-Group5#Restricted_Quantifiers|Return to Excercise]]

== Types Quantifiers 2a ==

Sorry, this is not correct.

Existential quantifiers are used for sentences that represent something that exists.

Of course, you could argue that there is a Person x such that x is called Ramon and x makes (and then signs) sculptures - but this is not what we were going for.

Maybe you want to check the possible answers once more.

[[NMTS-Group5#Different_types_of_Quantifiers|Return to Excercise]]

== Types Quantifiers 2b ==

Yes, this is correct.
(Because)

[[NMTS-Group5#Different_types_of_Quantifiers|Return to Excercise]]

== Restricted Quantifiers 1b ==

Yes, this is correct.

[[NMTS-Group5#Restricted_Quantifiers|Return to Excercise]]

== Types Quantifiers 2c ==

Sorry, this is not correct.
(Because)

[[NMTS-Group5#Different_types_of_Quantifiers|Return to Excercise]]

== Restricted Quantifiers 1d ==

Sorry, this is not correct.

In restricted quantifier notation, the ''noun phrase'' of the sentence is presented in square brackets.

[[NMTS-Group5#Restricted_Quantifiers|Return to Excercise]]

== Scopal Ambiguity 3b ==

# For every person there is at least one person who loves him / her:

∀x (PERSON (x) -> ∃y (PERSON (y) & LOVE (x, y))

# There is one person that is loved by everyone:

∃x (PERSON (x) -> ∀y (PERSON (y) & LOVE (y, x))

[[NMTS-Group5#Scopal_Ambiguity|Return to Excercise]]

== Placeholder ==

This is just a placeholder in order to make sure the links work correctly, independently of the size of the PC-screen.

This is just a placeholder in order to make sure the links work correctly, independently of the size of the PC-screen.

SolutionsGroup5

2013-01-20T18:42:40Z

Katharina: /* Placeholder */

2013-01-20T14:14:05Z

Katharina:

SolutionsGroup5

2013-01-20T14:12:53Z

Katharina:

SolutionsGroup5

2013-01-20T14:10:30Z

Katharina:

Glossary:Paraphrase

2012-10-25T19:41:12Z

Katharina: /* Examples */

Glossary:Paraphrase

2012-10-25T19:40:48Z

Katharina: /* Definition */

{{MaterialUnderConstruction}}

= Paraphrase =

== Definition ==

Two or more sentences are called a ''paraphrase'' (/ˈpærəfreɪz/) to each other when they have the same basic meaning.

== Examples ==

Paraphrase via passive voice:
Mr. March bought the house.
The house was bought by Mr. March.

Paraphrase via substitution of synonyms:
She takes the elevator to get to her apartment.
She takes the lift to get to her flat.

== Related Terms ==

* [[Glossary:Synonym |Synonym]]

NMTS Meeting 2

2012-10-25T19:32:32Z

Katharina: /* Groups */

{{MaterialUnderConstruction}}

(Back to the [[NMTS_Course_Overview|course overview]])

= Working with MediaWiki and Semantics =

== Working with MediaWiki ==

Selected comments on example user pages:
* internal links
* licensing information on the picture site

List of [[UserPageComments|individual comments]].

== Little Glossary of Semantic Terminology ==

We create a little [[Basic Glossary|glossary of basic terms]] in semantics

== Semantics ==

your topics:
* ambiguity
* semantic relations between words and sentences
* connotation, denotation
* predicate logic
** logical connectives
** variables
** quantifiers
* English syntax

== Groups ==

* Group 0: [[NMTS-Group0|wikipage of Group 0]]
** Members: [[User:Manfred|Manfred Sailer]], [[User:Suzanne|Suzanne]], [[User:Sabrina|Sabrina]], [[User:Eleris|Eleris]]
** Topic: Example material
* Group 1: [[NMTS-Group1|wikipage of Group 1]]
** Members: [[User:Nicki|Nicki]], [[User:Leo|Leo]], [[User:Lorena|Lorena]], [[User:Anna_Böcher|Anna Böcher]], [[User:Marc_M|Marc M]]
** Topic: Ambiguity
* Group 2: [[NMTS-Group2|wikipage of Group 2]]
** Members:
** Topic: Basic semantic relations
* Group 3: [[NMTS-Group3|wikipage of Group 3]]
** Members:
** Topic: Presupposition
* Group 4: [[NMTS-Group4|wikipage of Group 4]]
** Members:
** Topic: Implicature
* Group 5: [[NMTS-Group5|wikipage of Group 5]]
** Members: [[User:AnKa| AnKa]], [[User:Katharina| Katharina]], [[User:KimA |KimA]], [[User:Lara| Lara]]
** Topic: Quantifiers
* Group 6: [[NMTS-Group6|wikipage of Group 6]]
** Members:
** Topic: Predicate Logic
* Group 7: [[NMTS-Group7|wikipage of Group 7]]
** Members:
** Topic: An HPSG fragment
* Group 8: [[NMTS-Group8|wikipage of Group 8]]
** Members:
** Topic: Sorts and types
* Group 9: [[NMTS-Group9|wikipage of Group 9]]
** Members:
** Topic:

= For the next meeting =

== Revision ==

Correct/complete your user page and the page of your picture if necessary

== Glossary ==

Add a term to our glossary and create the corresponding entry.
* Name of your page: if you work on synonymy, then your page should be called Glossary:Synonym
* IPA symbols can be gained from: http://westonruter.github.com/ipa-chart/keyboard/ (thanks to [[User:Leo|Leo]] for the link!)

== Group ==

* Form a group of at most 5 people.
* Make sure you can exchange information within the group (exchange e-mail, ...)
* Decide on the topic for your group.
* Create the wikipage for your group. Your page should follow the pattern used by [[NMTS-Group0| Group 0]].
* Include at least three references that may help you work on your topic.

== Prepare a short presentation ==

Each group will give a 3 minute presentation on their topic:
# What is your group working on?
# Give one clear example.
# What is particularly difficult?

NMTS-Group5

2012-10-25T06:51:07Z

Katharina: Created page with "{{MaterialUnderConstruction}} (Back to the group overview) = Wikipage of Group 5 = == Overview == === Members === List the members of your group..."

{{MaterialUnderConstruction}}

(Back to the [[NMTS_Meeting_2#Groups|group overview]])

= Wikipage of Group 5 =

== Overview ==

=== Members ===
List the members of your group here

=== Short description of the topic ===


== References and links ==

=== References ===


=== Links ===


= Our e-learning objects =

== Our wiki pages ==


== Our podcasts ==


== Our materials for an interactive whiteboard ==


== Our pictures ==

<gallery>
File:
File:
</gallery>

== Our exercises ==

Glossary:Paraphrase

2012-10-25T06:47:40Z

Katharina:

{{MaterialUnderConstruction}}

= Paraphrase =

== Definition ==

Two or more sentences are called a ''paraphrase'' (/ˈpærəfreɪz/)to each other when they have the same basic meaning.

== Examples ==

Paraphrase via passive voice:
Mr. March bought the house.
The house was bought by Mr. March.

Paraphrase via substitution of synonyms:
She takes the elevator to get to her apartment.
She takes the lift to get to her flat.

== Related Terms ==

* [[Glossary:Synonym |Synonym]]

2012-10-22T12:21:03Z

Katharina:

= My Page =

! under construction !

== Personal Interests ==

*Mathematics
* Linguistics
** Morphology
** Semantics
***

== Interesting Links ==

[[NMTS Course Overview]]

[http://www2.uni-frankfurt.de/41111817/linguistik Linguistics at Goethe-Uni Frankfurt]

User:Katharina

2012-10-19T22:00:15Z

Katharina: Created page with "= My Page = ! under construction ! == Personal Interests == == Interesting Links =="

= My Page =

! under construction !

== Personal Interests ==

== Interesting Links ==