Exercise-ch5: Difference between revisions
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== Functional notation == | == Functional notation == | ||
We have introduced the functional notation and the eventuality variable in chapter 5. What are the new formulae that correspond to the formulae from chapter 2? | |||
<quiz display=simple> | |||
{Notation from chapter 2: '''hobbit'''('''frodo''')<br /> | {Notation from chapter 2: '''hobbit'''('''frodo''')<br /> | ||
New notation:} | New notation: | ||
|type="[]"} | |||
- '''frodo'''•'''hobbit''' | - '''frodo'''•'''hobbit''' | ||
|| The functor ('''hobbit''') must precede the argument ('''frodo'''). | || The functor ('''hobbit''') must precede the argument ('''frodo'''). | ||
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{Notation from chapter 2: '''walk'''('''frodo''')<br /> | {Notation from chapter 2: '''walk'''('''frodo''')<br /> | ||
New notation:} | New notation: | ||
|type="[]"} | |||
- '''walk'''•'''frodo''' | - '''walk'''•'''frodo''' | ||
|| We introduced an eventuality variable for verbs. Typically written as ''e'' or ''s''. | || We introduced an eventuality variable for verbs. Typically written as ''e'' or ''s''. | ||
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{Notation from chapter 2: '''help'''('''aragorn''','''frodo''')<br /> | {Notation from chapter 2: '''help'''('''aragorn''','''frodo''')<br /> | ||
New notation:} | New notation: | ||
|type="[]"} | |||
+ (('''help'''•''e'')•'''frodo''')•'''aragorn''' | + (('''help'''•''e'')•'''frodo''')•'''aragorn''' | ||
- (('''help'''•''e'')•'''aragorn''')•'''frodo''' | - (('''help'''•''e'')•'''aragorn''')•'''frodo''' | ||
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</quiz> | </quiz> | ||
{{FeedbackExercises}} | |||
== Semantic types == | == Semantic types == | ||
<quiz display= | <quiz display=simple> | ||
{Add the semantic types in the blanks. Use simple letters ("e" or "t") for simple types. Use round brackets for complex types (for example: "(e,t)").} | {Add the semantic types in the blanks. Use simple letters ("e" or "t") for simple types. Use round brackets for complex types (for example: "(e,t)").} | ||
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</quiz> | </quiz> | ||
{{FeedbackExercises}} | |||
=== Basic | == Sorts and sortal restrictions == | ||
<quiz display=simple> | |||
{Indicate the semantic sort of the underlined noun phrase. | |||
|type="[]"} | |||
| eventuality | object | kind | group | |||
---+ <u>The committee</u> gathered around the meeting room. | |||
-+-- The committee gathered in the <u>the meeting room</u>. | |||
--+- They discussed who it might be possible to save <u>the panda</u> from extinction. | |||
+--- Where will <u>their next meeting</u> take place? | |||
</quiz> | |||
{{FeedbackExercises}} | |||
== Basic combinatorics: Canonical examples == | |||
<quiz display=simple> | <quiz display=simple> | ||
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</quiz> | </quiz> | ||
== Basic combinatorics: Examples with semantically "empty" elements == | |||
<quiz display= | === Copula and argument-marking preposition === | ||
<quiz display=simple> | |||
{Sentence: ''Alex is happy.''<br />Logical form: (('''happy''' • ''e'') • '''alex''')<br /> | {Sentence: ''Alex is happy.''<br />Logical form: (('''happy''' • ''e'') • '''alex''')<br /> | ||
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</quiz> | </quiz> | ||
{{FeedbackExercises}} | |||
=== Nominal expletives === | === Nominal expletives === | ||
<quiz display= | <quiz display=simple> | ||
{Sentence: ''It stormed.''<br />Logical form: '''storm''' • ''s''<br /> | {Sentence: ''It stormed.''<br />Logical form: '''storm''' • ''s''<br /> | ||
Which parts of the logical form are contributed by which word? | Which parts of the logical form are contributed by which word? | ||
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</quiz> | </quiz> | ||
{{FeedbackExercises}} | |||
=== Other constructions === | === Other constructions === | ||
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</quiz> | </quiz> | ||
{{FeedbackExercises}} | |||
<hr /> | <hr /> |
Latest revision as of 22:44, 24 June 2014
Exercises for chapter 5: Simple LRS
Functional notation
We have introduced the functional notation and the eventuality variable in chapter 5. What are the new formulae that correspond to the formulae from chapter 2?
Feel free to send feedback on this exercise to Manfred Sailer.
Semantic types
Feel free to send feedback on this exercise to Manfred Sailer.
Sorts and sortal restrictions
Feel free to send feedback on this exercise to Manfred Sailer.
Basic combinatorics: Canonical examples
Basic combinatorics: Examples with semantically "empty" elements
Copula and argument-marking preposition
Feel free to send feedback on this exercise to Manfred Sailer.
Nominal expletives
Feel free to send feedback on this exercise to Manfred Sailer.
Other constructions
Feel free to send feedback on this exercise to Manfred Sailer.
Back to
- the material for chapter 5
- the overview over all chapters.