Semantics 1, SoSe 2018 (Sailer) - Revision history

Manfred: /* Possible EX-CONT values */

2019-01-21T23:28:10Z

Possible EX-CONT values

← Older revision		Revision as of 23:28, 21 January 2019
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	= Meeting 13 =		= Meeting 13 =



	~~== Possible EX-CONT values ==~~

	~~Given the following PARTS lists, what are possible EX-CONT values (if we do not assume other restrictions)~~

	~~1. PARTS < '''pat''', '''alex''','''like''', '''like'''(__,__) >~~
	~~<div class="toccolours mw-collapsible mw-collapsed" style="width:800px">~~
	~~Check your answer~~
	~~<div class="mw-collapsible-content">~~
	~~'''like'''('''pat''','''alex''')<br>~~
	~~'''like'''('''alex''','''pat''')~~
	~~</div></div>~~


	~~2. PARTS < '''alex''','''snore''', '''snore'''(__), ¬(__) >~~
	~~<div class="toccolours mw-collapsible mw-collapsed" style="width:800px">~~
	~~Check your answer~~
	~~<div class="mw-collapsible-content">~~
	~~¬('''snore'''('''alex'''))~~
	~~</div></div>~~


	~~3. PARTS < '''alex''','''alex''','''snore''' >~~
	~~<div class="toccolours mw-collapsible mw-collapsed" style="width:800px">~~
	~~Check your answer~~
	~~<div class="mw-collapsible-content">~~
	~~There is no possible EX-CONT value because the three elements on the PARTS list cannot be combined.~~
	~~</div></div>~~



	~~3. PARTS < '''alex''','''alex''','''snore''', '''snore'''(__) >~~
	~~<div class="toccolours mw-collapsible mw-collapsed" style="width:800px">~~
	~~Check your answer~~
	~~<div class="mw-collapsible-content">~~
	~~'''snore'''('''alex''')~~
	~~</div></div>~~

	~~4. PARTS < '''alex''','''alex''','''snore''', '''snore'''(__), __ &and; __ >~~
	~~<div class="toccolours mw-collapsible mw-collapsed" style="width:800px">~~
	~~Check your answer~~
	~~<div class="mw-collapsible-content">~~
	~~'''snore'''('''alex''') &and; '''snore'''('''alex''')~~
	~~</div></div>~~

Manfred: /* Mock exam */

2018-07-17T09:15:33Z

Mock exam

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Manfred: /* Task 8': Principles of syntax */

2018-07-16T19:25:49Z

Task 8': Principles of syntax

← Older revision		Revision as of 19:25, 16 July 2018
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	Check your answer		Check your answer
	<div class="mw-collapsible-content">		<div class="mw-collapsible-content">
	The Phonology Principle specifies that the PHON value of a mother is the concatenation of the PHON values of its daughter(s). Therefore, a element of the PHON value of a word in a sentence will always be part of the PHON values of every phrase that dominates this word. Since the overall sentence dominates all its component words, its PHON value comprises the PHON values of all words of this sentence.		The Phonology Principle specifies that the PHON value of a mother is the concatenation of the PHON values of its daughter(s). Therefore, an element of the PHON value of a word in a sentence will always be part of the PHON values of every phrase that dominates this word. Since the overall sentence dominates all its component words, its PHON value comprises the PHON values of all words of this sentence.
	</div></div>		</div></div>

Manfred: /* Task 4: Interpreting formulae */

2018-07-16T19:24:27Z

Task 4: Interpreting formulae

← Older revision		Revision as of 19:24, 16 July 2018
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	Check your answer		Check your answer
	<div class="mw-collapsible-content">		<div class="mw-collapsible-content">
	[[<nowiki />'''witch'''<sub>1</sub>('''banquo''') ⊃ '''king'''<sub>1</sub>('''macbeth'''))]] = ''1''<br>iff [[<nowiki />'''witch'''<sub>1</sub>('''banquo''')]] = ''0'' or [[<nowiki />'''king'''<sub>1</sub>('''macbeth''')]] = ''1'' <br> iff < [[<nowiki />'''banquo''']] > is not in [[<nowiki />'''witch'''<sub>1</sub>]] or < [[<nowiki />'''macbeth''']] > is in [[<nowiki />'''king'''<sub>1</sub>]] <br> iff < I('''banquo''') > is not in I('''witch'''<sub>1</sub>) or < I('''macbeth''') > is in I('''king'''<sub>1</sub>) <br> iff < ''Banquo'' > is not in { <''x''> \| ''x'' is a witch} = { } or < ''Macbeth'' > is in { <''x''> \| ''x'' is king} = { <''Macbeth''>}.		[[<nowiki />'''witch'''<sub>1</sub>('''banquo''') ⊃ '''king'''<sub>1</sub>('''macbeth''')]] = ''1''<br>iff [[<nowiki />'''witch'''<sub>1</sub>('''banquo''')]] = ''0'' or [[<nowiki />'''king'''<sub>1</sub>('''macbeth''')]] = ''1'' <br> iff < [[<nowiki />'''banquo''']] > is not in [[<nowiki />'''witch'''<sub>1</sub>]] or < [[<nowiki />'''macbeth''']] > is in [[<nowiki />'''king'''<sub>1</sub>]] <br> iff < I('''banquo''') > is not in I('''witch'''<sub>1</sub>) or < I('''macbeth''') > is in I('''king'''<sub>1</sub>) <br> iff < ''Banquo'' > is not in { <''x''> \| ''x'' is a witch} = { } or < ''Macbeth'' > is in { <''x''> \| ''x'' is king} = { <''Macbeth''>}.

	Since both are the case, [[<nowiki />'''witch'''<sub>1</sub>('''banquo''') ⊃ '''king'''<sub>1</sub>('''macbeth'''))]] = ''1''.		Since both are the case, [[<nowiki />'''witch'''<sub>1</sub>('''banquo''') ⊃ '''king'''<sub>1</sub>('''macbeth''')]] = ''1''.
	</div></div>		</div></div>

Manfred: /* Task 4: Interpreting formulae */

2018-07-16T19:23:13Z

Task 4: Interpreting formulae

← Older revision		Revision as of 19:23, 16 July 2018
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	Check your answer		Check your answer
	<div class="mw-collapsible-content">		<div class="mw-collapsible-content">
	[[<nowiki />'''witch'''<sub>1</sub>('''banquo''') ⊃ '''king'''<sub>1</sub>('''macbeth'''))]] = ''1''<br>iff [[<nowiki />'''witch'''<sub>1</sub>('''banquo''')]]~~<nowiki />~~ = ''0'' or [[<nowiki />'''king'''<sub>1</sub>('''macbeth''') = ''1'' <br> iff < [[<nowiki />'''banquo''']] > is not in [[<nowiki />'''witch'''<sub>1</sub>]] or < [[<nowiki />'''macbeth''']] > is in [[<nowiki />'''king'''<sub>1</sub>]] <br> iff < I('''banquo''') > is not in I('''witch'''<sub>1</sub>) or < I('''macbeth''') > is in I('''king'''<sub>1</sub>) <br> iff < ''Banquo'' > is not in { <''x''> \| ''x'' is a witch} = { } or < ''Macbeth'' > is in { <''x''> \| ''x'' is king} = { <''Macbeth''>}.		[[<nowiki />'''witch'''<sub>1</sub>('''banquo''') ⊃ '''king'''<sub>1</sub>('''macbeth'''))]] = ''1''<br>iff [[<nowiki />'''witch'''<sub>1</sub>('''banquo''')]] = ''0'' or [[<nowiki />'''king'''<sub>1</sub>('''macbeth''')]] = ''1'' <br> iff < [[<nowiki />'''banquo''']] > is not in [[<nowiki />'''witch'''<sub>1</sub>]] or < [[<nowiki />'''macbeth''']] > is in [[<nowiki />'''king'''<sub>1</sub>]] <br> iff < I('''banquo''') > is not in I('''witch'''<sub>1</sub>) or < I('''macbeth''') > is in I('''king'''<sub>1</sub>) <br> iff < ''Banquo'' > is not in { <''x''> \| ''x'' is a witch} = { } or < ''Macbeth'' > is in { <''x''> \| ''x'' is king} = { <''Macbeth''>}.

	Since both are the case, [[<nowiki />'''witch'''<sub>1</sub>('''banquo''') ⊃ '''king'''<sub>1</sub>('''macbeth'''))]] = ''1''.		Since both are the case, [[<nowiki />'''witch'''<sub>1</sub>('''banquo''') ⊃ '''king'''<sub>1</sub>('''macbeth'''))]] = ''1''.

Manfred: /* Task 4: Interpreting formulae */

2018-07-16T19:21:31Z

Task 4: Interpreting formulae

← Older revision		Revision as of 19:21, 16 July 2018
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	Check your answer		Check your answer
	<div class="mw-collapsible-content">		<div class="mw-collapsible-content">
	[[<nowiki />'''witch'''<sub>1</sub>('''banquo''') ⊃ '''king'''<sub>1</sub>('''macbeth'''))]] = ''1''<br>iff [[<nowiki />'''witch'''<sub>1</sub>('''banquo''')]] = ''0'' or [[<nowiki />'''king'''<sub>1</sub>('''macbeth''') = ''1'' <br> iff < [[<nowiki />'''banquo''']] > is not in [[<nowiki />'''witch'''<sub>1</sub>]] or < [[<nowiki />'''macbeth''']] > is in [[<nowiki />'''king'''<sub>1</sub>]] <br> iff < I('''banquo''') > is not in I('''witch'''<sub>1</sub>) or < I('''macbeth''') > is in I('''king'''<sub>1</sub>) <br> iff < ''Banquo'' > is not in { <''x''> \| ''x'' is a witch} = { } or < ''Macbeth'' > is in { <''x''> \| ''x'' is king} = { <''Macbeth''>}.		[[<nowiki />'''witch'''<sub>1</sub>('''banquo''') ⊃ '''king'''<sub>1</sub>('''macbeth'''))]] = ''1''<br>iff [[<nowiki />'''witch'''<sub>1</sub>('''banquo''')]]<nowiki /> = ''0'' or [[<nowiki />'''king'''<sub>1</sub>('''macbeth''') = ''1'' <br> iff < [[<nowiki />'''banquo''']] > is not in [[<nowiki />'''witch'''<sub>1</sub>]] or < [[<nowiki />'''macbeth''']] > is in [[<nowiki />'''king'''<sub>1</sub>]] <br> iff < I('''banquo''') > is not in I('''witch'''<sub>1</sub>) or < I('''macbeth''') > is in I('''king'''<sub>1</sub>) <br> iff < ''Banquo'' > is not in { <''x''> \| ''x'' is a witch} = { } or < ''Macbeth'' > is in { <''x''> \| ''x'' is king} = { <''Macbeth''>}.

	Since both are the case, [[<nowiki />'''witch'''<sub>1</sub>('''banquo''') ⊃ '''king'''<sub>1</sub>('''macbeth'''))]] = ''1''.		Since both are the case, [[<nowiki />'''witch'''<sub>1</sub>('''banquo''') ⊃ '''king'''<sub>1</sub>('''macbeth'''))]] = ''1''.

Manfred: /* Mock exam */

2018-07-12T11:04:39Z

Mock exam

← Older revision		Revision as of 11:04, 12 July 2018
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	The examples in the text are based on Shakespeare's play ''Macbeth''. The full text of the play is available on [http://www.gutenberg.org/ebooks/2264 Projekt Gutenberg].		The examples in the text are based on Shakespeare's play ''Macbeth''. The full text of the play is available on [http://www.gutenberg.org/ebooks/2264 Projekt Gutenberg].

	We will use the TV show ''~~The Fresh Prince of Bel-Air~~'' for the final exam this term.		We will use the TV show ''How I Met Your Mother'' for the final exam this term.

Manfred: /* Mock exam */

2018-07-12T11:04:09Z

Mock exam

Show changes

Manfred: /* Mock exam */

2018-07-11T05:58:50Z

Mock exam

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Manfred: /* Mock exam */

2018-07-11T05:56:43Z

Mock exam

← Older revision		Revision as of 05:56, 11 July 2018
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	= Mock exam =		= Mock exam =

			Please contact [mailto:sailer@em.uni-frankfurt.de Manfred Sailer] if this section does not contain information after Wednesday, 11.7.2018, 3pm.

			<!--
	The examples in the text are based on Shakespeare's play ''Macbeth''. The full text of the play is available on [http://www.gutenberg.org/ebooks/2264 Projekt Gutenberg].		The examples in the text are based on Shakespeare's play ''Macbeth''. The full text of the play is available on [http://www.gutenberg.org/ebooks/2264 Projekt Gutenberg].

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	= Meeting 13 =		= Meeting 13 =