NMTS-Group9: Difference between revisions

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Sentence: Harry is a student and Snape is a teacher. <br />
Sentence: Harry is a student and Snape is a teacher. <br />
Formulae: <nowiki>[[</nowiki>student (harry) Ʌ teacher (snape)]] = true/false
Formulae: <nowiki>[[</nowiki>student (harry) Ʌ teacher (snape)]] = true/false
'''Truthtable Ʌ'''
</gallery></nowiki>
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<gallery>
File:Truthtable_AND.png|Truthtable AND


===== or =====
===== or =====

Revision as of 08:55, 1 February 2013

Warning:
The material on this page has been created as part of a seminar. It is still heavily under construction and we do not guarantee its correctness. If you have comments on this page or suggestions for improvement, please contact Manfred Sailer.
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Wikipage of Group 9

Overview

Members

Lisa
Marthe
Elisabeth
Isabelle

Short description of the topic

Predicate logic - logical connectives

The purpose of Predicate logic is to avoid ambiguity in sentences by forming formulae out of natural language. Logical connectives are used to create formulae out of sentences with "and", "or", "if/then" and "not". The aim is to state if the given sentence is true or false in a given model.

Examples

and

Symbol: Ʌ
Sentence: Harry is a student and Snape is a teacher.
Formulae: [[student (harry) Ʌ teacher (snape)]] = true/false

Truthtable Ʌ

</gallery></nowiki>

-->

</nowiki>

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Our exercises

Complex exercise on Predicate Logic: