Participation

Please register for the course to gain access to the Adam workspace.

We teach the course as flipped classroom with prerecorded lectures, an exercise on Monday and a plenary meeting on Wednesday.

Lecture Slides

NoTopicStudy untilSlides
A1Organizational Matters21.9.screen
print 4
print 1
A2Proofs I



Examples
26.9.screen
print 4
print 1

pdf
tex
A3Proofs II



Examples
3.10.screen
print 4
print 1

pdf
tex
B1Sets I3.10.screen
print 4
print 1
B2Sets II: Countable Sets10.10.screen
print 4
print 1
B3Sets III: Cantor's Theorem10.10.screen
print 4
print 1
B4Tuples and Cartesian Product10.10.screen
print 4
print 1
B5Relations10.10.screen
print 4
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B6Equivalence and Order Relations17.10.screen
print 4
print 1
B7Operations on Relations17.10.screen
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B8Functions24.10.screen
print 4
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B9Permutations24.10.screen
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B10Groups31.10.screen
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B11Divisibility & Modular Arithmetic31.10.screen
print 4
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C1Introduction to Graphs07.11.screen
print 4
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C2Paths and Connectivity07.11.screen
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C3Acyclicity14.11.screen
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C4Further Topics in Graph Theory14.11.screen
print 4
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D1Introduction to Recurrences21.11.screen
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D2Advanced Methods for Recurrences21.11.screen
print 4
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E1Introduction to Formal Logic28.11.screen
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E2Properties of Propositional Formulas28.11.screen
print 4
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E3Normal Forms and Logical Consequence5.12.screen
print 4
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E4Inference5.12.screen
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E5Syntax and Semantics of Predicate Logic12.12.screen
print 4
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E6Advanced Concepts in Predicate Logic and Outlook12.12.screen
print 4
print 1