Teaching Formal Logic
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								LessonsLesson 1: Teaching Logic Restfully with Rigor (Preview Content)4 Topics|1 Quiz
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																		Lesson 2: Logic as a Core Discipline (Preview Content)3 Topics|1 Quiz
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																		Discussion: Logic in One's Life and Study (Preview Content)2 Topics
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																		Lesson 3: Formal Logic vs. Informal Logic4 Topics|1 Quiz
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																		Lesson 4: The Classical Origin and Medieval Recovery of Logic4 Topics|1 Quiz
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																		Lesson 5: Formal Logic and the Three Acts of the Mind (Preview Content)4 Topics|1 Quiz
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																		Lesson 6: Translating Arguments into Categorical Form4 Topics|1 Quiz
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																		Lesson 7: Relationships of Opposition4 Topics|1 Quiz
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																		Lesson 8: Relationships of Equivalence4 Topics|1 Quiz
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																		Lesson 9: Categorical Syllogisms3 Topics|1 Quiz
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																		Lesson 10: Determining Validity of Syllogisms3 Topics|1 Quiz
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																		Lesson 11: Terms and Definitions3 Topics|1 Quiz
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																		Lesson 12: Developing the End-of-Year Project4 Topics|1 Quiz
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								Discovery of Deduction Sample LessonsLesson 13: Chapter 5.2 The Square of Opposition2 Topics|1 Quiz
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																		Lesson 14: Chapter 6.5 The Relationship of Contraposition2 Topics|1 Quiz
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								End of Course TestEnd of Course Test: Teaching Formal Logic1 Quiz
Assignments and Action Steps
II. How to Review Informal Logic with Students taking DD
Find and/or create three examples of inductive arguments. Analyze these arguments, determining what informal fallacies might be present. Craft a presentation that will explain to students how the argument begins with individual facts and works to reason toward a generalization. If the argument contains a fallacy, be prepared to show how the argument is weaker because the speaker deviates from proving the issue at hand by interjecting either an irrelevancy, a presumption, or a lack of clarity into his reasoning.
II. Formal Logic: Discovering Deduction
Create your own metaphorical example to explain why form is equally necessary to constructing a sound argument. Be sure to evaluate your metaphor to be sure it’s constructed correctly: A –> a  B –> b  C –> c (see Corbett if possible).
 
		 
				