SESSION 1

	Lecture 1: Course Overview
	Lecture 2: Introduction to logic
	Lecture 3: Statements and Truth
	Lecture 4: Premises and Conclusions

SESSION 2

	Lecture 5: Assessing Premises and Conclusions
	Lecture 6 : Statements in Categorical Logic
	Lecture 7: Statements in Propositional Logic

SESSION 3

	Lecture 8: Arguments and Cogency
	Lecture 9: Assessing Validity in Categorical Logic
	Lecture 10: Assessing Validity in Propositional Logic
	Lecture 11: Assessing Non-Deductive Arguments

SESSION 4

	Lecture 12: Fallacies
	Lecture 13: Fallacies of Relevance
	Lecture 14: Fallacies of Relevance

SESSION 5

	Lecture 15: Logical Possibility
	Lecture 16: Physical Possibility
	Lecture 17: Theories of Knowledge

SESSION 6

	Lecture 18: Personal Experience and Knowledge Acquisition
	Lecture 19: Personal Experience and Weird Phenomena
	Lecture 20: Subjectivism and Relativism
	Lecture 21: Mystical Exp[erience and Truth

SESSION 7

	Lecture 22: Evidence and Belief Justification
	Lecture 23: Assessing Evidence
	Lecture 24: From Possibility to Probability

SESSION 8

	Lecture 25: Why bother to learn about science?
	Lecture 26: Induction and discovery in science
	Lecture 27: Deduction and justification in science

SESSION 9

	Lecture 28: Assumptions and biases in science
	Lecture 29: Mathematics and science
	Lecture 30: Observation and science

SESSION 10

	Lecture 31: Testing in science
	Lecture 32: Progress in science
	Lecture 33: Good scientific theories

SESSION 11

	Lecture 34: Assessing alternative medicines
	Lecture 35: Assessing medical studies
	Lecture 36: Good science
	Lecture 37: Bad science

SESSION 12

	Lecture 38: Appraising Premises and Conclusions
	Lecture 39: Appraising Arguments
	Lecture 40: Recognizing Fallacies
	Lecture 41: Weird Phenomena and Possibility

SESSION 13

	Lecture 42: Weird Phenomena and Probability
	Lecture 43: Recognizing Bias in Science
	Lecture 44: The Logic of Confirmation
	Lecture 45: Assessing Alternative Medicines