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The concept of causality, its definition, and the different types of causal relationships. It also discusses the correlational and experimental methods used to infer causal relations. Understanding causality is essential in various scientific fields.
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Basic Methods I Basic Methods I The nature of causes Basic Methods Basic Methods I. Goal of Science II. Definition of Causality III. Types of Causal Relations IV. Inferring Causal Relations I. Goal of Science I. Goal of Science Understanding: Understanding involves knowledge of the full set of causal relationships that underlie a phenomenon.
II. Definition of Causality II. Definition of Causality A. Under what conditions changes in one observation will be followed by changes in a second observation. Example: The moon causes the changes in tides. Light switch causes the lights to go on and off. II. Definition of Causality II. Definition of Causality B. Importance of !: “all other things equal” Ruling out rival hypotheses III. Types of Causal RelationshipsIII. Types of Causal Relationships A. Ultimate (final) versus Proximate (immediate)
B. Four levels of causal B. Four levels of causal connections: connections:
Correlational Method (cont) Correlational Method (cont)
B. Experimental MethodB. Experimental Method (cont)(cont)
IV. Inferring Causal RelationsIV. Inferring Causal Relations C. Inferring causal relations may require some combination of observational and experimental methodology.