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Levels of Epistemological Understanding (Earliest Average Emergence) Realist (Pre-School to Early Elementary) Absolutist (Elementary to High School) Knowledge represents facts that are either correct or incorrect. Critical thinking is used to determine the truth value of a statement. Multiplist (High School to College) Knowledge represents opinions. Reality is generated by humans and not directly knowable. Critical thinking is irrelevant. Evaluativist (Late High School onward) – Knowledge can be evaluated. Assertions can be compared. Critical thinking is the vehicle that promotes sound understanding.

Levels of Epistemological Understanding (Earliest Average Emergence) Realist (Pre-School to Early Elementary) Absolutist (Elementary to High School) –Knowledge

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Page 1: Levels of Epistemological Understanding (Earliest Average Emergence) Realist (Pre-School to Early Elementary) Absolutist (Elementary to High School) –Knowledge

Levels of Epistemological Understanding

(Earliest Average Emergence)

• Realist (Pre-School to Early Elementary)• Absolutist (Elementary to High School)

– Knowledge represents facts that are either correct or incorrect. Critical thinking is used to determine the truth value of a statement.

• Multiplist (High School to College)– Knowledge represents opinions. Reality is

generated by humans and not directly knowable. Critical thinking is irrelevant.

• Evaluativist (Late High School onward)– Knowledge can be evaluated. Assertions

can be compared. Critical thinking is the vehicle that promotes sound understanding.

Page 2: Levels of Epistemological Understanding (Earliest Average Emergence) Realist (Pre-School to Early Elementary) Absolutist (Elementary to High School) –Knowledge

Kuhn, Cheney, Weinstock, (2000) in Cognitive Development

Percentage of Respondents at Each Level for Aesthetic

Judgments

0%

10%

20%

30%

40%

50%

60%

70%

80%

90%

100%

12th Graders Undergraduates Ph.D. Candidatesin Educational

Philosophy

EvaluativistMultiplistAbsolutist

Page 3: Levels of Epistemological Understanding (Earliest Average Emergence) Realist (Pre-School to Early Elementary) Absolutist (Elementary to High School) –Knowledge

Kuhn, Cheney, Weinstock, (2000) in Cognitive Development

Percentage of Respondents at Each Level for Value

Judgments

0%

10%

20%

30%

40%

50%

60%

70%

80%

90%

100%

12th Graders Undergraduates Ph.D.Candidates inEducationalPhilosophy

Evaluativist

Multiplist

Absolutist

Page 4: Levels of Epistemological Understanding (Earliest Average Emergence) Realist (Pre-School to Early Elementary) Absolutist (Elementary to High School) –Knowledge

Kuhn, Cheney, Weinstock, (2000) in Cognitive Development

Percentage of Respondents at Each Level for Social Science

Judgments

0%

10%

20%

30%

40%

50%

60%

70%

80%

90%

100%

12th Graders Undergraduates Ph.D. Candidatesin Educational

Philosophy

EvaluativistMultiplistAbsolutist

Page 5: Levels of Epistemological Understanding (Earliest Average Emergence) Realist (Pre-School to Early Elementary) Absolutist (Elementary to High School) –Knowledge

Kuhn, Cheney, Weinstock, (2000) in Cognitive Development

Percentage of Respondents at Each Level for Natural

Science Judgments

0%

10%

20%

30%

40%

50%

60%

70%

80%

90%

100%

12th Graders Undergraduates Ph.D. Candidatesin Educational

Philosophy

EvaluativistMultiplistAbsolutist

Page 6: Levels of Epistemological Understanding (Earliest Average Emergence) Realist (Pre-School to Early Elementary) Absolutist (Elementary to High School) –Knowledge

Bloom (1956) "Taxonomy of Educational Objectives"

Bloom’s Taxonomy of Cognitive Learning Objectives

1. Knowledge: Memorization or recall of specific facts.

Examples--Defining a term or reproducing a diagram.

2. Comprehension: Interpretation, paraphrasing, and extrapolation.

Examples--Giving an example of a concept or summarizing the main points of an argument.

3. Application: Application concepts and principles to new situations.

Examples--Demonstrating the relevancy of an argument to a new situation or applying a theory to a practical problem.

4. Analysis: Differentiation and discrimination between two or more concepts or principles.

Examples--Comparing or contrasting two opposing viewpoints.

5. Synthesis: Creation of a structure or pattern by blending elements and parts to form a new whole.

Examples--Integrating the research literature on a topic in a novel way or proposing a novel research topic.

6. Evaluation: Judge value, logical consistency, or adequacy of an argument.

Examples--Evaluating the adequacy of a conclusion or judging the validity of a research claim.