CLASSIFICATION OF STUDENT PERFORMANCES ACCORDING TO LEVEL OF THINKING

Libby Quattromani, IRA, 1996

 Levels of Thinking and Gardner's Intelligences  Relationship to Bloom's Taxonomy  Student Performances with Operant Verbs  Examples in Mathematics

 RETENTION OF INFORMATION

Intelligences:
Linguistic
Logical-Mathematical

 KNOWLEDGE
(Recall)
Define
List
Name
Repeat
Label
Compute
Define equilateral
List five even numbers
Repeat oral directions
Label a given angle
Add 117 + 45

 MICRO SKILLS

INTELLIGENCES:
Linguistic
Logical-Mathematical
Spatial
Bodily-Kinesthetic
Musical

 ANALYSIS (Simple)

 

APPLICATION

 

COMPREHENSION

Sort/categorize
Compare/contrast

Determine cause/effect

Determine main ideas

Apply rules or principles
Calculate

Paraphrase/restate

Describe

Give examples/sketch

Identify
Read symbols/Translate
Explain in own words/tell

  Classify an unfamiliar organism according to phylum; and compare the genus and species.
Determine the causes of air pollution, and the effects.
Determine the theme of Greenpeace.

Find the area of a trapezoid.
Calculate the average of your quizzes.

Restate the definition of congruent.

Describe several assumptions of Euclidean geometry.
Give an example of a non-Euclidean problem/draw a sketch.

Read the weather map, identify the symbols, explain the predicted conditions.

 CRITICAL THINKING

INTELLIGENCE:

 EVALUATION

 

ANALYSIS
(COMPLEX)

Evaluate
Judge
Assess
Criticize

Classify
Analyze
Distiguish
Compare/contrast

 Evaluate the accuracy, credibility, and fairness of a statistical newspaper article, and offer a critical review.

Compare and contrast mathematics education in the United States, Russian, and Japan.

Analyze the outcomes.

 CREATIVE THINKING

INTELLIGENCE:
Linguistic
Logical-Mathematical
Interpersonal
Intrapersonal

 SYNTHESIS

Propose
Design
Create
Plan

Formulate

Construct/prepare

Propose a recycling plan.
Design a recycling container.
Create word problem.
Plan a campaign to increase public awareness ab out recycling.

Correctly formulate a chemistry experiment.

Construct a tetrahedron model.

 PROLEM SOLVING/DECISION MAKING

INTELLIGENCE:
Linguistic
Logical-Mathematical
Interpersonal
Intrapersonal

 EVALUATION

SYNTHESIS

ANALYSIS

Evaluate solution/decision options

Propose a solution
Create decision options

Define the problem
Establish goals/criteria
Analyze resources

Recommend a solution based upon mathematical rationale.

Create solution options to local pollution problems.

Describe the duration, scope, and consequences of local air pollution.

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