Abstract
This paper reports on one aspect of a study designed to explore the role of metacognition in fourth grade children's mathematical problem solving. A response mapping technique was developed to represent individual problem solving episodes in terms of Flavell' s (1981) model of cognitive monitoring. The consistency of the patterns observed in the individual models suggested a relationship between conceptual and procedural knowledge of a cognitive and metacognitive kind. A meta-model was proposed to describe andexplain the nature of this inferred relationship. The paper provides an outline of the response mapping technique, a summary of the meta-model, and an example of the response map data. The analysis supported the view that children's approaches to mathematical problem solving can be described in terms of the four generic approaches identified by the meta-model, that is, a Solver's approach (high conceptual-high procedural), a Diver's approach (high conceptual-low procedural), a Player's approach (low conceptual-high procedural), and a Survivor's approach (low conceptual-low procedural)
DIANNE SIEMON
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