Please use this identifier to cite or link to this item: http://hdl.handle.net/10497/141
Title: 
A metacognitive approach to support heuristic solution of mathematical problems
Authors: 
Issue Date: 
2005
Citation: 
Proceedings of the Redesigning pedagogy: research, policy, practice conference, Singapore, May - June 2005.
Abstract: 
Singapore mathematics syllabuses identify eleven heuristics which are applicable to problem solving at the upper primary level (MOE, 2001a), and thirteen heuristics at lower secondary level (MOE, 2001b). This paper discusses some of the general characteristics of problem solving heuristics. This paper will also examines these heuristics, their functions and roles in mathematical problem solving and the
relationships they have with each other. According to their different characteristics, how and when they can be used in mathematical problem solving, they can be classified into four categories:
“representation heuristics”, “simplification heuristics”, “pathway heuristics”, and “generic heuristics”. Together they describe the process of mathematical problem solving.
URI: 
Project number: 
CRP 1/04 JH
Website: 
Appears in Collections:CRPP - Conference Papers

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