1988The Arithmetic TeacherRequires access

Problem Solving and Mathematical Beliefs

Martha Frank

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Abstract

A frequently asked question in the decade since problem solving has become a popular topic in mathematics education is “How can we get students to become better problem solvers?” Answers to this question have focused on such in structional techniques as the introduction of problem-problemsolving strategies (“heuristics”), Polya's four-step method, or even the teaching of computer programming languages such as Logo or BASIC.

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What this paper is about

A frequently asked question in the decade since problem solving has become a popular topic in mathematics education is “How can we get students to become better problem solvers?” Answers to this question have focused on such in structional techniques as the introduction of problem-problemsolving strategies (“heuristics”), Polya's four-step method, or even the teaching of computer programming languages such as Logo or BASIC.

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OpenAlex reports 114 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

A frequently asked question in the decade since problem solving has become a popular topic in mathematics education is “How can we get students to become better problem solvers?” Answers to this question have focused on such in structional techniques as the introduction of problem-problemsolving strategies (“heuristics”), Polya's four-step method, or even the teaching of computer programming languages such as Logo or BASIC.

Key concepts: Heuristics, Mathematics education, Logo (programming language), Computer science, Teaching method, Mathematics, Programming language, Operating system

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