1988The Arithmetic TeacherRequires access

Mathematics from Children's Literature

Rosamond Tischler

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Abstract

The mathematics curriculum for young children can grow from children's literature. The following examples encourage children to use a variety of thinking skills—classifying, forming hypotheses, selecting strategies, and creating problems. As a result, they offer more depth and breadth in mathematics than most curriculum guides or texts currently suggest. At the same time, the examples build on children's interests and involve them in an informal, active, and creative way. ln particular, they offer the manipulative experiences that are necessary at this age.

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What this paper is about

The mathematics curriculum for young children can grow from children's literature. The following examples encourage children to use a variety of thinking skills—classifying, forming hypotheses, selecting strategies, and creating problems. As a result, they offer more depth and breadth in mathematics than most curriculum guides or texts currently suggest. At the same time, the examples build on children's interests and involve them in an informal, active, and creative way. ln particular, they offer the manipulative experiences that are necessary at this age.

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Available abstract

The mathematics curriculum for young children can grow from children's literature. The following examples encourage children to use a variety of thinking skills—classifying, forming hypotheses, selecting strategies, and creating problems. As a result, they offer more depth and breadth in mathematics than most curriculum guides or texts currently suggest. At the same time, the examples build on children's interests and involve them in an informal, active, and creative way. ln particular, they offer the manipulative experiences that are necessary at this age.

Key concepts: Mathematics education, Curriculum, Variety (cybernetics), Mathematics curriculum, Reform mathematics, Connected Mathematics, Pedagogy, Mathematics

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