Book contents
- Frontmatter
- Contents
- List of Contributors
- Preface
- Acknowledgments
- 1 How to Discourage Creative Thinking in the Classroom
- 2 Teaching for Creativity in an Era of Content Standards and Accountability
- 3 Developing Creative Productivity in Young People through the Pursuit of Ideal Acts of Learning
- 4 Creativity: A Look Outside the Box in Classrooms
- 5 Using Constraints to Develop Creativity in the Classroom
- 6 Infusing Creative and Critical Thinking into the Curriculum Together
- 7 The Five Core Attitudes, Seven I's, and General Concepts of the Creative Process
- 8 Learning for Creativity
- 9 Broadening Conceptions of Creativity in the Classroom
- 10 Everyday Creativity in the Classroom: A Trip through Time with Seven Suggestions
- 11 Education Based on a Parsimonious Theory of Creativity
- 12 Roads Not Taken, New Roads to Take: Looking for Creativity in the Classroom
- 13 Creativity in Mathematics Teaching: A Chinese Perspective
- 14 Possibility Thinking and Wise Creativity: Educational Futures in England?
- 15 When Intensity Goes to School: Overexcitabilities, Creativity, and the Gifted Child
- 16 Intrinsic Motivation and Creativity in the Classroom: Have We Come Full Circle?
- 17 Attitude Change as the Precursor to Creativity Enhancement
- 18 Creativity in College Classrooms
- 19 Teaching for Creativity
- Creativity in the Classroom Coda: Twenty Key Points and Other Insights
- Index
- References
13 - Creativity in Mathematics Teaching: A Chinese Perspective
Published online by Cambridge University Press: 05 June 2012
- Frontmatter
- Contents
- List of Contributors
- Preface
- Acknowledgments
- 1 How to Discourage Creative Thinking in the Classroom
- 2 Teaching for Creativity in an Era of Content Standards and Accountability
- 3 Developing Creative Productivity in Young People through the Pursuit of Ideal Acts of Learning
- 4 Creativity: A Look Outside the Box in Classrooms
- 5 Using Constraints to Develop Creativity in the Classroom
- 6 Infusing Creative and Critical Thinking into the Curriculum Together
- 7 The Five Core Attitudes, Seven I's, and General Concepts of the Creative Process
- 8 Learning for Creativity
- 9 Broadening Conceptions of Creativity in the Classroom
- 10 Everyday Creativity in the Classroom: A Trip through Time with Seven Suggestions
- 11 Education Based on a Parsimonious Theory of Creativity
- 12 Roads Not Taken, New Roads to Take: Looking for Creativity in the Classroom
- 13 Creativity in Mathematics Teaching: A Chinese Perspective
- 14 Possibility Thinking and Wise Creativity: Educational Futures in England?
- 15 When Intensity Goes to School: Overexcitabilities, Creativity, and the Gifted Child
- 16 Intrinsic Motivation and Creativity in the Classroom: Have We Come Full Circle?
- 17 Attitude Change as the Precursor to Creativity Enhancement
- 18 Creativity in College Classrooms
- 19 Teaching for Creativity
- Creativity in the Classroom Coda: Twenty Key Points and Other Insights
- Index
- References
Summary
A few years ago, the second author attended a parent-teacher conference in an elementary school located in Manhattan's Upper Westside. She noticed an interesting survey posted outside the classroom of a first-grade class about the students' preferences with regard to the subjects they learn in school. All the students were blind-folded as they raised their hands and responded to the question, “How many people like mathematics/science/reading/social studies/gym?” The survey results charted on the poster indicated that most first-graders liked mathematics. Coincidentally, two years later, when the author made another visit to the same school, she noticed a similar survey and discovered that mathematics had dropped to the third most favored subject among the third-graders.
Mathematics in China, on the other hand, is consistently regarded as an enjoyable subject to learn by many students from elementary school to high school. It is viewed by most Chinese students as a subject that “makes them smart” (Zhang, 2007). A popular belief in China is that learning mathematics well helps people earn a good living. In a survey of 3,371 students of all grades in ten Chinese provinces, Sun, Zheng, and Kang ([1999] 2001) found that more students consistently rated mathematics as “their most favorite subject” in elementary and middle schools than any other subjects. In high school, mathematics was rated as the second most favorite subject, only topped by foreign languages.
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- Chapter
- Information
- Nurturing Creativity in the Classroom , pp. 270 - 288Publisher: Cambridge University PressPrint publication year: 2010
References
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