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Knowing and Teaching Elementary Mathematics: Teachers' Understanding of Fundamental Mathematics in China and the United States [Kõva köide]

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Chinese students typically outperform U.S. students on international comparisons of mathematics competency. Paradoxically, Chinese teachers receive far less education than U.S. teachers--11 to 12 years of schooling versus 16 to 18 years of schooling.

Studies of U.S. teacher knowledge often document insufficient subject matter knowledge in mathematics. But, they give few examples of the knowledge teachers need to support teaching, particularly the kind of teaching demanded by recent reforms in mathematics education.



This book describes the nature and development of the "profound understanding of fundamental mathematics" that elementary teachers need to become accomplished mathematics teachers, and suggests why such teaching knowledge is much more common in China than the United States, despite the fact that Chinese teachers have less formal education than their U.S. counterparts.



The studies described in this book suggest that Chinese teachers begin their teaching careers with a better understanding of elementary mathematics than that of most U.S. elementary teachers. Their understanding of the mathematics they teach and--equally important--of the ways that elementary mathematics can be presented to students, continues to grow throughout their professional lives.



Teaching conditions in the United States, unlike those in China, militate against the development of elementary teachers' mathematical knowledge and its organization for teaching. The concluding chapter of the book suggests changes in teacher preparation, teacher support, and mathematics education research that might allow teachers in the United States to attain profound understanding of fundamental mathematics.
Foreword ix
Acknowledgments xiii
Introduction xvii
Subtraction With Regrouping: Approaches To Teaching A Topic
1(27)
The U.S. Teachers' Approach: Borrowing Versus Regrouping
2(5)
The Chinese Teachers' Approach: ``Decomposing a Higher Value Unit''
7(14)
Discussion
21(5)
Summary
26(2)
Multidigit Number Multiplication: Dealing With Students' Mistakes
28(27)
The U.S. Teachers' Approach: Lining Up Versus Separating Into Three Problems
29(9)
The Chinese Teachers' Approach: Elaborating the Concept of Place Value
38(14)
Discussion
52(2)
Summary
54(1)
Generating Representations: Division By Fractions
55(29)
The U.S. Teachers' Performance on Calculation
56(2)
The Chinese Teachers' Performance on Calculation
58(6)
The U.S. Teachers' Representations of Division by Fractions
64(8)
The Chinese Teachers' Approach to the Meaning of Division by Fractions
72(8)
Discussion
80(2)
Summary
82(2)
Exploring New Knowledge: The Relationship Between Perimeter And Area
84(23)
How the U.S. Teachers Explored the New Idea
85(5)
How the Chinese Teachers Explored the New Idea
90(13)
Discussion
103(3)
Summary
106(1)
Teachers' Subject Matter Knowledge: Profound Understanding Of Fundamental Mathematics
107(18)
A Cross-Topic Picture of the Chinese Teachers' Knowledge: What Is Its Mathematical Substance?
108(5)
Knowledge Packages and Their Key Pieces: Understanding Longitudinal Coherence in Learning
113(3)
Elementary Mathematics as Fundamental Mathematics
116(2)
Profound Understanding of Fundamental Mathematics
118(5)
Summary
123(2)
Profound Understanding Of Fundamental Mathematics: When And How Is It Attained
125(19)
When Is Profound Understanding of Fundamental Mathematics Attained?: What the Preteaching Groups Knew About the Four Topics
126(3)
Profound Understanding of Fundamental Mathematics: How It Is Attained?
129(13)
Summary
142(2)
Conclusion
144(10)
Address Teacher Knowledge and Student Learning at the Same Time
146(1)
Enhance the Interaction Between Teachers' Study of School Mathematics and How to Teach It
147(2)
Refocus Teacher Preparation
149(1)
Understand the Role That Curricular Materials, Including Textbooks, Might Play in Reform
150(1)
Understand the Key to Reform: Whatever the Form of Classroom Interactions Might Be, They Must Focus on Substantive Mathematics
151(3)
Appendix 154(2)
References 156(5)
Author Index 161(2)
Subject Index 163