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Mathematics in middle and secondary school
1 online resource (xii, 443 pages) : illustrations
The experience and knowledge acquired in teacher education courses should build important fundamentals for the future teaching of mathematics. In particular, experience in mathematical problem solving, and in planning lessons devoted to problem solving, is an essential component of teacher preparation. This book develops a problem solving approach and is intended to be a text used in mathematics education courses (or professional development) for pre-service or in-service middle and secondary school teachers. It can be used both in graduate and undergraduate courses, in accordance with the focus of teacher preparation programs.The content of the book is suited especially for those students who are further along in their mathematics education preparation, as the text is more involved with mathematical ideas and problem solving, and discusses some of the intricate pedagogical considerations that arise in teaching. The text is written not as an introduction to mathematics education (a first course), but rather as a second, or probably, third course. The book deals both with general methodology issues in mathematics education incorporating a problem solving approach (Chapters 1-6) and with more concrete applications within the context of specific topics - algebra, geometry, and discrete mathematics (Chapters 7-13).The book provides opportunities for teac+hers to engage in authentic mathematical thinking. The mathematical ideas under consideration build on specific middle and secondary school content while simultaneously pushing the teacher to consider more advanced topics, as well as various connections across mathematical domains. The book strives to preserve the spirit of discussion, and at times even argument, typical of collaborative work on a lesson plan. Based on the accumulated experience of work with future and current teachers, the book assumes that students have some background in lesson planning, and extends their thinking further. Specifically, this book aims to provide a discussion of how a lesson plan is constructed, including the ways in which problems are selected or invented, rather than the compilation of prepared lesson plans. This approach reflects the authors' view that the process of searching for an answer is often more important than the formal result.
Foreword -- Part I -- Chapter 1. Challenges and issues in mathematics education -- Chapter 2. Getting ready to teach -- Part II -- Chapter 3. What is problem solving and how it is conceptualized in mathematics? -- Chapter 4. Integrating problem solving into the curriculum -- Chapter 5. Mathematical investigation and how to engage students in it -- Chapter 6. Posing problems and groups of problems -- Part III -- Chapter 7. "the science of transposition and cancellation." -- Chapter 8. Patterns, functions and graphs in mathematics and in school -- Chapter 9. Patterns, functions and graphs: Problem solving and lesson planning -- Chapter 10. Solving equations and inequalities -- Part IV -- Chapter 11. Geometry as a science and a school subject -- Chapter 12. Geometry: Problem solving and lesson planning -- Part V -- Chapter 13. The study of discrete mathematics -- Appendix: Recommended web sites -- References.
Alexander Karp (Teachers College, Columbia University), Nicholas Wasserman (Teachers College, Columbia University).
Plný text je dostupný pouze z IP adres počítačů Univerzity Tomáše Bati ve Zlíně nebo vzdáleným přístupem pro zaměstnance a studenty
Includes bibliographical references (pages 429-443).