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Constructing dynamic triangles together : the development of mathematical group cognition / Gerry Stahl, Drexel University.

By: Material type: TextTextSeries: Learning in doingPublisher: New York, NY : Cambridge University Press, 2016Copyright date: ©2016Description: 1 online resource (xix, 270 pages)Content type:
  • text
Media type:
  • computer
Carrier type:
  • online resource
ISBN:
  • 9781316449738
  • 1316449734
  • 9781316422755
  • 1316422755
  • 1316448878
  • 9781316448878
Subject(s): Genre/Form: Additional physical formats: Print version:: Constructing dynamic triangles together.DDC classification:
  • 516.0071/2 23
LOC classification:
  • QA461 .S73 2016eb
Online resources:
Contents:
Introduction to the analysis -- Researching mathematical cognition -- Analyzing development of group cognition -- Session 1: the team develops collaboration practices -- Session 2: the team develops draggin practices -- Session 3: the team develops construction practices -- Session 4: the team develops tool usage practices -- Session 5: the team identifies dependencies -- Session 6: the team constructs dependencies -- Session 7: the team uses transformation tools -- Session 8: the team develops mathematical discourse and action practices -- Contributions to a theory of mathematical group cognition -- Constructing mathematical group cognition.
Summary: Rational thinking as exemplified in mathematical cognition is immensely important in the modern world. This book documents how a group of three eighth-grade girls developed specific group practices typical of such thinking in an online educational experience. A longitudinal case study tracks the team through eight hour-long sessions, following the students' meaning-making processes through their mutual chat responses preserved in computer logs coordinated with their geometric actions. The examination of data focuses on key areas of the team's development: its effective team collaboration, its productive mathematical discourse, its enacted use of dynamic-geometry tools, and its ability to identify and construct dynamic-geometry dependencies. This detailed study of group cognition serves as a paradigmatic example of computer-supported collaborative learning, incorporating a unique model of human-computer interaction analysis applied to the use of innovative educational technology. A valuable resource for researchers, instructors, and students alike, it offers concrete suggestions for improving educational practice.
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Electronic-Books Electronic-Books OPJGU Sonepat- Campus E-Books EBSCO Available

Includes bibliographical references and index.

Introduction to the analysis -- Researching mathematical cognition -- Analyzing development of group cognition -- Session 1: the team develops collaboration practices -- Session 2: the team develops draggin practices -- Session 3: the team develops construction practices -- Session 4: the team develops tool usage practices -- Session 5: the team identifies dependencies -- Session 6: the team constructs dependencies -- Session 7: the team uses transformation tools -- Session 8: the team develops mathematical discourse and action practices -- Contributions to a theory of mathematical group cognition -- Constructing mathematical group cognition.

Print version record.

Rational thinking as exemplified in mathematical cognition is immensely important in the modern world. This book documents how a group of three eighth-grade girls developed specific group practices typical of such thinking in an online educational experience. A longitudinal case study tracks the team through eight hour-long sessions, following the students' meaning-making processes through their mutual chat responses preserved in computer logs coordinated with their geometric actions. The examination of data focuses on key areas of the team's development: its effective team collaboration, its productive mathematical discourse, its enacted use of dynamic-geometry tools, and its ability to identify and construct dynamic-geometry dependencies. This detailed study of group cognition serves as a paradigmatic example of computer-supported collaborative learning, incorporating a unique model of human-computer interaction analysis applied to the use of innovative educational technology. A valuable resource for researchers, instructors, and students alike, it offers concrete suggestions for improving educational practice.

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