Studies in Reflecting Abstraction
Herausgeber: Campell, Robert L
Studies in Reflecting Abstraction
Herausgeber: Campell, Robert L
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Rich with empirical research on reflecting abstraction at work in the thinking of 4 - 12 year olds, the studies in this volume examine its role in many contexts of cognitive development.
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Rich with empirical research on reflecting abstraction at work in the thinking of 4 - 12 year olds, the studies in this volume examine its role in many contexts of cognitive development.
Produktdetails
- Produktdetails
- Verlag: Taylor & Francis Ltd (Sales)
- Seitenzahl: 350
- Erscheinungstermin: 21. August 2015
- Englisch
- Abmessung: 234mm x 156mm x 19mm
- Gewicht: 490g
- ISBN-13: 9781138877375
- ISBN-10: 1138877379
- Artikelnr.: 42788494
- Herstellerkennzeichnung
- Libri GmbH
- Europaallee 1
- 36244 Bad Hersfeld
- gpsr@libri.de
- Verlag: Taylor & Francis Ltd (Sales)
- Seitenzahl: 350
- Erscheinungstermin: 21. August 2015
- Englisch
- Abmessung: 234mm x 156mm x 19mm
- Gewicht: 490g
- ISBN-13: 9781138877375
- ISBN-10: 1138877379
- Artikelnr.: 42788494
- Herstellerkennzeichnung
- Libri GmbH
- Europaallee 1
- 36244 Bad Hersfeld
- gpsr@libri.de
Jean Piaget. Edited and translated by Robert L. Campell
Introduction: Reflecting Abstraction in Context (Robert L. Campbell) Part
1: The Abstraction of Logico-arithmetic Relations. Preface:
Logico-arithmetical or Algebraic Abstraction. 1. Abstraction,
Differentiation, and Integration in the Use of Elementary Arithmetic
Operations. 2. The Construction of Common Multiples. 3. The Inversion of
Arithmetic Operations. 4. Abstraction Generalization During Transfers of
Units. 5. Problems of Class Inclusion and Logical Implication. 7. The Form
and Logical Implication. 8. The Formation of Analogies. 9. From Concrete
Forms of the Klein Group to the INRC Group. Part 2: The Abstraction of
Order. 9. Additive and Exponential Series. 10. Conditions on Reading off
Complex Additive Series. 11. Ordering Practical Activity. 12. Changes in
Ordering or Necessary Backtracking. Conclusion of Part Two. Part 3: The
Abstraction of Spatial Relationships. 13. Relations Between the Surface
Area and the Perimeter of Rectangles. 14. The Movements of a Suspended
Projectile. 15. Diagonals. 16. The Displacement of a Reference Point in a
System of Cyclic Movements. 17. Abstraction from Displacements and from
their Coordinates. 18. Rotations and Translations. 19. The Rotation of a
Bar Around a Pivot During the Sensorimotor Period. Conclusion of Part 3.
General Conclusions: I. Projection. II. The Creation of Novelties Specific
to Reflecting Abstraction. III. Equilibration, the Source of Noveltles, and
Relationships Between the Intentions and Extensions of Structures. IV.
Empirical and Reflecting Abstraction.
1: The Abstraction of Logico-arithmetic Relations. Preface:
Logico-arithmetical or Algebraic Abstraction. 1. Abstraction,
Differentiation, and Integration in the Use of Elementary Arithmetic
Operations. 2. The Construction of Common Multiples. 3. The Inversion of
Arithmetic Operations. 4. Abstraction Generalization During Transfers of
Units. 5. Problems of Class Inclusion and Logical Implication. 7. The Form
and Logical Implication. 8. The Formation of Analogies. 9. From Concrete
Forms of the Klein Group to the INRC Group. Part 2: The Abstraction of
Order. 9. Additive and Exponential Series. 10. Conditions on Reading off
Complex Additive Series. 11. Ordering Practical Activity. 12. Changes in
Ordering or Necessary Backtracking. Conclusion of Part Two. Part 3: The
Abstraction of Spatial Relationships. 13. Relations Between the Surface
Area and the Perimeter of Rectangles. 14. The Movements of a Suspended
Projectile. 15. Diagonals. 16. The Displacement of a Reference Point in a
System of Cyclic Movements. 17. Abstraction from Displacements and from
their Coordinates. 18. Rotations and Translations. 19. The Rotation of a
Bar Around a Pivot During the Sensorimotor Period. Conclusion of Part 3.
General Conclusions: I. Projection. II. The Creation of Novelties Specific
to Reflecting Abstraction. III. Equilibration, the Source of Noveltles, and
Relationships Between the Intentions and Extensions of Structures. IV.
Empirical and Reflecting Abstraction.
Introduction: Reflecting Abstraction in Context (Robert L. Campbell) Part
1: The Abstraction of Logico-arithmetic Relations. Preface:
Logico-arithmetical or Algebraic Abstraction. 1. Abstraction,
Differentiation, and Integration in the Use of Elementary Arithmetic
Operations. 2. The Construction of Common Multiples. 3. The Inversion of
Arithmetic Operations. 4. Abstraction Generalization During Transfers of
Units. 5. Problems of Class Inclusion and Logical Implication. 7. The Form
and Logical Implication. 8. The Formation of Analogies. 9. From Concrete
Forms of the Klein Group to the INRC Group. Part 2: The Abstraction of
Order. 9. Additive and Exponential Series. 10. Conditions on Reading off
Complex Additive Series. 11. Ordering Practical Activity. 12. Changes in
Ordering or Necessary Backtracking. Conclusion of Part Two. Part 3: The
Abstraction of Spatial Relationships. 13. Relations Between the Surface
Area and the Perimeter of Rectangles. 14. The Movements of a Suspended
Projectile. 15. Diagonals. 16. The Displacement of a Reference Point in a
System of Cyclic Movements. 17. Abstraction from Displacements and from
their Coordinates. 18. Rotations and Translations. 19. The Rotation of a
Bar Around a Pivot During the Sensorimotor Period. Conclusion of Part 3.
General Conclusions: I. Projection. II. The Creation of Novelties Specific
to Reflecting Abstraction. III. Equilibration, the Source of Noveltles, and
Relationships Between the Intentions and Extensions of Structures. IV.
Empirical and Reflecting Abstraction.
1: The Abstraction of Logico-arithmetic Relations. Preface:
Logico-arithmetical or Algebraic Abstraction. 1. Abstraction,
Differentiation, and Integration in the Use of Elementary Arithmetic
Operations. 2. The Construction of Common Multiples. 3. The Inversion of
Arithmetic Operations. 4. Abstraction Generalization During Transfers of
Units. 5. Problems of Class Inclusion and Logical Implication. 7. The Form
and Logical Implication. 8. The Formation of Analogies. 9. From Concrete
Forms of the Klein Group to the INRC Group. Part 2: The Abstraction of
Order. 9. Additive and Exponential Series. 10. Conditions on Reading off
Complex Additive Series. 11. Ordering Practical Activity. 12. Changes in
Ordering or Necessary Backtracking. Conclusion of Part Two. Part 3: The
Abstraction of Spatial Relationships. 13. Relations Between the Surface
Area and the Perimeter of Rectangles. 14. The Movements of a Suspended
Projectile. 15. Diagonals. 16. The Displacement of a Reference Point in a
System of Cyclic Movements. 17. Abstraction from Displacements and from
their Coordinates. 18. Rotations and Translations. 19. The Rotation of a
Bar Around a Pivot During the Sensorimotor Period. Conclusion of Part 3.
General Conclusions: I. Projection. II. The Creation of Novelties Specific
to Reflecting Abstraction. III. Equilibration, the Source of Noveltles, and
Relationships Between the Intentions and Extensions of Structures. IV.
Empirical and Reflecting Abstraction.