Publication | Closed Access
Learning Sequences in the Acquisition of Mathematical Knowledge: Using Cognitive Developmental Theory to Inform Curriculum Design for Pre‐K–6 Mathematics Education
12
Citations
22
References
2009
Year
Concept FormationMathematics CognitionNumber KnowledgeEducationLearning And DevelopmentConceptual Knowledge AcquisitionInstructional ModelsElementary EducationBridge TheorySocial SciencesTeacher EducationMathematics EducationLearning PsychologyMathematical CognitionCognitive DevelopmentGeometric ReasoningNumerical CompetenceCognitive ScienceMathematical KnowledgeLearning SciencesNumeracyTheoretical ProgressionCurriculumPre‐k–6 Mathematics EducationLearning TheoryCognitive Developmental TheorySecondary Mathematics EducationMathematics Teacher Education
ABSTRACT ABSTRACT—Using Central Conceptual Structure theory as an heuristic, learning sequences in the acquisition of number knowledge are described in three forms that bridge theory and practice: as a four‐stage theoretical progression, as items on a developmental test created to test the theoretical progression, and as learning objectives in a curriculum designed to teach math concepts and skills implied in the theoretical progression. Other aspects of the theory that were used to create teaching methods and materials for the Number Worlds curriculum are also described, as are some of the outcomes of this theory‐based program.
| Year | Citations | |
|---|---|---|
Page 1
Page 1