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Publication Year: 2026

21 to 30 of 54 Results

B6_Task_Written_Answers_by_Student.pdf Jul 9, 2026 - Replication Data for: Exploring Metacognitive Processes in Calculus Problem-Solving: A Case Study Using GeoGebra Adobe PDF - 210.0 KB - MD5: 1ef74960cd911676d71d1234184ae524 Anonymised copy of the participant’s written task answers for the calculus problem-solving activities. This file provides supporting evidence of the participant’s written mathematical work and final responses.
C1_Framework_Metacognitive_Processes.docx Jul 9, 2026 - Replication Data for: Exploring Metacognitive Processes in Calculus Problem-Solving: A Case Study Using GeoGebra MS Word - 1.6 MB - MD5: 76cfaf4f63da82b403bd39d5d455a747 Coding framework for identifying main metacognitive processes in the data, including awareness, evaluation, and regulation, with definitions, indicators, examples, non-examples, and coding notes.
C2_Framework_Problem_Solving_Episodes.docx Jul 9, 2026 - Replication Data for: Exploring Metacognitive Processes in Calculus Problem-Solving: A Case Study Using GeoGebra MS Word - 16.7 KB - MD5: f52c80c921c7aeabd7e87e04ec84249b Coding framework for identifying problem-solving episodes, including reading, understanding, analysing, exploring, planning, implementing, and verifying, with definitions, examples, and coding applications.
C3_Framework_Tool_Adaptation_and_Instrumental_Genesis.docx Jul 9, 2026 - Replication Data for: Exploring Metacognitive Processes in Calculus Problem-Solving: A Case Study Using GeoGebra MS Word - 1.6 MB - MD5: 957e762221aabf006e16fe050609377f Coding framework for analysing GeoGebra-related tool adaptation and instrumental genesis, including how the participant selected, modified, configured, and cognitively integrated GeoGebra during problem-solving.
C4_Taxonomy_of_Pattern_Labels.docx Jul 9, 2026 - Replication Data for: Exploring Metacognitive Processes in Calculus Problem-Solving: A Case Study Using GeoGebra MS Word - 1.8 MB - MD5: badb775c3bbeb5a43d01a0d6b85010e4 Taxonomy of pattern labels used to synthesise coded data into metacognitive pattern categories. The file explains awareness, regulation, evaluation, verification, exploration, and strategic abandonment patterns.
C5_Codebook.tab Jul 9, 2026 - Replication Data for: Exploring Metacognitive Processes in Calculus Problem-Solving: A Case Study Using GeoGebra Tabular Data - 27.5 KB - 4 Variables, 996 Observations - UNF:6:e5lBGiXaUtuuCho9BUh88w== Excel codebook containing coding categories and definitions across multiple sheets, including metacognitive processes, emerged metacognitive themes, main metacognitive processes, problem-solving episodes, tool adaptation, instrumental genesis, and pattern labels.
D1_Codings_Emerged_Metacognitive_Themes.docx Jul 9, 2026 - Replication Data for: Exploring Metacognitive Processes in Calculus Problem-Solving: A Case Study Using GeoGebra MS Word - 1.6 MB - MD5: 1aaec86f92f3980f4cadd2326eedc983 Coded analysis file showing the emerged metacognitive themes identified from the qualitative data. The coding relates to the participant’s awareness, regulation, evaluation, strategy use, and reflective actions during problem-solving.
D2_Codings_Problem_Solving_Episodes.docx Jul 9, 2026 - Replication Data for: Exploring Metacognitive Processes in Calculus Problem-Solving: A Case Study Using GeoGebra MS Word - 12.5 MB - MD5: 452d7ed8eac134ee5263b8a5b55d18b4 Coded analysis file identifying the participant’s problem-solving episodes, including reading, understanding, analysing, exploring, planning, implementing, and verifying during the calculus tasks.
D3_Codings_Tool_Adaptation_and_Instrumental_Genesis.docx Jul 9, 2026 - Replication Data for: Exploring Metacognitive Processes in Calculus Problem-Solving: A Case Study Using GeoGebra MS Word - 12.5 MB - MD5: c56a94e71841c357cd68edf714c3c25e Coded analysis file documenting how the participant adapted GeoGebra tools and how instrumental genesis emerged during problem-solving, including tool selection, tool modification, representation use, exploration, verification, and integration of GeoGebra into reasoning.
D4_Pattern_Labels_Matrix_for_Synthesis.docx Jul 9, 2026 - Replication Data for: Exploring Metacognitive Processes in Calculus Problem-Solving: A Case Study Using GeoGebra MS Word - 12.6 MB - MD5: 19d737f99a0d3ff9c232e9b7c2180573 Synthesis matrix showing how coded metacognitive processes, problem-solving episodes, tool adaptation, and instrumental genesis were integrated to form the final pattern labels reported in the study.

B6_Task_Written_Answers_by_Student.pdf

Jul 9, 2026 - Replication Data for: Exploring Metacognitive Processes in Calculus Problem-Solving: A Case Study Using GeoGebra

Adobe PDF - 210.0 KB -

Anonymised copy of the participant’s written task answers for the calculus problem-solving activities. This file provides supporting evidence of the participant’s written mathematical work and final responses.

C1_Framework_Metacognitive_Processes.docx

Jul 9, 2026 - Replication Data for: Exploring Metacognitive Processes in Calculus Problem-Solving: A Case Study Using GeoGebra

MS Word - 1.6 MB -

Coding framework for identifying main metacognitive processes in the data, including awareness, evaluation, and regulation, with definitions, indicators, examples, non-examples, and coding notes.

C2_Framework_Problem_Solving_Episodes.docx

Jul 9, 2026 - Replication Data for: Exploring Metacognitive Processes in Calculus Problem-Solving: A Case Study Using GeoGebra

MS Word - 16.7 KB -

Coding framework for identifying problem-solving episodes, including reading, understanding, analysing, exploring, planning, implementing, and verifying, with definitions, examples, and coding applications.

C3_Framework_Tool_Adaptation_and_Instrumental_Genesis.docx

Jul 9, 2026 - Replication Data for: Exploring Metacognitive Processes in Calculus Problem-Solving: A Case Study Using GeoGebra

MS Word - 1.6 MB -

Coding framework for analysing GeoGebra-related tool adaptation and instrumental genesis, including how the participant selected, modified, configured, and cognitively integrated GeoGebra during problem-solving.

C4_Taxonomy_of_Pattern_Labels.docx

Jul 9, 2026 - Replication Data for: Exploring Metacognitive Processes in Calculus Problem-Solving: A Case Study Using GeoGebra

MS Word - 1.8 MB -

Taxonomy of pattern labels used to synthesise coded data into metacognitive pattern categories. The file explains awareness, regulation, evaluation, verification, exploration, and strategic abandonment patterns.

C5_Codebook.tab

Jul 9, 2026 - Replication Data for: Exploring Metacognitive Processes in Calculus Problem-Solving: A Case Study Using GeoGebra

Tabular Data - 27.5 KB - 4 Variables, 996 Observations -

Excel codebook containing coding categories and definitions across multiple sheets, including metacognitive processes, emerged metacognitive themes, main metacognitive processes, problem-solving episodes, tool adaptation, instrumental genesis, and pattern labels.

D1_Codings_Emerged_Metacognitive_Themes.docx

Jul 9, 2026 - Replication Data for: Exploring Metacognitive Processes in Calculus Problem-Solving: A Case Study Using GeoGebra

MS Word - 1.6 MB -

Coded analysis file showing the emerged metacognitive themes identified from the qualitative data. The coding relates to the participant’s awareness, regulation, evaluation, strategy use, and reflective actions during problem-solving.

D2_Codings_Problem_Solving_Episodes.docx

Jul 9, 2026 - Replication Data for: Exploring Metacognitive Processes in Calculus Problem-Solving: A Case Study Using GeoGebra

MS Word - 12.5 MB -

Coded analysis file identifying the participant’s problem-solving episodes, including reading, understanding, analysing, exploring, planning, implementing, and verifying during the calculus tasks.

D3_Codings_Tool_Adaptation_and_Instrumental_Genesis.docx

Jul 9, 2026 - Replication Data for: Exploring Metacognitive Processes in Calculus Problem-Solving: A Case Study Using GeoGebra

MS Word - 12.5 MB -

Coded analysis file documenting how the participant adapted GeoGebra tools and how instrumental genesis emerged during problem-solving, including tool selection, tool modification, representation use, exploration, verification, and integration of GeoGebra into reasoning.

D4_Pattern_Labels_Matrix_for_Synthesis.docx

Jul 9, 2026 - Replication Data for: Exploring Metacognitive Processes in Calculus Problem-Solving: A Case Study Using GeoGebra

MS Word - 12.6 MB -

Synthesis matrix showing how coded metacognitive processes, problem-solving episodes, tool adaptation, and instrumental genesis were integrated to form the final pattern labels reported in the study.

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