Items related to Geometry learning mediated by Cabri-Géomètre software
Synopsis
This study is the result of research that culminated in our master's dissertation, which looked at the various phases of learning in the light of Guy Brousseau's theory of didactic situations. It was developed from a qualitative perspective, prioritizing the context of the relationships and interactions that took place in a learning environment, supported by dynamic geometry software, with the involvement of 37 students from a school in Curitiba. There were six sessions of observation of mathematics classes that dealt with the teaching of quadrilaterals. The analysis showed that the students who already had a command of the computer and did so with skill, had difficulties when dealing with the software. This suggests a "student-machine" paradox, that is, even though they have the skills to deal with the computer, the student is challenged with the minimum skills required to deal with the software. Faced with this situation, new didactic contracts emerge to replace the previous ones. The study shows that the didactic contracts established between student, teacher and knowledge, when broken, open up as an opportunity to take new paths towards full learning.
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Geometry learning mediated by Cabri-Géomètre software
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ISBN 10: 6208386543
ISBN 13: 9786208386542
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Geometry learning mediated by Cabri-Gomtre software (Paperback)
Published by
Our Knowledge Publishing, 2024
ISBN 10: 6208386543
ISBN 13: 9786208386542
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Paperback. Condition: new. Paperback. This study is the result of research that culminated in our master's dissertation, which looked at the various phases of learning in the light of Guy Brousseau's theory of didactic situations. It was developed from a qualitative perspective, prioritizing the context of the relationships and interactions that took place in a learning environment, supported by dynamic geometry software, with the involvement of 37 students from a school in Curitiba. There were six sessions of observation of mathematics classes that dealt with the teaching of quadrilaterals. The analysis showed that the students who already had a command of the computer and did so with skill, had difficulties when dealing with the software. This suggests a "student-machine" paradox, that is, even though they have the skills to deal with the computer, the student is challenged with the minimum skills required to deal with the software. Faced with this situation, new didactic contracts emerge to replace the previous ones. The study shows that the didactic contracts established between student, teacher and knowledge, when broken, open up as an opportunity to take new paths towards full learning. Shipping may be from multiple locations in the US or from the UK, depending on stock availability. Seller Inventory # 9786208386542
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Geometry learning mediated by Cabri-Géomètre software
Published by
Our Knowledge Publishing, 2024
ISBN 10: 6208386543
ISBN 13: 9786208386542
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Geometry learning mediated by Cabri-Géomètre software
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Our Knowledge Publishing, 2024
ISBN 10: 6208386543
ISBN 13: 9786208386542
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Geometry learning mediated by Cabri-Géomètre software
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ISBN 10: 6208386543
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Geometry learning mediated by Cabri-G?om?tre software
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ISBN 10: 6208386543
ISBN 13: 9786208386542
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Geometry learning mediated by Cabri-G?om?tre software
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ISBN 10: 6208386543
ISBN 13: 9786208386542
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Geometry learning mediated by Cabri-Gomtre software (Paperback)
Published by
Our Knowledge Publishing, 2024
ISBN 10: 6208386543
ISBN 13: 9786208386542
New
Paperback
Seller: AussieBookSeller, Truganina, VIC, Australia
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Paperback. Condition: new. Paperback. This study is the result of research that culminated in our master's dissertation, which looked at the various phases of learning in the light of Guy Brousseau's theory of didactic situations. It was developed from a qualitative perspective, prioritizing the context of the relationships and interactions that took place in a learning environment, supported by dynamic geometry software, with the involvement of 37 students from a school in Curitiba. There were six sessions of observation of mathematics classes that dealt with the teaching of quadrilaterals. The analysis showed that the students who already had a command of the computer and did so with skill, had difficulties when dealing with the software. This suggests a "student-machine" paradox, that is, even though they have the skills to deal with the computer, the student is challenged with the minimum skills required to deal with the software. Faced with this situation, new didactic contracts emerge to replace the previous ones. The study shows that the didactic contracts established between student, teacher and knowledge, when broken, open up as an opportunity to take new paths towards full learning. Shipping may be from our Sydney, NSW warehouse or from our UK or US warehouse, depending on stock availability. Seller Inventory # 9786208386542
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Geometry learning mediated by Cabri-G?om?tre software
Published by
Our Knowledge Publishing, 2024
ISBN 10: 6208386543
ISBN 13: 9786208386542
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Geometry learning mediated by Cabri-Gomtre software (Paperback)
Published by
Our Knowledge Publishing, 2024
ISBN 10: 6208386543
ISBN 13: 9786208386542
New
Paperback
Seller: CitiRetail, Stevenage, United Kingdom
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Paperback. Condition: new. Paperback. This study is the result of research that culminated in our master's dissertation, which looked at the various phases of learning in the light of Guy Brousseau's theory of didactic situations. It was developed from a qualitative perspective, prioritizing the context of the relationships and interactions that took place in a learning environment, supported by dynamic geometry software, with the involvement of 37 students from a school in Curitiba. There were six sessions of observation of mathematics classes that dealt with the teaching of quadrilaterals. The analysis showed that the students who already had a command of the computer and did so with skill, had difficulties when dealing with the software. This suggests a "student-machine" paradox, that is, even though they have the skills to deal with the computer, the student is challenged with the minimum skills required to deal with the software. Faced with this situation, new didactic contracts emerge to replace the previous ones. The study shows that the didactic contracts established between student, teacher and knowledge, when broken, open up as an opportunity to take new paths towards full learning. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability. Seller Inventory # 9786208386542
Quantity: 1 available