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  Home > JCE Print > Journal of Chemical Education > Issues > 2004  > May  >
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A Historical Analysis of the Daniell Cell and Electrochemistry Teaching in French and Tunisian Textbooks
Ahlem Boulabiar, Kamel Bouraoui, Maurice Chastrette, and Manef Abderrabba
Laboratoire de Recherche Education Didactique et Psychologie, Institut Supérieur de l'Education et de la Formation Continue, Le Bardo 2019, Tunisia

Cover
May 2004
Vol. 81 No. 5
p. 754

Abstract
French textbooks from 1840 to the last reform and three recent Tunisian textbooks were studied to analyze how electrochemistry, and particularly the Daniell cell, was presented to students in secondary school. The technical and historical importance of the Daniell cell induced curriculum designers to introduce it very early in the chemistry sequence. However, due to progress in the understanding of redox reactions, emphasis was finally put on half reactions involving only one redox couple. As a consequence, a teaching model of the Daniell cell consisting of two half-cells separated by a salt bridge, different from any Daniell cell ever built in history, invaded French and Tunisian textbooks. Analysis of several important studies on students' misconceptions in electrochemistry shows that students have trouble in understanding ionic conduction and the structure of solutions. In this context, the separation between the two solutions and the presence of the salt bridge, although useful for presenting redox reactions, tends to reinforce misconceptions. Taking into account classical misconceptions and the remedial teaching proposed by researchers, our critical analysis of the teaching model of the Daniell cell led us to propose a new approach for teaching the electrochemistry of cells, which we present here.
More Information
*  Citation
Boulabiar, Ahlem; Bouraoui, Kamel; Chastrette, Maurice; Abderrabba, Manef. J. Chem. Educ. 2004 81 754.
*  Keywords
Curriculum; Electrochemistry; Electron Transport; History / Philosophy; Teaching / Learning Aids; Textbooks
*  History
Created:
Last Updated:
April 1, 2004
February 18, 2005
  Home > JCE Print > Journal of Chemical Education > Issues > 2004 > May > Page 754



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