THE ROLE OF DEMO TASKS IN DEVELOPING STUDENTS’ FUNCTIONAL LEVEL

THE ROLE OF DEMO TASKS IN DEVELOPING STUDENTS’ FUNCTIONAL LEVEL

Authors

DOI:

https://doi.org/10.55956/JTJO8681

Keywords:

demo task, types of chemical bonds, demonstration method, task, ionic bond, covalent bond

Abstract

The conducted study in the field of chemistry comprehensively examined the effectiveness of using demo tasks in teaching the topic “Types of Chemical Bonds.” The study highlighted the role of these tasks in developing students’ cognitive abilities, logical thinking, and functional literacy. The research involved the analysis of recent scientific literature, as well as works by domestic and international scholars, and drew upon practical pedagogical experience. It was found that the alignment between teaching content and methods positively influenced students’ academic performance. The article thoroughly presents the content-based and methodological foundations for integrating demo tasks into the educational process. As a result of the experiment conducted in control and experimental groups, it was established that the use of these tasks increased academic performance by 14.7% and significantly enhanced both interest in the subject and the quality of knowledge. The findings were validated through mathematical and statistical analysis. Furthermore, it was proven that combining demo tasks with innovative teaching technologies increases their overall effectiveness.

References

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2. Umoru, T. A., Haruna B., Effect of demonstration and lecture teaching methods on academic performance of secondary school students in Financial Accounting in Adamawa State, Nigeria //Nigerian Journal of Business Education (NIGJBED), 2018, Т. 5, №. 2, P. 457.

3. Vazquez-Chanlatte M., Jha S., Tiwari A., Ho M., Seshia, S., Learning task specifications from demonstrations. Advances in Neural Information Processing Systems, 2018, P. 56.

4. Papageorgiou, D., Doulgeri, Z., Learning by demonstration for constrained tasks. 29th IEEE International Conference on Robot and Human Interactive Communication, RO-MAN, Naples, 2020, P. 1360-1365.

5. Silverio J., Calinon S., Rozo L., Caldwell D., Learning Task Priorities from Demonstrations. IEEE Transactions on Robotics, 2019, P. 35.

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Published online

2025-07-08

Issue

Section

Pedagogical sciences
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