Discovering new things is important - impact of independent activity in class on attitudes to learning chemistry in high school

The article presents the results of a action research, which is aimed at investigating the influence of independent learning activities in chemistry classes on students‘ attitudes to learning. The experimental activities were carried out in two consecutive school years with two classes with intensive study of English and different school profiles – computer sciences and chemistry-biology. Independent learning activities are carried out on tasks developed on the basis of the curriculum according to a technological model presented in the article. A survey with 10 statements was used to study students’ attitudes. The survey was conducted out for each class twice – before and after the experimental impacts. To check for a statistically significant difference in students‘ opinions and changes in attitudes towards learning chemistry, a non-parametric Wilcoxon criterion for related samples was applied. The results show positive changes in students‘ attitudes or retention at the entry level. The frequency analysis indicates that more than half of the students from each grade give positive feedback on the statements from the survey after carrying out the independent activities in class.

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Publication Details

Journal
Natural Science and Advanced Technology Education
Published
2025-08-08
DOI
https://doi.org/10.53656/nat2025-2.04
Primary Topic
Educational Innovations and Challenges
Type
article
Field-Weighted Citation Impact
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article

Discovering new things is important - impact of independent activity in class on attitudes to learning chemistry in high school

Martina Evgenieva, Milena Kirova
Natural Science and Advanced Technology Education
Educational Innovations and Challenges
article

Discovering new things is important - impact of independent activity in class on attitudes to learning chemistry in high school

Martina Evgenieva, Milena Kirova
article en

Abstract

The article presents the results of a action research, which is aimed at investigating the influence of independent learning activities in chemistry classes on students‘ attitudes to learning. The experimental activities were carried out in two consecutive school years with two classes with intensive study of English and different school profiles – computer sciences and chemistry-biology. Independent learning activities are carried out on tasks developed on the basis of the curriculum according to a technological model presented in the article. A survey with 10 statements was used to study students’ attitudes. The survey was conducted out for each class twice – before and after the experimental impacts. To check for a statistically significant difference in students‘ opinions and changes in attitudes towards learning chemistry, a non-parametric Wilcoxon criterion for related samples was applied. The results show positive changes in students‘ attitudes or retention at the entry level. The frequency analysis indicates that more than half of the students from each grade give positive feedback on the statements from the survey after carrying out the independent activities in class.

Natural Science and Advanced Technology EducationVol. 34(2)
Quality Education
Openalex Percentile: Top 69%
Educational Innovations and Challenges
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