Examining the influences of peer and teacher support on chemistry learning satisfaction: an analysis of a serial mediation model

Given students' perceptions of the chemistry curriculum as abstract and content-heavy, a lack of passion and motivation, as well as a low level of learning satisfaction in chemistry, have become commonplace issues for students. Therefore, increasing students' chemistry learning satisfaction has drawn plenty of interest and attention. Yet, few studies currently exist that explain how to increase students' satisfaction with their chemistry learning from both personal (growth mindset and grit) and environmental angles (teacher and peer support). Thus, this research intends to investigate how these variables connect to students' chemistry learning satisfaction. A total of 1430 tenth graders were involved in the survey. The direct and indirect connections between these variables were evaluated adopting structural equation modeling (SEM). The findings demonstrated that (1) teacher and peer support, grit in chemistry, and growth mindsets in chemistry all held a significant positive effect on students' chemistry learning satisfaction; (2) both (a) growth mindsets in chemistry and (b) grit in chemistry acted as significant mediators between the associations of teacher and peer support with chemistry learning satisfaction; and (3) (a) growth mindsets in chemistry and (b) grit in chemistry held a chain mediating impact on the associations of teacher and peer support with chemistry learning satisfaction. This may help inform chemistry educational practices to develop effective teaching and learning strategies.

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Publication Details

Journal
Chemistry Education Research and Practice
Published
2025-01-01
DOI
https://doi.org/10.1039/d5rp00074b
Citations
3
Primary Topic
Innovative Teaching and Learning Methods
Type
article
Field-Weighted Citation Impact
10.33

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article

Examining the influences of peer and teacher support on chemistry learning satisfaction: an analysis of a serial mediation model

Qian Huangfu, Hanxi Wang, Li Zhu
3 citations
Chemistry Education Research and Practice
Innovative Teaching and Learning Methods
10.33
article

Examining the influences of peer and teacher support on chemistry learning satisfaction: an analysis of a serial mediation model

Qian Huangfu, Hanxi Wang, Li Zhu
article en
3 citations

Abstract

Given students' perceptions of the chemistry curriculum as abstract and content-heavy, a lack of passion and motivation, as well as a low level of learning satisfaction in chemistry, have become commonplace issues for students. Therefore, increasing students' chemistry learning satisfaction has drawn plenty of interest and attention. Yet, few studies currently exist that explain how to increase students' satisfaction with their chemistry learning from both personal (growth mindset and grit) and environmental angles (teacher and peer support). Thus, this research intends to investigate how these variables connect to students' chemistry learning satisfaction. A total of 1430 tenth graders were involved in the survey. The direct and indirect connections between these variables were evaluated adopting structural equation modeling (SEM). The findings demonstrated that (1) teacher and peer support, grit in chemistry, and growth mindsets in chemistry all held a significant positive effect on students' chemistry learning satisfaction; (2) both (a) growth mindsets in chemistry and (b) grit in chemistry acted as significant mediators between the associations of teacher and peer support with chemistry learning satisfaction; and (3) (a) growth mindsets in chemistry and (b) grit in chemistry held a chain mediating impact on the associations of teacher and peer support with chemistry learning satisfaction. This may help inform chemistry educational practices to develop effective teaching and learning strategies.

Chemistry Education Research and PracticeVol. 26(3)
Southwest University (CN), Central China Normal University (CN)
National Social Science Fund of China
Openalex Percentile: Top 2%
Innovative Teaching and Learning Methods
10.33
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