Can Contextualized Physics Problems Enhance Student Motivation? Uncovering a Student-Teacher Perception Gap through a Large-Scale Survey
Yajun Wei, Xinting Peng, Yi Zhong, Feipeng Pi, Yanfang Zhai, Lei Bao

TL;DR
This study investigates whether contextualized physics problems (CPP) enhance student motivation by surveying students and teachers, revealing a perception gap and suggesting implications for teaching practices.
Contribution
It provides large-scale empirical evidence on student and teacher perceptions of CPP, highlighting a divergence and informing better instructional design.
Findings
CPP boost interest among 8th graders new to physics
Older students prefer de-contextualized problems over CPP
Gender differences influence preferences for CPP among younger students
Abstract
Embedding physics problems unreal-world settings, here termed contextualized physics problems (CPP), is widely believed to foster students' interest, motivation, and learning. However, firm evidence for this claim remains scarce. To explore this issue, we surveyed 868 secondary students and 154 teachers to examine their attitudes toward CPP and investigate whether students and teachers perceive these problems as promoting student interest and motivation in learning physics. The findings reveal a divergence between teacher and student perspectives. While most teachers view CPP as essential for enhancing interest and motivation, student responses tell a different story. Contextualized problems appear to boost interest and motivation only among 8th graders who are newly introduced to the subject. From 9th to 11th grade, students expressed a clear preference for de-contextualized physics…
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