Exploring Effective Teaching Approaches in Physics: Insights from Khan-Charbagh District High Schools

Author:

Saqif Abdul Jabar,Rasooli Naweed Rahyab,Nazari Yalda

Abstract

The objective of this study is to analyze the quality of physics education in the schools located in the Khan-Charbagh district of Faryab. This study utilized a quantitative approach with a survey methodology. A sample of 20 students and seven teachers was picked at random from four high schools in Khan-Charbagh: Rahman QulShahid High School, Khan-Charbagh High School, Chakman High School, and Uchtipah High School. In this study, we employed a questionnaire as the primary tool for data collecting and performed the analysis of the findings using SPSS. The results indicated that both educators and students in the Khan-Charbagh district of Faryab high schools encounter substantial challenges in the instruction of physics. The obstacles encompass a dearth of proficient educators, a restricted focus on problem-solving, a deficiency in access to instructional resources, and a scarcity of scientific courses and programs for physics classes.

Publisher

Sprin Publisher

Reference17 articles.

1. Ahmadi, F. (2021). A Case Study of Iranian Physics Education Students’ Understanding of the Nature of Science, Iranian Journal of Learning and Memory, 3(12), 51-60.

2. Antoio, S. (2008). Demonstration in Teaching Physics.

3. Barez, K. (2016). Exploration of diverse pedagogical approaches through the lens of Kabul University of Education and Training students. Master thesis.

4. Darling-Hammond, L. (2000). Teacher quality and student achievement: A review of state policy evidence. Education Policy Analysis Archives, 8(1), 1-44.

5. DeWater, M. a. (2000). The need for special science courses for teachers: Two perspectives (invited chapter) Inquiring into Inquiry Learning in Teaching and Science ed J Minstrell and E H Van Zee (Washington, DC: AAAS) pp 241-57.

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