๐๐ก๐ก๐ข๐ฉ๐๐ง๐๐ฉ๐ ๐ ๐ข๐๐๐
Teaching the concept of the apparent movement of the Sun in Class 8 Geography often becomes challenging because students tend to believe that the Sun actually moves around the Earth. To address this misconception and to make learning meaningful, I designed and used an innovative teaching model as part of my B.Ed curriculum. I conduct the teaching with the model on September 26.This model aimed to provide experiential learning by allowing students to observe and understand the concept through visualization and interaction.
The innovative model consisted of a globe, a fixed light source
and marked time positions representing morning, noon, and evening. The lamp was placed at the center to represent the Sun, while the globe represented the Earth. A small human figure or stick was fixed on the globe to represent an observer on Earth. This simple, low-cost model was easy to construct using locally available materials and was suitable for classroom demonstration.
During the teaching–learning process, the lamp was kept stationary while the globe was slowly rotated from west to east. As the globe rotated, students observed how the Sun appeared to rise in the east, move across the sky, and set in the west. Through this activity, students clearly understood that the apparent movement of the Sun is actually caused by the rotation of the Earth on its axis and not by the movement of the Sun itself.
Students were actively involved in the learning process by predicting what would happen at different times of the day and by explaining their observations. This learner-centered approach encouraged curiosity, discussion, and critical thinking. The model helped bridge the gap between abstract textbook explanations and real-life observations of sunrise and sunset.
The innovative model proved highly effective in correcting misconceptions among students. Visual and hands-on learning enabled better conceptual clarity and long-term retention. Students were able to explain the apparent movement of the Sun in their own words and relate it to day and night. Their engagement and enthusiasm indicated that the model successfully enhanced interest in the subject.
As a teacher trainee, this activity helped me realize the importance of innovative and activity-based teaching methods in Social Science. The model allowed me to take on the role of a facilitator, guiding students through observation and reasoning rather than direct explanation. It also strengthened my confidence in designing and using teaching aids effectively.
In conclusion, the use of an innovative model for teaching the apparent movement of the Sun made the lesson more interactive, meaningful, and student-friendly. Such models are highly useful in Class 8 Geography as they promote experiential learning and align with modern pedagogical approaches recommended in the B.Ed curriculum and NEP 2020.
