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초등학생의 공간능력에 따른 태양의 고도에 관한 개념

The Concept of Altitude of the Sun by difference of Spatial Ability of Elementary Student

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The purpose of this study is to investigate the conceptions about altitude of the Sun of elementary students according to differences by the spatial ability. In this study through the qualitative analysis, 4 students who were similar understanding levels of concepts to altitude of the Sun and differences by the spatial ability were selected out of 75 in 6th grade elementary located in Sunchang, Jellabuk-do Province. 4 students for the qualitative analysis were selected by the test instrument of spatial ability and altitude of the Sun. The results of study was students with higher spatial ability were higher understanding levels of concepts to altitude of the Sun. However, both of student with higher and lower spatial ability showed a false concept to the expanded concepts into outer space like a cause of seasonal change, change of altitude of the Sun by latitude unlike the intution. Students with lower spatial ability didn't form the scientific concepts, not only a cause of seasonal change and change of altitude of the Sun but also difference of energy density by altitude of the Sun. A student of two with lower spatial ability has been impediment strongly to form the scientific concept by the false concepts to the distance. The findings were as follows; Learning to altitude of the Sun regardless of the difference of spatial ability should be learned to interact to the intution, celestial movement and model experiment. To students with lower spatial ability should be developed teaching methods to understand the relation between the Sun and celestial movement.

Abstract

The purpose of this study is to investigate the conceptions about altitude of the Sun of elementary students according to differences by the spatial ability. In this study through the qualitative analysis, 4 students who were similar understanding levels of concepts to altitude of the Sun and differences by the spatial ability were selected out of 75 in 6th grade elementary located in Sunchang, Jellabuk-do Province. 4 students for the qualitative analysis were selected by the test instrument of spatial ability and altitude of the Sun. The results of study was students with higher spatial ability were higher understanding levels of concepts to altitude of the Sun. However, both of student with higher and lower spatial ability showed a false concept to the expanded concepts into outer space like a cause of seasonal change, change of altitude of the Sun by latitude unlike the intution. Students with lower spatial ability didn't form the scientific concepts, not only a cause of seasonal change and change of altitude of the Sun but also difference of energy density by altitude of the Sun. A student of two with lower spatial ability has been impediment strongly to form the scientific concept by the false concepts to the distance. The findings were as follows; Learning to altitude of the Sun regardless of the difference of spatial ability should be learned to interact to the intution, celestial movement and model experiment. To students with lower spatial ability should be developed teaching methods to understand the relation between the Sun and celestial movement.

참고문헌 (13)

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  3. 김주희, "현직교사들의 태양의 고도에 대한 유년적 개념", 석사, 초등과학교육, pp.2011
  4. 김성주, "지구의 운동과 계절 변화에 대한 초등학교 학생들의 개념 변화 연구", 석사, 초등과학교육, pp.2002
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  8. 이연우, "태양의 고도에 대한 6학년 학생의개념 인식 유형조사", 한국지구과학학회지, 15(1), pp.13~22 (1994)
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  10. 채동현, "새로운 계절변화 실험모형이 초등예비교사의 개념 변화에 미치는 효과", 한국초등과학교육학회지, 17(1), pp.23~32 (1998)
  11. Atwood, R. K., "Preservice elementary teachers' conceptions of the causes of seasons", Journal of Research in Science Teaching, 33(5), pp.553~563 (1996)
  12. Private universe project, "Schneps, M.", Harvard University, ~ (1989)
  13. Schoon, K. J., "Misconceptions in the earth sciences: A cross-age study", Paper presented at the annual meeting of the National Association for Research in Science Teaching. (62nd annual) (1989)

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