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Variable Stars and Science and Math Education

机译:变星与科学和数学教育

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摘要

Observation, analysis, and interpretation of variable stars can be a powerful tool for effective science and math education. That was the motivation behind the AAVSO's Hands-On Astrophysics project (Percy and Mattei 1998), which subsequently evolved and expanded into the on-line Variable Star Astronomy (https://www.aavso.org/education/ vsa), thanks especially to the work of Donna Young. Students can develop and integrate their science, math, and computing skills, motivated by the excitement of doing real science with real data. Project components may include background reading and planning; research judgment, strategy, and problem-solving; careful observation and measurement; recognizing and dealing with random and systematic errors; computer programming, and data processing and management; construction, analysis, and interpretation of graphs; concepts of regularity and prediction; and curve-fitting, time-series analysis, and other statistical and numerical procedures. At the conclusion of their project, students can communicate their results through a paper, poster, presentation, or informal discussion with their classmates.
机译:观测,分析和解释变星可能是进行有效科学和数学教育的有力工具。这就是AAVSO的动手天体物理学项目(Percy和Mattei 1998)背后的动机,该项目后来发展并扩展为在线可变星天文学(https://www.aavso.org/education/ vsa),特别感谢到唐娜·杨(Donna Young)的工作。学生可以根据对真实数据进行真实科学的刺激而发展和整合他们的科学,数学和计算技能。项目组成部分可能包括背景阅读和计划;研究判断,策略和解决问题的方法;仔细观察和测量;识别并处理随机和系统错误;计算机程序设计,数据处理和管理;图形的构建,分析和解释;规律性和预测的概念;以及曲线拟合,时间序列分析以及其他统计和数字程序。在项目结束时,学生可以通过论文,海报,演示文稿或与同学进行非正式讨论来交流他们的结果。

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