Application of Physical Animation and Simulation Technology Based on Multimedia Technology in the Interpretation of Physical Complex Concepts

Zhigang Gao, Hongfang Yang
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Abstract

This paper discusses the application effect and value of physical animation and simulation technology based on multimedia technology in the interpretation of complex physical concepts from the perspectives of theory and teaching practice. First of all, through analysis, understand the application status, advantages and limitations of physical animation and simulation technology in teaching; Secondly, through specific teaching cases and practical experience, this paper discusses how to use multimedia technology reasonably to improve teaching effect and students' understanding ability. Finally, according to the research results and teaching practice experience, some targeted teaching suggestions and application strategies are put forward to provide useful reference for physics education. Its research significance and value lie in: on the one hand, through in-depth discussion and analysis of the application of multimedia technology in physics education, it reveals its mechanism in improving teaching effect and students' understanding ability; On the other hand, it provides effective teaching methods and means for physics teachers to help them better explain the complex concepts of physics and improve the teaching quality and effect; Finally, it provides new ideas and methods for the future research of physics education and promotes the continuous innovation and development of physics education.
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基于多媒体技术的物理动画和仿真技术在解释复杂物理概念中的应用
本文从理论和教学实践的角度,探讨了基于多媒体技术的物理动画与仿真技术在复杂物理概念解读中的应用效果和价值。首先,通过分析,了解物理动画与仿真技术在教学中的应用现状、优势和局限性;其次,本文通过具体的教学案例和实践经验,探讨如何合理运用多媒体技术提高教学效果和学生的理解能力。最后,根据研究成果和教学实践经验,提出了一些有针对性的教学建议和应用策略,为物理教学提供有益的参考。其研究意义和价值在于:一方面,通过深入探讨和分析多媒体技术在物理教学中的应用,揭示其在提高教学效果和学生理解能力方面的作用机理;另一方面,为物理教师提供有效的教学方法和手段,帮助他们更好地讲解复杂的物理概念,提高教学质量和效果;最后,为今后的物理教学研究提供新的思路和方法,促进物理教学的不断创新和发展。
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