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Exploring the Science Framework Making connections in math with the Common Core State Standards

机译:探索科学框架在数学上与通用核心州标准建立联系

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摘要

The vision for science education set forth in A Frame-work for K-12 Science Education (NRC 2012) makes it clear that for today's students to become the scientifically literate citizens of tomorrow their educational experiences must help them become mathematically proficient. "The focus here is on important practices, such as modeling, developing explanations, and engaging in critique and evaluation" (NRC 2012, p. 3-2). Mathematics is fundamental to modeling and providing evidence-based conclusions. The Framework also includes "using mathematics, information and computer technology,and computational thinking" in its list of eight essential practices for K-12 science and mathematics (NRC 2012,p 3-5). But what does it mean for students to become mathematically proficient in the context of science? And how can science teachers help students develop that proficiency? This article addresses these questions.
机译:K-12科学教育框架(NRC 2012)中提出的科学教育愿景明确表明,要使当今的学生成为明天的科学知识公民,他们的教育经验必须帮助他们精通数学。 “这里的重点是重要的实践,例如建模,发展解释以及进行批评和评估”(NRC 2012,第3-2页)。数学是建模和提供基于证据的结论的基础。该框架还包括“使用数学,信息和计算机技术以及计算思维”,这是针对K-12科学和数学的八种基本实践清单(NRC 2012,第3-5页)。但是,对学生而言,在科学背景下精通数学意味着什么?科学老师如何帮助学生发展这种能力?本文解决了这些问题。

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