设计符合科学的数学标准

IF 0.5 Q4 EDUCATION & EDUCATIONAL RESEARCH
J. Hartman, Sarah Hart, Eric Alan Nelson, P. Kirschner
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引用次数: 1

摘要

在历史上,为了学习数学,学生们别无选择,只能背诵基本的事实,并运用记忆中的算法。自1995年以来,美国所有州都采用了管理K-12数学教学的标准,在大多数标准中,不再强调记忆,而是强调基于概念的推理。这种变化假设大脑可以在不依赖记忆知识的情况下进行数学推理。研究大脑的科学家最近证实了这种假设是错误的。由于工作记忆(大脑解决问题的地方)的严格限制,任何复杂的数学问题都需要应用记忆良好的事实和程序。在大多数州实施标准十年后,美国年轻人在22个国家的数学测试中排名最后。最近的科学研究表明,州K-12标准的变化将大大提高学生的数学成绩。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Designing mathematics standards in agreement with science
To learn mathematics, historically students had no choice but to memorize fundamental facts and apply memorized algorithms. Since 1995 in the US, all states have adopted standards to govern K-12 mathematics instruction, and in most, standards have de-emphasized memorization and emphasized reasoning based on concepts. This change assumed the brain could reason in mathematics without relying on memorized knowledge. Scientists who study the brain have recently verified this assumption was mistaken. Due to stringent limitations in working memory (where the brain solves problems), mathematical problem-solving of any complexity requires applying well-memorized facts and procedures. A decade after the implementation of standards in most states, US young adults ranked last in testing in mathematics among 22 nations. Changes are proposed to state K-12 standards, which recent scientific research suggests would substantially improve student mathematics achievement.
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