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Algebraic learning and cognition

代数学习和认知

基本信息

批准号：
9888399
负责人：
DAVID C GEARY
金额：
$ 36.44万
依托单位：
UNIVERSITY OF MISSOURI-COLUMBIA
依托单位国家：
美国
项目类别：
财政年份：
2017
资助国家：
美国
起止时间：
2017-05-22 至 2022-03-31
项目状态：
已结题

来源：
https://reporter.nih.gov/project-details/9888399
关键词：
Achievement Address Algebra Algorithms Anxiety Area Arithmetic Attention Attitude Behavior Belief Child Cognition Cognitive Competence Complex Decision Making Development Disadvantaged Employment Employment Opportunities Family Foundations Geometry Goals Individual Individual Differences Intervention Lead Learning Life Link Longitudinal Studies Mathematics Measures Medical Memory Mental Health Modeling Occupations Outcome Participant Proactive Inhibition Psychometrics Readiness Risk Science Self-Examination Short-Term Memory Structure Students System Technology Testing Underemployment Unemployment Validity and Reliability Visuospatial Wages Work algebraic equations base cognitive ability cognitive system college cost design discounting gender difference girls high school improved insight mathematical ability mathematical learning ninth grade novel physical conditioning public health relevance skills social teacher theories treatment choice

项目摘要

Modified Project Summary/Abstract Section Competence with algebra is the foundation for the mathematics that facilitates reasoned decision making in many aspects of day-to-day life, including medical treatment choices (Reyna et al. 2009), is demanded in high-paying technology and science fields (National Mathematics Advisory Panel 2008), and contributes to employability and wages in many blue collar occupations (Bynner 1997). Yet, only 39% of US high school graduates have the algebraic competencies needed for these endeavors. Improving the algebraic skills of US students will yield individual and wider social benefits, but this goal has been difficult to achieve. One impediment is our piecemeal understanding of algebraic learning and cognition that has resulted in both practical and theoretical costs. Practically, one student may have difficulty due to an undervaluation of the importance of mathematics, another may have poorly developed prerequisite skills, and a third may confuse current learning with prior learning (proactive inhibition). The reasons for algebraic deficits in these students are very different and consequently the interventions to address them would differ as well. No current theory exists that integrates cognitive and non-cognitive processes on algebra readiness and learning, an integration that is needed for the development of measures to better assess individual differences in algebraic learning. In this proposal we develop such a model and use it to organize a comprehensive and deep longitudinal study of individual and gender differences in readiness for algebra and the learning of specific, core algorithmic and spatial-related algebraic competencies. Carefully chosen measures of prerequisite skills, visuospatial memory and cognition, complex spatial ability, proactive interference, and inherent sensitivity to magnitude will be administered to 450 7th graders. Their attitudes about mathematics and their math anxiety, as well as their attentive behavior in mathematics and English (as a contrast) classrooms will be annually assessed in 7th to 9th grade. At the beginning and end of 9th grade, participants will be assessed using psychometric and cognitive measures of algebraic competence generally and competence with algorithmic and spatial-dependent aspects of algebra in particular. The breadth and depth of measures will enable testing of nuanced hypotheses regarding the contributions of different cognitive and memory systems to different aspects of algebraic learning; the dynamic interactions between these systems and developmental change in math attitudes and anxiety as related to engagement in the mathematics classroom and algebraic learning and cognition; and, the cognitive and non-cognitive factors that contribute to gender differences in certain aspects of algebra, specifically girls’ disadvantage in spatial aspects of algebra and their undervaluation of mathematics. The combination will significantly advance our understanding of algebraic learning and cognition, and lead to the development of better assessment measures and targeted interventions to address individual and gender differences in algebraic learning.

修改后的项目摘要/摘要部分具有代数能力是数学的基础，有助于进行理性的决策日常生活的许多方面，包括医疗选择(Reyna等人)。2009)，要求在高薪技术和科学领域(国家数学咨询小组，2008年)，并为许多蓝领职业的就业能力和工资(Bynner 1997)。然而，只有39%的美国高中学生毕业生具备这些努力所需的代数能力。提高运算的代数技巧美国学生将获得个人和更广泛的社会效益，但这一目标一直难以实现。一障碍是我们对代数学习和认知的零碎理解，这导致了实际成本和理论成本。实际上，一个学生可能会因为低估了数学的重要性，另一个可能缺乏发展的必备技能，第三个可能会令人困惑当前学习与先前学习(主动抑制)。这些学生代数缺陷的原因是非常不同的，因此解决这些问题的干预措施也会有所不同。没有当前的理论存在整合认知和非认知过程的代数准备和学习，以及制定措施以更好地评估个人差异所需的整合代数学习。在这个提案中，我们开发了这样一个模型，并用它来组织一个全面的和个体和性别在准备学习代数和学习数学方面的深入纵向研究具体的核心算法和空间相关的代数能力。精心挑选的措施必备技能、视觉空间记忆和认知、复杂空间能力、主动干预以及对震级的内在敏感性将对450名七年级学生进行测试。他们对数学的态度以及他们的数学焦虑，以及他们在数学和英语方面的注意行为(作为对比) 教室将在7到9年级每年进行一次评估。在九年级开始和结束时，参与者将使用一般代数能力的心理测量和认知测量进行评估，并尤其是在算法和空间相关的代数方面的能力。广度和深度将能够测试关于不同认知和能力的贡献的微妙假设记忆系统对代数学习的不同方面；这些系统之间的动态相互作用与数学投入相关的数学态度和焦虑的发展变化课堂和代数学习和认知；以及认知和非认知因素在代数的某些方面的性别差异，特别是女孩在空间方面的劣势代数及其对数学的低估。这一结合将显著推进我们的了解代数学习和认知，并导致更好的评估发展为解决代数学习中的个体和性别差异而采取的措施和有针对性的干预。