首页> 外文学位 >Sustained engagement in mathematics for elementary school learners: A narrative study of the relationship between classroom practices and incidence of flow learning situations for third- and fifth -grade gifted mathematics learners, or, Traveling from Vegemite to Gorilla.
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Sustained engagement in mathematics for elementary school learners: A narrative study of the relationship between classroom practices and incidence of flow learning situations for third- and fifth -grade gifted mathematics learners, or, Traveling from Vegemite to Gorilla.

机译:持续参与小学学习者的数学:对三年级和五年级资优数学学习者的课堂实践与流动学习情况发生率之间关系的叙事研究,或从素食主义者到大猩猩的旅行。

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摘要

This narrative study applied Mihalyi Csikszentmihalyi's conditions that support flow learning experiences to mathematics learning among elementary-age learners identified as gifted. The research was grounded in Csikszentmihalyi's Emergent Motivation Theory, which describes conditions for intrinsically motivated learning. The study examined two questions: What specific conditions conducive to flow are critical for flow in mathematics learning and what reforms schools might consider to support those needs.;Data for this study was gathered through observation, interviews, teaching logs, student response sheets, and focus groups. The study suggested that cooperation is imperative between teachers and administrators in providing the conditions in classrooms that lead to flow learning. Students need adults to model flow learning for them, as there is evidence for most children, the authority in the mathematics classroom resides totally with the teacher (Lappan & Schramm, 1989).;To develop a classroom culture supportive of flow learning, teachers need administrators to provide flexible schedules and value risk taking for the teachers as well as for the students. Professional development for teachers and reform in mathematics teachers educations also would lead to support for flow learning in the classroom because there is evidence that teachers' mathematics subject matter knowledge limits their willingness and readiness to be involved with advances topics in mathematics (Ma, 1999; Schiflter, 2001).;Preliminary research for this study provided evidence that third and fifth grade students could identify and describe flow learning experiences for activities other than mathematics, but few could recognize flow engagement for mathematics. At the conclusion of the research, the student participants were confident in their ability to isolate and discuss factors that contribute to intrinsically motivated elementary learning and benefits of that learning for students.
机译:这项叙述性研究运用了Mihalyi Csikszentmihalyi的条件,该条件支持了将流动学习经验应用于确定为天才的基本年龄学习者的数学学习。这项研究基于奇克森特米哈利(Csikszentmihalyi)的“新兴动机理论”,该理论描述了内在动机学习的条件。这项研究调查了两个问题:哪些有利于流动的特定条件对于数学学习中的流动至关重要,学校可能考虑采取哪些改革措施来满足这些需求;该研究的数据是通过观察,访谈,教学日志,学生答卷以及专门小组。研究表明,教师和管理人员之间必须进行合作,以在教室中提供导致流动学习的条件。学生需要大人为他们模拟流动学习,因为有大多数儿童的证据,数学课堂的权威完全由老师掌握(Lappan&Schramm,1989)。要发展一种支持流动学习的课堂文化,教师需要管理员为教师和学生提供灵活的进度表并重视风险承担。教师的专业发展和数学教师教育的改革也将为课堂流动学习提供支持,因为有证据表明,教师的数学主题知识限制了他们参与数学高级课题的意愿和意愿(Ma,1999; 1999)。 Schiflter,2001)。该研究的初步研究提供了证据,表明三年级和五年级的学生可以识别和描述数学以外的活动的流学习经验,但是很少有人可以认识到数学对流的参与。在研究结束时,学生参与者对他们能够隔离和讨论有助于内在动机基础学习的因素以及该学习对学生的好处的能力充满信心。

著录项

  • 作者

    Gwyn, Linda Piel.;

  • 作者单位

    University of Missouri - Saint Louis.;

  • 授予单位 University of Missouri - Saint Louis.;
  • 学科 Education Administration.;Education Mathematics.;Education Elementary.;Education Educational Psychology.
  • 学位 Ph.D.
  • 年度 2004
  • 页码 389 p.
  • 总页数 389
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 土壤学;
  • 关键词

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