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Eric.ed.gov – Problem Solving: The “Wright” Math. The Centennial of Flight Special Edition. An Educator Guide with Activities in Mathematics, Science, and Technology. NASA CONNECT[TM].

eric.ed.gov har udgivet: NASA CONNECT is an annual series of integrated mathematics, science, and technology instructional distance learning programs for students in grades 6-8. This program is designed for students to learn about the evolution of flight. The program has three components–television broadcast, Web activity, and lesson guide–which are designed as an integrated instructional package. Students learn how the Wright Brothers became the first human beings to successfully design, construct, and fly an airplane and which method the Wright Brothers used in designing their airplane. Students also observe NASA engineers and researchers using problem-solving skills to design wings that will change their shape during flight. By conducting hands-on and Web activities, students make connections between NASA research and the mathematics, science, and technology they learn in the classroom. The educator… Continue Reading

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Eric.ed.gov – A Comparison of the Effects of Tactile and Auditory Stimulation and Choice on the Problem Solving of Students with Attention Problems

eric.ed.gov har udgivet: Using a single-subject alternating treatments reversal design, the effects of three conditions, tactile stimulation, auditory stimulation, and choice of the two, were compared on the math story problem solving of elementary students with attention problems. Students attempted and solved slightly more problems and engaged in fewer off-task behaviors in the stimulation conditions than in baseline. Effects were very modest. Students chose stimulation conditions that were related to their behavior more than their accuracy. Link til kilde

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Eric.ed.gov – A Math-Science Workshop: Mathematics and Science–Language, Communication and Problem Solving.

eric.ed.gov har udgivet: A set of teaching and workshop materials has been developed to illustrate the different uses of mathematics in high school mathematics and science classes. It consists of this packet of workshop activities with detailed instructions on how to use them in a combined mathematics-science workshop and a related set of problems (with solutions) that focus on the mathematical topics most commonly used in science classes. The packet includes: (1) background information on the workshops; (2) description of materials provided; (3) workshop responses; (4) a description of four types of workshops; (5) directions for and strategies used in leading the different types of workshops; (6) things to look for during workshop discussions; and (7) viewgraph (overhead transparency) masters. (JN) Link til kilde

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Eric.ed.gov – Problem Solving in Math–A Study Approach for College Students.

eric.ed.gov har udgivet: This document points out the numbers of students who have difficulty in their required college mathematics courses. The four common syndromes identified with pupils who were experiencing a lack of success in mathematics were: (1) a lack of an adequate college or high school background in mathematics; (2) the tendency to feel that because they completed homework problems they really “knew their mathematics,”; (3) the inability to apply appropriate reading-learning strategies to their mathematics studies; and (4) a feeling of hostility over mathematics classes and anxiety over tests. These students are referred to as “underdeveloped learners,” who did not know how to study and learn mathematics. Twelve learning strategies that students should learn to apply are listed and described. A remediation strategy for these pupils that combines… Continue Reading

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Eric.ed.gov – Fun with Math: Real-Life Problem Solving for Grades 4-8.

eric.ed.gov har udgivet: This book was developed for teachers, youth group leaders, after-school child care providers, and parents, who may not have the time or the expertise to develop strategies for preparing students to be effective problem solvers. The content is organized in a pyramid style to make it easy to locate and grasp the information provided. Information on effective strategies for teaching general real-life problem solving is provided first. Similar information specific to real-life math problem solving follows. Together these two sections lay a foundation to prepare teachers to successfully deliver the learning activities subsequently provided. The Learning Activities section is organized by strand as identified by the Ohio Mathematics Proficiency Outcomes. Each section begins with an index of the activities included in that strand. Appendices provide additional details… Continue Reading

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tandfonline.com – Merit pay, case-by-case: Variables affecting student achievement, teacher retention, and the problem of standardized tests

tandfonline.com har udgivet en rapport under søgningen “Teacher Education Mathematics”: Abstract Abstract This study encompasses the history, definition, and implementation of merit pay to identify the variables that affect student achievement and teacher retention. By reviewing 13 studies on American education relevant to the policy, this study aims to determine how merit pay influenced student achievement and teacher retention rates. In the United States of America (USA), merit pay effectively improves student achievement and teacher retention rates under certain circumstances. However, this policy could also be ineffectual. An analysis of a review of 13 studies identified the variables that affected student achievement and teacher retention. These include year, location, policy duration, merit pay type, students’ grade level, and participating teachers’ ethnicities. The conclusions drawn from this study suggest implementing an… Continue Reading

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Eric.ed.gov – InterMath[14]–Professional and Cognitive Development through Problem Solving with Technology

eric.ed.gov har udgivet: InterMath, a five-year effort funded through the National Science Foundation, is a statewide Internet-based project with the goal of designing and implementing a series of workshops and ongoing support programs that feature contemporary applications of technology and mathematics pedagogy in the middle grades. Technology is used to deliver the curriculum through Web-based materials and to explore the mathematics using cognitive tools such as dynamic geometry software, spreadsheets, and graphing calculators. Objectives of InterMath include: strengthening the middle school teacher’s knowledge and understanding of mathematics; providing a support structure (online and in-school) to aid teachers in implementing and integrating technology tools for doing mathematics; and providing a structured in-service curriculum that follows Georgia’s Quality Core Curriculum objectives as well as reform efforts expressed in publications by the National… Continue Reading

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Eric.ed.gov – Improving Student Achievement through Inclusion of Problem Solving in the Math Curriculum.

eric.ed.gov har udgivet: This paper reports on the processes and results of a project on the instruction and practices of mathematics problem solving and strategies. Students in the second, third, and fifth grades were targeted to increase achievement in the area of math problem solving. Problem solving achievement was measured using performance tasks, rubrics, and tests from September 2001 to January 2002. Appendices include a teacher survey, pretests and posttests, scoring rubrics, problem solving steps and strategies, and writing stems. (Contains 26 references.) (KHR) Link til kilde

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tandfonline.com – Research fraud: a long-term problem exacerbated by the clamour for research grants

tandfonline.com har udgivet en rapport under søgningen “Teacher Education Mathematics”: ABSTRACT ABSTRACT This account explores the form and extent of research fraud, the time it takes to investigate these frauds and the inadequacy of university investigations. There also appears to be reluctance to communicate details about fraudulent papers to the scientific community. The sensationalist reporting of fraud is explored. Underlying the analysis is the question as to whether the structure of rewards in higher education encourages research fraud. The analysis addresses the structure of rewards in higher education and the impact that has on researchers, creating the potential for the normalisation of research fraud. Link til kilde