eric.ed.gov har udgivet: What the author has learned from this experience is to allow time for the unexpected when dealing with technology. She has further learned that one needs a strong technological support system in the school to ensure that access can be restored. The physical setting for online learning is important, as well. Students need to have a place where they can respond to their learning. The regular classroom would not be the most appropriate environment for this type of independent study program. Funding must also be considered when dealing with distance learning programs. Finally, the small print the kind that reads “System Requirements” will always be the first piece of information she reviews before considering any type of technology program for her students! The use of distance learning… Continue Reading →
eric.ed.gov har udgivet: This Teacher Education and Mathematics (TEAM) module is designed to establish an atmosphere in the classroom in which students will feel free to share their thoughts, reactions, and experiences related to mathematics and mathematics teachers. It consists of an instructor’s text and student materials. The instructor’s text provides (1) specific directions for guiding the lessons and (2) commentary designed to help teachers build positive mathematics attitudes. The format is one of “facing pages” whereby the right-hand page provides step-by-step teaching directives and the left-hand page furnishes commentary that articulates a philosophy, provides explanations, and suggests psychological approaches. The “commentary and notes” page also allots space for the instructor’s use and when no commentary applies, the entire page is alloted to “notes.” Student materials include two sheets for… Continue Reading →
eric.ed.gov har udgivet: MATHCO is a motivating series of audiovisual and print materials designed to overcome the negative effects of sex bias and stereotyping on the attitudes, interests, and aspirations of girls toward mathematics and mathematics-related careers. The materials teach mathematics skills, demonstrate relationships between mathematics and other subjects, and provide exposure to mathematics-related careers. They are useful for boys as well as girls at the pre- and early-adolescent stage; they are both multiethnic and nonsexist in text and illustrations. Module 4 focuses on practical applications of mathematics, including making change, adjusting recipes, unit pricing, ordering from catalogs, building a doghouse, and calling long distance. Activities and activity worksheets are included, in addition to the audiovisual script. (MNS) Link til kilde
eric.ed.gov har udgivet: MATHCO is a motivating series of audiovisual and print materials designed to overcome the negative effects of sex bias and stereotyping on the attitudes, interests, and aspirations of girls toward mathematics and mathematics-related careers. The materials teach mathematics skills, demonstrate relationships between mathematics and other subjects, and provide exposure to mathematics-related careers. They are useful for boys as well as girls at the pre- and early-adolescent stage; they are both multiethnic and nonsexist in text and illustrations. Module 3 includes a filmstrip and 16 activities linking mathematical concepts and the social sciences. Surveying, planning a trip, scale drawing, population growth, and the stock market are among the topics considered, with activity worksheets for each. (MNS) Link til kilde
eric.ed.gov har udgivet: The “MTP-Math/Science” curricula specifically target the teaching and learning of children at risk of early school failure, a population for whom achievement gaps in mathematics and science are visible even in Pre-K years. “MTP-Math” is based on Focal Areas defined by the National Council of Teachers of Mathematics (NCTM) (2006) for Pre-K through the 8th grade and developmental trajectories for Mathematics from Pre-K to grade two advanced by Clements (2004), and further focused through a review of state Pre-Kindergarten standards. In the authors’ earlier research with the “MTP” model to support language and literacy (Pianta, Mashburn, Luckner, Myers, & Kilday, 2008), the “MTP” teacher professional development program improved the quality of classroom interactions that Pre-K students experience, which in turn, promoted children’s development of language and literacy… Continue Reading →
eric.ed.gov har udgivet: The Louisiana mathematics standards were created by over one hundred Louisiana educators with input by thousands of parents and teachers from across the state. Educators envisioned what mathematically proficient students should know and be able to do to compete in society and focused their efforts on creating standards that would allow them to do so. The new standards provide appropriate content for all grades or courses, maintain high expectations, and create a logical connection of content across and within grades. The K-12 mathematics standards lay the foundation that allows students to become mathematically proficient by focusing on conceptual understanding, procedural skill and fluency, and application. This report presents the Math Standards in Louisiana for Kindergarten through Eighth Grade for Algebra I, Geometry, and Algebra II. Link til… Continue Reading →
eric.ed.gov har udgivet: This document is the outcome of a project conducted in Massachusetts to apply the National Council of Teachers of Mathematics’ (NCTM) “Curriculum and Evaluation Standards for School Mathematics” to adult basic education (ABE) learning environments. The first chapter describes the work of the Math Team, a committee of 22 adult basic education teachers who conducted the project. Four goals are discussed: review the NCTM standards and study their applicability to ABE; develop NCTM-based standards for four environments–ABE/basic literacy, adult secondary/General Educational Development, English as a Second Language, and workplace education; implement draft standards in field-based teacher research situations; and produce final standards and a report recording the teacher research process. Chapter 2 explores the characteristics of adult learners in each of these environments. Chapter 3 lists the… Continue Reading →
eric.ed.gov har udgivet: This paper describes implementation of a Lesson Study project with third grade teachers in a small school district to study the development of the critical lenses (perspectives) necessary for meaningful lesson study work. Adapting the Lesson Study process to meet school system needs, two outside facilitators stimulated teacher thinking with math explorations and probing/what if questioning. Using a qualitative methodology and the group as the unit of analysis, data were coded for evidence of and change in the lenses. After one year, the 8 participating teachers showed a qualitative difference in two of the three lenses: the student lens and the curriculum developer lens. (Contains 2 tables and 2 figures.) Link til kilde
eric.ed.gov har udgivet: Teacher preparation programs are in danger of seriously under-preparing elementary teachers to teach mathematics for understanding if they wait to provide students with evidence of effective mathematics teaching methods in the mathematics methods courses. With strong traditional beliefs about how mathematics ought to be taught and their determination to be able to explain mathematics to elementary children, the methods course is much too late to change preservice teachers’ perceptions of mathematics or how to teach it. If we want to change the way they teach mathematics, we must do it in their mathematics content courses. In the content courses, we have a chance to provide them with positive and successful personal mathematics constructions. Only when they learn to become active problem-solvers, can they teach others the importance… Continue Reading →
eric.ed.gov har udgivet: A teacher that emphasizes reasoning, logic and validity gives their students access to mathematics as an effective way of practicing critical thinking. All students have the ability to enhance and expand their critical thinking when learning mathematics. Students can develop this ability when confronting mathematical problems, identifying possible solutions and evaluating and justifying their reasons for the results, thereby allowing students to become confident critical thinkers. Critical thinking and reasoning allows students to think about how they utilize their discipline of mathematical skills (i.e., they think about their method of thinking). Metacognition helps students to recognize that math is logical reasoning on solutions to problems. Students are taught how to: identify scenarios; evaluate; select problem-solving strategies; identify possible conclusions; select logical conclusions; describe how a solution was… Continue Reading →
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