eric.ed.gov har udgivet: Piggybacking is a new approach to a university-level methods class in math, science, and social studies in early childhood education developed at the McKay Campus School in Fitchburg, Massachusetts. This approach seeks to improve on methods courses that ask college students to pretend they are teaching young children or pretend they are being instructed. The piggybacking approach is a cooperative learning methodology in which first graders are paired with undergraduate early childhood education students. These pairs, or “piggybackers,” work together to teach and learn hands-on math, science, and social studies techniques. By working with first graders and approaching education from their perspective, pre-service teachers learn the importance of using real world experience to teach math, social studies, and science. (MM) Link til kilde
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eric.ed.gov har udgivet: This paper reports the findings of a study that assessed the effect of two classwide instructional grouping adaptation strategies on the math performance of English-language Latino learners in an urban public school in the Southwestern United States. An ABAB within-case design was implemented over a 12-week period to contrast the effectiveness of these adaptation strategies on the math performance of 19 low-, average-, and high-achieving first grade Latino students (ages 6-8). All instruction was conducted in Spanish, with the exception of 35 minutes in which students received English-as-a-Second-Language instruction. In Phase A, students worked independently in small heterogeneous groups of 4-5 high-, average-, and low-achieving students. In Phase B, peer tutoring was used following a teacher-led instruction. Dyads included students with different performance levels; students in each… Continue Reading →
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eric.ed.gov har udgivet: This book was developed by teachers for parents to work through with their children. Learning activities are provided for each of the mathematics skills on the third-grade Basic Skills Test in Louisiana. Two pages of practice activities and games are provided for each skill, plus a test question similar to that on the Basic Skills Test. The topics covered include: numeration (number words, place value, ordinal numbers); whole-number operations (addition, subtraction, multiplication); fractions; relations and functions (greater than, odd and even numbers); measurement and estimation (calendar, money, time, inches and centimeters); geometry (shapes); and word problems (addition, subtraction, multiplication). Answer keys are provided. (MNS) Link til kilde
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eric.ed.gov har udgivet: The present study, which was drawn from a larger project in which teachers developed and implemented performance assessments in their classrooms, investigates children’s perceptions of what reading and mathematics are and how they understand their teachers’ knowledge of them as readers and mathematicians. Two students from each of 13 third-grade classrooms were interviewed 3 times during the school year. In all, 75 interviews about reading and 76 about mathematics were conducted. Responses make it clear that students do recognize reading as a meaning-making task but that this recognition becomes distorted when they are assessed on their reading ability. They believe that assessment is often aimed at handwriting, punctuation, or expression when reading aloud. In mathematics, these students demonstrate consistency across definition of math and assessment of math.… Continue Reading →
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eric.ed.gov har udgivet: An analysis of a student teacher’s lesson in multiplication for Norwegian second graders explored why the lesson did not succeed. Two interpretive frameworks were used to analyze the lesson: teaching as a complex cognitive activity and teaching as improvisation. The student teacher, Marte, believed in child-centered education and tried to create situations in the classroom where her children experienced success. The analysis of student and teacher exchanges showed that Marte’s class derailed because her pupils offered unexpected types of comments for which she was not prepared; she used the dialogue teaching method which created an unstable and unpredictable classroom environment; and in her responses to the unexpected answers she attended to the wrong things. She was also derailed due to lack of pedagogical content knowledge in mathematics.… Continue Reading →
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eric.ed.gov har udgivet: This paper reports on a pilot study that compared the use of commercial off-the-shelf (COTS) handheld game consoles (HGCs) with traditional teaching methods to develop the automaticity of mathematical calculations and self-concept towards mathematics for year 4 students in two metropolitan schools. One class conducted daily sessions using the HGCs and the Dr Kawashima’s Brain Training software to enhance their mental maths skills while the comparison class engaged in mental maths lessons using more traditional classroom approaches. Students were assessed using standardised tests at the beginning and completion of the term and findings indicated that students who undertook the Brain Training pilot study using the HGCs showed significant improvement in both the speed and accuracy of their mathematical calculations and self-concept compared to students in the control… Continue Reading →
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eric.ed.gov har udgivet: This paper contributes to the theory and evidence that mathematical cognition is embodied. Drawing on the practices of primary teachers in South Africa engaged in a longitudinal research and development project — Wits Maths Connect–Primary — we report on aspects of lessons aimed at developing number sense through whole-class teacher-learner interaction. Two episodes are analysed from an embodied cognition perspective. The episodes focus on helping Grade 1 (6-year-olds) learners become fluent in counting forward and back or ordering numbers. Analysis reveals different embodied metaphors underlie the teachers’ actions, the nature of which are likely to lead to different learning opportunities. We conclude that our analysis supports a theory of embodied cognition, and demonstrates its usefulness as an analytical tool. [For the complete proceedings, see ED597799.] Link til… Continue Reading →
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eric.ed.gov har udgivet: The Common Core State Standards, standards in literacy and math for K-12 that have been adopted in more than forty states, are intensifying the academic pressures on young learners. In general, these standards do not reflect how young children learn and are not developmentally appropriate. The author of this essay shows that selected Common Core math standards for Kindergarten-Grade 3 are not grounded in the large body of research on how children learn mathematics. Young children cannot ordinarily grasp mathematical concepts as early as the standards require. To meet the Common Core State Standards, teachers will be forced to teach ideas that sail over children’s heads. Children will learn “verbalisms,” memorizing statements they do not understand. They will learn to accept answers on the basis of what… Continue Reading →
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eric.ed.gov har udgivet: Primary students solve “oversized” story problems using drawings, equations, and written responses, helping them understand the links between the language of story problems and the numerical representations of matching equations. The activity also includes oral language and reflective writing, thus bringing together a variety of language experiences into mathematics work. During one 30-minute and one 60-minute session, students will: participate in a shared problem-solving activity; collaborate in small groups to develop a problem-solving strategy; use drawings, words, and equations to model solutions to story problems; effectively and clearly explain their problem-solving strategies to other students; and write about and reflect on their problem-solving strategies. The instructional plan, lists of resources, student assessment/reflection activities, and a list of National Council of Teachers of English/International Reading Association (NCTE/IRA) Standards… Continue Reading →
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eric.ed.gov har udgivet: This volume presents historical sketches of events and scientists. Produced for use by teachers using the MINNEMAST curriculum materials, the material is intended to exhibit the roles of processes in science throughout history. The seven stories included concern Anaxagoras, Achimedes, Napier, the development of the telescope and microscope, Louis Agassiz, Otheniel Marsh and natural history, and ancient systems of numeration. A table provides the teacher with information concerning the skills and concepts illustrated by each story. The processes listed are: calculation, classification, description, experimentation, hypothesis making, measurement, model building, and observation. (SD) Link til kilde
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