Search Results: (16-30 of 160 records)
| Pub Number | Title |  Date |
|---|---|---|
| REL 2008053 | Math Education Practices for Students with Disabilities and Other Struggling Learners: Case Studies of Six Schools in two Northeast and Islands Region States
This report describes in-depth practices at six schools that are making targeted efforts to improve math education for students with disabilities and other struggling learners. It examines each school's practices for improving the math learning of all students as well as specific supports for students with disabilities and other struggling learners and identifies the challenges that schools face to serve students with diverse needs. |
9/2/2008 |
| REL 2008051 | Performance Patterns for Students with Disabilities in Grade 4 Mathematics Education in Massachusetts
This report-analyzing the mathematics performance of grade 4 students with disabilities in Massachusetts across several metrics (by locale-need combination categories, in top-performing schools, and relative to general education students)-finds that the proportion of students with disabilities scoring proficient fell by less than 1 percentage point between 2004 and 2006. The proficiency gap between general education students and students with disabilities was 30 percentage points in 2006 and decreased by almost 2 percentage points over the period. |
9/2/2008 |
| WWC IRMSMC08 | Mathematics in Context
Mathematics in Context is a middle school mathematics curriculum for grades 5 through 8. Mathematics in Context was developed to align with the 1989 National Council of Teachers of Mathematics (NCTM) Curriculum and Evaluation Standards. It is also based on the Dutch Realistic Mathematics Education approach of first engaging students in understanding real problems and then gradually moving to abstract concepts. Rather than focusing on one mathematical domain at a time, Mathematics in Context teaches students to explore the relationships among different domains of mathematics (such as algebra and geometry) and to develop strategies for reasoning through problems mathematically. Mathematics in Context also encourages students to collaborate on problem solving. |
8/26/2008 |
| REL 2008050 | Performance Patterns for Students with Disabilities in Grade 4 Mathematics Education in New York State
This report describes the mathematics performance of grade 4 students with disabilities across schools categorized by need-to-resource capacity and compares their performance by school with that of general education students across New York State from 2003 to 2005. It finds that the percentage of students with disabilities scoring proficient increased over time and that the proficiency gap between this subgroup and general education students narrowed by 1 percentage point. |
8/25/2008 |
| WWC QRBG0808 | WWC Quick Review of the Article "Promoting Broad and Stable Improvements in Low-Income Children’s Numerical Knowledge Through Playing Number Board Games"
This study examined whether playing number board games improved numeracy skills of low-income preschoolers. |
8/7/2008 |
| REL 2008058 | Examining the Links Between Grade 12 Mathematics and Remedial Courses in Nevada Public Colleges and Universities
This study examines the links between Nevada's grade 12 mathematics courses and remedial mathematics courses in Nevada's public colleges and universities. It analyzes remediation rates by students' highest grade 12 mathematics course level and mathematics grade point average and by various student and school characteristics. |
8/5/2008 |
| WWC QRAE0708 | WWC Quick Review of the Article "The Advantage of Abstract Examples in Learning Math"
This study examined whether college students are better able to apply knowledge of simple mathematical concepts when they are taught the concepts using abstract symbols or concrete examples. |
7/15/2008 |
| NCEE 20084021 | The Evaluation of Enhanced Academic Instruction in After-School Programs: Findings After the First Year of Implementation
The report, Enhanced Academic Instruction in After-School Programs, is the first of two reports and presents implementation and impact findings after one year of program operation. This study tests whether interventions of structured approaches to academic instruction in after-school programs (one for reading and one for math) produce better academic outcomes than regular after-school services that consist primarily of help with homework or locally assembled materials that do not follow a structured curriculum. Compared to students attending regular after-school program activities, the students selected for the after-school math program received, on average, an additional 49 hours of instruction; students selected for the reading program received 48 hours of additional instruction, on average. The evaluation found a statistically significant difference in student achievement between students in the math after-school program and those in the regular after-school activities. In study sites implementing the reading program, there was no statistically significant difference in reading achievement between students in the reading after-school program and those in the regular after-school activities. |
6/10/2008 |
| NCES 2008486 | NAEP 1978-2004 Mathematics Long-Term Trend Restricted-Use Data File
This CD-ROM contains data and documentation files for the NAEP Mathematics Long-Term Trend assessments at ages 9, 13, and 17 for the years 1978, 1982, 1986, 1990, 1992, 1994, 1996, 1999, and 2004 for use in the analysis of NAEP data by secondary researchers. A Data Companion is provided in electronic portable document format (PDF). This document contains information on the contents and use of the data files as well as the assessment design and its implications for analysis. Your organization must apply for and be granted a restricted-use data license in order to obtain these data. |
6/9/2008 |
| NCES 2008031 | The Condition of Education 2008
The Condition of Education 2008 summarizes important developments and trends in education using the latest available data. The report presents 43 indicators on the status and condition of education. The indicators represent a consensus of professional judgment on the most significant national measures of the condition and progress of education for which accurate data are available. The 2008 print edition includes 43 indicators in five main areas: (1) participation in education; (2) learner outcomes; (3) student effort and educational progress; (4) the contexts of elementary and secondary education; and (5) the contexts of postsecondary education. |
5/29/2008 |
| NCES 2008457 | National Indian Education Study 2007 Part I: Performance of American Indian and Alaska Native Students at Grades 4 and 8 on NAEP 2007 Reading and Mathematics Assessments
The 2007 National Indian Education Study (NIES) was conducted by the National Center for Education Statistics on behalf of the U.S. Department of Education, Office of Indian Education. This report presents the results for Part I of the study focusing on the performance of American Indian and Alaska Native (AI/AN) fourth- and eighth-graders on the 2007 National Assessment of Educational Progress in reading and mathematics. A national sample of approximately 10,100 AI/AN students at grades 4 and 8 participated in the 2007 reading assessment and 10,300 in the mathematics assessment. Results from this study are compared to those from the first NIES conducted in 2005. The results for 11 states with relatively large populations of AI/AN students are presented in addition to the national results.Overall, the average reading scores for AI/AN fourth- and eighth-graders showed no significant change since 2005 and were lower than the scores for non-AI/AN students in 2007. In 2007 at both grades, AI/AN students attending schools in which less than 25 percent of the students were AI/AN scored higher than their peers attending schools with higher concentrations of AI/AN students, and those attending public schools scored higher than their peers in Bureau of Indian Education schools.Overall, the average mathematics scores for AI/AN fourth- and eighth-graders showed no significant change since 2005 and were lower than the scores for non-AI/AN students in 2007. There was, however, an increase in the percentage of AI/AN fourth-graders performing at or above the Proficient level from 21 percent in 2005 to 25 percent in 2007. In 2007 at both grades, AI/AN students attending schools in which less than 25 percent of the students were AI/AN scored higher than their peers attending schools with higher concentrations of AI/AN students, and those attending public schools scored higher than their peers in Bureau of Indian Education schools. |
5/14/2008 |
| WWC QRSMS0508 | WWC Quick Review of the Report: "Scaling Up SimCalc Project: Can a Technology Enhanced Curriculum Improve Student Learning of Important Mathematics?"
This study examines whether SimCalc Mathworlds improves students' knowledge of the algebra concepts of rate and proportionality. |
5/6/2008 |
| NCES 2008475 | Comparison Between NAEP and State Mathematics Assessment Results: 2003
In late January through early March of 2003, the National Assessment of Educational Progress (NAEP) grade 4 and 8 reading and mathematics assessments were administered to representative samples of students in approximately 100 public schools in each state. The results of these assessments were announced in November 2003. Each state also carried out its own reading and mathematics assessments in the 2002-2003 school year, most including grades 4 and 8. This report addresses the question of whether the results published by NAEP are comparable to the results published by individual state testing programs. OBJECTIVES: Comparisons to address the following four questions are based purely on results of testing and do not compare the content of NAEP and state assessments. How do states’ achievement standards compare with each other and with NAEP? Are NAEP and state assessment results correlated across schools? Do NAEP and state assessments agree on achievement trends over time? Do NAEP and state assessments agree on achievement gaps between subgroups? How do states’ achievement standards compare with each other and with NAEP? Both NAEP and State Education Agencies have set achievement, or performance, standards for mathematics and have identified test score criteria for determining the percentages of students who meet the standards. Most states have multiple performance standards, and these can be categorized into a primary standard, which, since the passage of No Child Left Behind, is generally the standard used for reporting adequate yearly progress (AYP), and standards that are above or below the primary standard. Most states refer to their primary standard as proficient or meets the standard. By matching percentages of students reported to be meeting state standards in schools participating in NAEP with the distribution of performance of students in those schools on NAEP, cutpoints on the NAEP scale can be identified that are equivalent to the scores required to meet a state’s standards. |
4/2/2008 |
| NCES 2008022 | Digest of Education Statistics, 2007
The 43rd in a series of publications initiated in 1962, the Digest’s primary purpose is to provide a compilation of statistical information covering the broad field of American education from prekindergarten through graduate school. The Digest contains data on a variety of topics, including the number of schools and colleges, teachers, enrollments, and graduates, in addition to educational attainment, finances, and federal funds for education, libraries, and international comparisons. |
3/25/2008 |
| REL 2008043 | A Status Report on Middle School Mathematics Assessment and Student Achievement in the Pacific Region
This study answers one basic question: What is the status of student achievement in middle school mathematics in the Pacific Region jurisdictions? The findings provide a portrait of the types of mathematic assessments used in grades 7 and 8 and of how well students are performing. |
2/11/2008 |
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