eric.ed.gov har udgivet: This publication reports on resources on the Web for the area of math. A quick look is given at innovative sites under the areas of new resources for students, new ways for teachers and students to interact, new ways of presenting math, and new tools for research. Next, advantages and disadvantages are identified for each of the following technologies: HTML pages with GIF images for equations; Adobe Acrobat (PDF); IBM Techexplorer pages; server-side programming (CGI, Perl, Java, ASP scripts, etc.); and HTML and components (Design Science WebEQ, IBM Techexplorer components). Standards for math communication on the Web are then discussed. A list of the standards that Math on the Web developers should be considered with is given, along with the role each standard plays in the HTML… Continue Reading →
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eric.ed.gov har udgivet: Alaska’s sex equity law requires school districts to establish written procedures for: (1) the biennial training of certificated personnel in the recognition of sex bias in instructional materials and in instructional techniques which may be used to overcome the effects of sex bias; (2) the biennial training of guidance and counseling staff in the recognition of bias in counseling materials and in techniques which may be used to overcome the effects of sex bias; (3) the review of textbooks and instructional materials for evidence of sex bias; and (4) the replacement of materials found to exhibit bias. The Alaska Department of Education developed this module for use by local school districts with the intention that district personnel with a minimal amount of experience could conduct an equity… Continue Reading →
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eric.ed.gov har udgivet: This workbook is designed as an easy-to-read, slower-paced mathematics text for students who have learning, reading, and language problems. Helping students fulfill mathematics requirements for graduation is a goal; the book can be used as the core or supplement to the mathematics curriculum in mainstreamed or special education classrooms, in mathematics laboratories, or as part of sheltered workshop and vocational training programs. The eight units begin with a brief discussion of how fractions are used in real life. Each lesson focuses on only one major concept, and includes comprehension exercises with an answer key. Most lessons are reinforced with at least one worksheet, available in the teacher’s guide. The units are titled: Fractions All Around You, Naming Fractions, Different Names for the Same Amount, Renaming Fractions, Comparing… Continue Reading →
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eric.ed.gov har udgivet: This instructor’s guide contains materials for a 40-hour course designed to refresh math skills for current computer numerical control machine operators. The course uses two instructional methods: computer-based multimedia and traditional instruction. The course description lists target audience and general objective. The next section gives instructors basic information related to providing successful educational programs in a workplace setting, an instructor’s lexicon of strategies and principles that can be used in teaching, instructor’s role and responsibilities, and course objectives. An explanation of lesson format describes these components of each lesson plan: unit name; lesson name; description and specific goals; objectives; prerequisite skills; technology use; materials needed; teacher to teacher; pretest; posttest; purpose/rationale; procedures/activities; evaluation and extension activities; resources; and homework. A section on planning and scheduling deals with… Continue Reading →
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eric.ed.gov har udgivet: This curriculum guide, one of 15 volumes written for field test use with educationally disadvantaged industrial education students needing additional instruction in the basic skill areas, deals with helping students develop basic mathematics skills while studying woodworking. Addressed in the individual units of the guide are the following topics: using a ruler, calculating the greatest number of cuts from hardboard, calculating frame length in cabinetmaking, figuring board footage, figuring the cost of hardwood lumber, figuring the cost of finishing materials, doing lattice multiplication, and using fractions and decimals in the wood shop. Each unit contains some or all of the following: a discussion of the major concepts of the technique being covered, instructions to the teacher concerning the use of the given technique, suggested related activities, student… Continue Reading →
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eric.ed.gov har udgivet: This book lists and describes opportunities for teenagers to participate in organized science and math activities within and without the classroom. Students may participate at the local or school level by joining clubs and interest groups and by entering fairs; at the national level, by entering competitions of various sorts; and at the international level, by competing in olympiads and other kinds of contests. The experiences of teachers and students involved in these types of activities, information about the organization and functions of activities, and survey results are described. Lists of national and international science and mathematics activities are provided. (CW) Link til kilde
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eric.ed.gov har udgivet: This document contains the lesson plans for a 12-week course in basic workplace math that was developed for clothing and textile workers through the joint efforts of Northeastern Illinois University’s Chicago Teachers’ Center and the Amalgamated Clothing and Textile Workers Union. A chart for recording students’ mastery of 25 course objectives is provided. The following topics are covered in the 12 course units: goal setting and math phobia; enumerating and computing; basic operations and workplace computing (addition and subtraction); basic operations and workplace computing (multiplication and division); workplace problems for production; introduction to fractions; basic operations for fractions; word problems using fractions; percentages and fractional equivalents; measurement (imperial versus metric); numerical interpretations on blueprints; and calculators and estimating and general review. The lesson plan included for each… Continue Reading →
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eric.ed.gov har udgivet: Although science and math are increasingly important in the workplace, many students, especially females, avoid these subjects. One route to the achievement of National Education Goal 3–increasing student competence in challenging subject matter–is through integration of vocational education with science and math, enabling students to apply academic knowledge to specific occupational tasks. Among recent integration projects in PHYS-MA-TECH, a collaborative effort of the Illinois Board of Education, Northern Illinois University, five industries, and five high schools. The project features an integrated curriculum developed and delivered by teams of math, physics, and technology teachers in a nontraditional learning environment through team teaching and innovative delivery models. The Technology/Science/Mathematics Integration Project in Virginia middle schools focuses on applying science and math principles to real-world technological problems. In Washington State,… Continue Reading →
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eric.ed.gov har udgivet: Begun in 1983, the Math English Science Technology Education Project (MESTEP) is a collaborative effort among the University of Massachusetts, a network of Massachusetts school systems, and private corporations, designed to recruit into teaching academically talented college graduates with degrees in math, English, and science. MESTEP is an intensive 15-month program during which candidates complete an M.Ed. degree program that includes certification in one of three disciplines, one full semester paid teaching internship, and one full semester paid industry internship. The combination of course work, teaching, and industry experience represents a new route by which college graduates can enter teaching. Teaching interns are employed by a school system to assume most of the responsibilities of a full-time teacher; industry interns work in a full-time position at one… Continue Reading →
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eric.ed.gov har udgivet: In May 1992, 22 Massachusetts mathematics educators who either teach or coordinate/direct adult basic education (ABE) and General Educational Development (GED) programs were recruited into a group called the Math Team. During their monthly business/training sessions in central Massachusetts, members worked on various individual and team activities, including review and adaptation of the National Council of Teachers of Mathematics (NCTM) standards for adult learning environments and production of newsletter for adult educators called “The Problem Solver.” Team members were interviewed during the eighth month of the yearlong project to determine their attitudes toward the Math Team’s operation and effectiveness as a staff development activity. Interviewees credited the Math Team with improving their understanding of mathematics and ability to reach students, helping them gain energy and motivation from… Continue Reading →
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