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What Works Clearinghouse, 2021
In this set of tips, parents and caregivers will learn how to: (1) support children's understanding of fractions at home with activities on dividing objects (recommended for grades K-5); (2) support children's understanding of fractions at home with measurement activities (recommended for grades K-4); (3) support children's understanding of…
Descriptors: Mathematics Instruction, Fractions, Mathematical Concepts, Concept Formation
Latterell, Carmen M. – Rowman & Littlefield Education, 2008
Parents are concerned about their children's math learning. Teachers are concerned about math teaching. When parents see what children are bringing home under the new curriculum, it is clear that their children are not working on the same mathematics that parents remember from the time when they were in school. But, the problem goes beyond grades…
Descriptors: Mathematics Education, Elementary Secondary Education, Parents, Teacher Educators
Ohio State Univ., Columbus. Vocational Instructional Materials Lab. – 1999
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…
Descriptors: Algebra, Elementary Education, Estimation (Mathematics), Functions (Mathematics)
Peterson, Wayne, Ed. – 1985
Three sequences of coursework are detailed in the curriculum development guidelines provided in this document. The 4-year sequence, structured around problem-solving, applications, and the acquisition of theory, is designed for the college-bound student who plans to enter a mathematics-based field of study. The 3-year sequence is designed for…
Descriptors: Algebra, Critical Thinking, Curriculum Development, Curriculum Guides
Office of Educational Research and Improvement (ED), Washington, DC. – 1987
This brief leaflet for parents states that "the most important thing you can do is to reinforce the mathematics lessons your child receives in school." The helping strategies are designed for use with children in grades one through three, but may also be useful for older children having difficulty in mathematics. Four types of skills children have…
Descriptors: Computation, Elementary School Mathematics, Estimation (Mathematics), Learning Activities
Kansky, Bob; And Others – 1981
This document was developed out of a need for a complete, carefully designed set of evaluation instruments and procedures that might be applied in metric inservice programs across the nation. Components of this package were prepared in such a way as to permit local adaptation to the evaluation of a broad spectrum of metric education activities.…
Descriptors: Cognitive Objectives, Computer Programs, Elementary Secondary Education, Evaluation
West Bloomfield Schools, MI. – 1979
This curriculum guide outlines the mathematics objectives of each of the grades K-8 under the headings of operations, sentences and problem solving, numbers and numeration, measurement, geometry, statistics, and applications. Examples of each of the objectives are given. High school minimal skills are listed. The sequence of mathematics courses…
Descriptors: Algebra, Calculus, Course Descriptions, Curriculum
PDF pending restorationNew Jersey State Dept. of Education, Trenton. Div. of General Academic Education. – 1990
This document presents Core Course Proficiencies for the State of New Jersey whose purpose is to ensure that all students have equal access to the fundamental knowledge and skills critical to achieving success in mathematics. After an introduction providing rationale and background, the Core Course Proficiencies are presented in three sections.…
Descriptors: Algebra, Core Curriculum, Equations (Mathematics), Geometry
Wisconsin State Dept. of Public Instruction, Madison. – 1991
The 13 leading mathematics educators who made up the task force that prepared this report were thoroughly acquainted with every major report on math education produced within the last decade. They were also thoroughly acquainted with the realities of instruction in the K-12 classrooms. Their aim, therefore, was to make appropriate compromises…
Descriptors: Algebra, Curriculum Development, Curriculum Guides, Educational Change
Shaw, Jean M.; And Others – 1987
This manual was designed for use in conducting staff development sessions for elementary teachers of mathematics in Mississippi in grades K-6. The four topical areas treated in the document are: (1) measurement and geometry; (2) fractions; (3) procedural errors in arithmetic; and (4) problem solving. The number of instructional hours necessary for…
Descriptors: Arithmetic, Elementary Education, Elementary School Mathematics, Experiential Learning
Rosenstein, Joseph G.; And Others – 1996
The New Jersey Mathematics Curriculum Framework is based on the "Mathematics Standards" adopted by the New Jersey State Board of Education on May 1, 1996, and is intended to provide guidance to teachers, administrators, and districts that will help them translate a vision of exemplary mathematics education into reality. It includes…
Descriptors: Academic Achievement, Algebra, Calculus, Communication Skills
National Assessment of Educational Progress, Princeton, NJ. – 1988
The National Assessment of Educational Progress (NAEP) reports on the status and progress of educational achievement in the United States. Based on its surveys, "The Nation's Report Card" provides comprehensive information about what students in the United States can do in various subject areas. The framework for the 1990 mathematics…
Descriptors: Algebra, Data Analysis, Educational Assessment, Elementary School Mathematics

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