NotesFAQContact Us
Collection
Advanced
Search Tips
Showing all 11 results Save | Export
Peer reviewed Peer reviewed
Direct linkDirect link
González, Gloriana; DeJarnette, Anna F. – Cognition and Instruction, 2015
Group work has been a main activity recommended by mathematics education reform. We aim at describing the patterns of interaction between teachers and students during group work. We ask: How do teachers scaffold group work during a problem-based lesson? We use data from a problem-based lesson taught in six geometry class periods by two teachers…
Descriptors: Teaching Methods, Groups, Scaffolding (Teaching Technique), Geometry
Peer reviewed Peer reviewed
Direct linkDirect link
Narode, Ronald B. – Journal of Pre-College Engineering Education Research, 2011
Using an apparently simple problem, ''Design a cylindrical can that will hold a liter of milk,'' this paper demonstrates how engineering design may facilitate the teaching of the following ideas to secondary students: linear and non-linear relationships; basic geometry of circles, rectangles, and cylinders; unit measures of area and volume;…
Descriptors: Mathematics Instruction, Engineering Education, Interdisciplinary Approach, Problem Solving
Graf, Edith Aurora – Educational Testing Service, 2009
This report makes recommendations for the development of middle-school assessment in mathematics, based on a synthesis of scientific findings in cognitive psychology and mathematics education. The focus is on background research, rather than test specifications or example tasks. Readers interested in early development and pilot efforts associated…
Descriptors: Mathematics Education, Middle Schools, Cognitive Psychology, Grade 6
Scott, Dana S. – 1968
This project endeavored to develop a high school course for use in the classroom and for use with a computer-controlled system of programed lessons. Many difficulties such as those in the display and control of figures were encountered in trying to organize and prepare the material for the computer. The conclusion reached was that the solution to…
Descriptors: Computer Assisted Instruction, Course Content, Curriculum, Geometry
Gine, Roser; Kruse, Diane – Horace, 2007
The authors have attempted to implement "less is more" in a variety of educational contexts. The schools they have been part of include a pilot school in Boston, New Mission High School(New Mission), a charter school in Fitchburg, North Central Charter Essential School (NCCES), and a charter school in Devens, Francis W. Parker Charter…
Descriptors: Mathematics Curriculum, Charter Schools, Course Content, Mathematics Instruction
Peer reviewed Peer reviewed
Abramovich, Sergei; Brown, Gary – Journal of Computers in Mathematics and Science Teaching, 1996
Describes how a software package that includes a spreadsheet, a relation grapher, and a dynamic geometry can contribute to teacher training through an exploratory problem-solving course. Discusses the ways in which technology-rich environments enhance and extend traditional topics. Contains 17 references. (DDR)
Descriptors: Classroom Environment, Computer Software, Course Content, Discovery Learning
Arkansas State Dept. of Education, Little Rock. – 1988
The standards for accreditation of public schools, adopted by the Arkansas State Board of Education, required the development of these course content guides. The standards also required that essential skills be identified for each course taught in the public schools of Arkansas. Committees of classroom teachers, curriculum specialists, principals,…
Descriptors: Course Content, Geometry, Junior High Schools, Mathematics Curriculum
Alabama State Dept. of Education, Montgomery. – 1987
This guide is designed to help classroom teachers implement the Alabama Course of Study: Mathematics K-12. It is inclusive also of the objectives tested by the Stanford Achievement Tests and the Alabama Basic Competency Tests. One characteristic of the curriculum guide is that it clearly states what students should learn in each grade level. These…
Descriptors: Congruence (Mathematics), Course Content, Geometric Concepts, Geometric Constructions
Alabama State Dept. of Education, Montgomery. – 1986
This guide is designed to help classroom teachers implement the Alabama Course of Study: Mathematics K-12. It is inclusive also of the objectives tested by the Stanford Achievement Tests and the Alabama Basic Competency Tests. One characteristic of the curriculum guide is that it clearly states what students should learn in each grade level. These…
Descriptors: Arithmetic, Course Content, Elementary Education, Elementary School Mathematics
Alabama State Dept. of Education, Montgomery. – 1987
This guide is designed to help classroom teachers implement the Alabama Course of Study: Mathematics K-12. It is inclusive also of the objectives tested by the Stanford Achievement Tests and the Alabama Basic Competency Tests. One characteristic of the curriculum guide is that it clearly states what students should learn in each grade level. These…
Descriptors: Arithmetic, Course Content, Geometry, Grade 7
Alabama State Dept. of Education, Montgomery. – 1987
This guide is designed to help classroom teachers implement the Alabama Course of Study: Mathematics K-12. It is inclusive also of the objectives tested by the Stanford Achievement Tests and the Alabama Basic Competency Tests. One characteristic of the curriculum guide is that it clearly states what students should learn in each grade level. These…
Descriptors: Computation, Consumer Education, Course Content, Equations (Mathematics)