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Bell, Max S. – Sch Rev, 1969
Descriptors: Curriculum Development, Mathematics, Mathematics Curriculum, Mathematics Instruction
Peer reviewedWheatley, Grayson H. – Gifted Child Quarterly, 1983
Mathematics currucula for gifted and talented elementary children should not be restricted to computation but should emphasize problem solving with additional attention to such aspects as geometry and measurement, arithmetic and algebra concepts, and computer programing. A brief list of suggested materials for the areas of instruction is provided.…
Descriptors: Elementary Education, Gifted, Instructional Materials, Mathematics
Peer reviewedFowler, Marilyn L. – Teaching Children Mathematics, 1996
Describes an activity for children of any age to develop spatial sense and explore the effects of transforming, combining, subdividing, and changing geometric figures. Students analyze empty cereal boxes opened flat to determine the specific shape, how it opens and closes, to check maps or sketches against the actual geometry of the box, and write…
Descriptors: Elementary Education, Geometry, Mathematics Curriculum, Mathematics Instruction
Peer reviewedCarroll, William M. – School Science and Mathematics, 1996
Compares the results of a whole-class test on mental computation problems given to fifth graders who had been in a reform-based mathematics curriculum with those of students in a traditional mathematics curriculum. Reports that the students in the reform-based program performed much higher than the comparison group on all but one problem. (16…
Descriptors: Computation, Educational Change, Elementary Education, Evaluation
Peer reviewedDavis, Philip J. – For the Learning of Mathematics, 2003
Discusses public indifference and student ignorance toward mathematics in the U.S. Presents a basic core of mathematics knowledge that everyone should know. (KHR)
Descriptors: Apathy, Elementary Secondary Education, General Mathematics, Mathematics Curriculum
Peer reviewedHanna, Gila – For the Learning of Mathematics, 1995
Proposes that the main function of proof in the mathematics classroom is to promote understanding. Argues that the most important challenge to mathematics educators is to find more effective ways to use proof in teaching. (52 references) (MKR)
Descriptors: Educational Change, Higher Education, Mathematics Curriculum, Proof (Mathematics)
Usiskin, Zalman – Humanistic Mathematics Network Journal, 1994
Presents a talk given at the 8th Annual University of California School Mathematics Project (UCSMP) Secondary Conference in November 1992. Describes the authors' views about the necessary changes that should be made in the second edition of the National Council of Teachers of Mathematics (NCTM) Standards. (ASK)
Descriptors: Educational Change, Elementary Secondary Education, Mathematics Curriculum, Mathematics Instruction
Peer reviewedSwedosh, Philip – Australian Senior Mathematics Journal, 1998
Focuses on the issues of the course advice given to secondary students who were intending to study one of the more demanding mathematics subjects in year 12. Concludes that all students would benefit from studying as much mathematics as they are capable of in terms of the problem-solving skills they would acquire and future course and career…
Descriptors: Course Selection (Students), High School Students, High Schools, Mathematics Curriculum
Peer reviewedLee, Mary A.; Messner, Shelley J. – School Science and Mathematics, 2000
Surveys texts of grades 6 through 9 and makes quantitative and qualitative analyses of the instructional emphasis on selected concatenations in written mathematics. Indicates much curricular emphasis on unsigned (without negative signs) numeral forms and integers as compared to minimal curricular emphasis on signed (with negative signs) fraction,…
Descriptors: Mathematics Curriculum, Mathematics Education, Middle Schools, Number Concepts
Singer, Stephanie F. – Humanistic Mathematics Network Journal, 1994
Discusses the importance of providing concrete examples of successful activities and assignments in designing a mathematics course for a general audience. Presents a course entitled The Language of Mathematics. (ASK)
Descriptors: Course Descriptions, Higher Education, Mathematics Activities, Mathematics Curriculum
Ness, Harald M. – Humanistic Mathematics Network Journal, 1995
Discusses the necessary characteristics of an introductory college-mathematics curriculum for improving mathematics education at the college level. (ASK)
Descriptors: College Mathematics, Educational Change, Higher Education, Introductory Courses
Peer reviewedFerrini-Mundy, Joan; Martin, W. Gary – New England Mathematics Journal, 2000
Describes aspects of developing the draft and final versions of "Principle and Standards for School Mathematics". Offers thoughts as to how "Principles and Standards" might be used in continuing the improvement of mathematics education. (ASK)
Descriptors: Educational Change, Elementary Secondary Education, Mathematics Curriculum, Mathematics Instruction
Peer reviewedErnest, Paul – Mathematics in School, 1996
Discusses three misapplications of progressive thinking that have damaged the quality of mathematics learning in British schools: individualized learning, spiral curriculum, and applications of mathematics. (MKR)
Descriptors: Educational Change, Elementary Secondary Education, Mathematics Curriculum, Mathematics Instruction
Peer reviewedWaiveris, Charles; Craine, Timothy V. – Mathematics Teacher, 1996
Discusses a simple procedure for determining our exact location on Earth based on the motion of celestial bodies and latitude and longitude. This hands-on activity requires students to design and construct an apparatus that will produce accurate measurements. The materials required are a knitting needle, a tape measure, and a sunny day. (AIM)
Descriptors: Cartography, Geography, Map Skills, Mathematics Curriculum
Peer reviewedPrice, Jack – Mathematics Teacher, 1996
These remarks are adapted from the Presidential Address at the National Council of Teachers of Mathematics in April 1996. The common goal of improving mathematics education for all is stated, and the importance of connecting mathematics to real-life situations is discussed. (AIM)
Descriptors: Mathematics Curriculum, Mathematics Instruction, Mathematics Teachers, Relevance (Education)


