This article describes the application of effective instructional practices to the teaching of remedial algebra with dyslexic students at the University of Wisconsin Oshkosh's Project Success program. Practices involve direct instruction, stranded lesson designs, mastery learning, use of manipulative materials in problem solving, and training in…

This paper describes an accelerative instructional program in algebra provided to a sixth-grade boy, highly able in mathematics, by parental home tutoring. The boy's high intrinsic motivation and teaching sensitive to his needs and abilities led to successful achievement. (DB)

Discussed are summary recommendations concerning the integration of some aspects of discrete mathematics into existing secondary mathematics courses. Outlines of course activities are grouped into the three levels of prealgebra, algebra, and geometry. Some sample problems are included. (JJK)

In response to the large numbers of students who were failing or dropping out of basic algebra and calculus classes, Cottey College, in Missouri, developed a math placement program in 1982 using Basic Algebra (BA) and Calculus Readiness (CR) tests from the Mathematical Association of America's Placement Testing Program. Cut off scores for the…

This paper describes the adoption of an integrated mathematics curriculum for secondary school students. The decision to adopt this type of curriculum was based upon a one-year review of available curricula and involved many of the teachers that would be impacted, all secondary school mathematics department heads, and the district school board. As…

North Carolina began implementing End of Course (EOC) tests in 1985-86, In 1998-99, student achievement for high school students was measured through results on the 10 required multiple choice EOC tests, the state's writing assessment, and the percentage of students who completed college preparatory courses of study. This report contains the…

Addresses the challenges, risks, and rewards of teaching about linear functions in a technology-rich environment from a constructivist perspective. Describes an algebra class designed for junior high school students that focuses of the representations and real-world applications of linear functions. (MDH)

This article on mathematics in the curriculum describes how students learn the characteristics of conic section equations by entering them into graphing calculators to make happy faces in a high school or college algebra class. A sample worksheet page is included. (Author/LRW)

Describes an experimental course in which the programming language ISETL served as a tool for exploring concepts in abstract algebra, and identifies instructional strategies that facilitate the successful use of ISETL. Offers informal observations regarding the effectiveness of this approach. (13 references) (Author/MKR)

Presented are the results of an extra-credit assignment to a group of intermediate-algebra students, which entailed the writing of word problems in poetic form. Included is the history of such writing from the trivial pursuitlike games of the Middle Ages in India. (JJK)

Describes the use of programmable calculators in a linear algebra course at the University of Kansas. Reports that these calculators can exploit the opportunities of personal computing and allow students to concentrate on how to apply new mathematical principles to real-world applications. (JRH)

Describes the Interactive Mathematics Program (IMP), a four-year curriculum that teaches algebra, geometry, and trigonometry together in a problem-solving process emphasizing logical analysis, inference, and deduction. Because the program presents mathematics in real-world contexts, teachers need time for consultation and planning. (LMI)

Describes the experiences and conclusions of a long-range program to revitalize undergraduate instruction in mathematics utilizing state-of-the-art workstations and the computer algebra system, Maple, and includes two examples of this type of instructional improvement. Focuses on computer-intensive calculus. (MKR)

Describes a freshman level mathematics course designed as an alternate to algebra for non-science majors. Mathematical content is based on real-world situations, student activities include small and large projects done in groups or individually, and lecture time is held to a minimum. (MKR)

Discusses the emergence of electronic performance support systems and describes some of the ways in which electronic performance support is now influencing learning strategies in elementary and secondary schools. Examples are given that involve writing, music, graphic arts, and algebra, and future directions are suggested. (LRW)