Activities to extend the core curriculum through the study of the periodicity of rational numbers to help students develop calculator and research skills are presented. Four worksheets are included, to be used as discovery activities. A computer program is listed, as well as examples of periodic pictures. (MNS)

Discusses the results of a study on the limitations of short-term memory in terms of its implications for the teaching of chemistry and problem-solving skills. Also includes a description of the Saskatchewan life skills program for disadvantaged adults for coping with change. (ML)

Provides an annotated list of references for educators on using computers in the classroom and for researchers in gathering background materials for the preparation of articles, grant proposals, and presentations. Focuses specifically on probability and computers. (ML)

Described is a project in a third grade class in which problem-solving skills are developed through activities with patterns. Activities for growing picture patterns, making number tables, and developing open sentences or formulas are discussed and illustrated. (MNS)

Compared "extended discretion" (ED) learning approach to traditional Biological Sciences Curriculum Study (BSCS) laboratory investigations. Found that although ED students are more capable of exercising independent judgment for greater lengths of time while BSCS demanded more teacher time, all teachers were still reluctant to accord…

Some applications of ratio and proportion to scale drawing involving geometric figures are given. The activities or problems concern the earth and space, scale speeds, and the earth-moon system. (MNS)

This study was conducted to determine whether students would use a computer-presented organizational/memory tool as an aid in problem solving, and whether and how locus of control would affect tool use and problem-solving performance. Learners did use the tools, which were most effective in the learner control with feedback condition. (MBR)

Techniques for providing variety and effectiveness within the lecture format are described, including the oral essay, participatory lecture, problem-solving approach, alternating mini-lectures and discussions, modeling analytical skills, debate, simulation and role-playing, and the affective/emotional media lecture. (MSE)

This study investigated the impact of integrated learning systems, problem solving software, and simulation software on elementary students' reading performance. Results indicate students entering fourth through sixth grade profited more from instruction supplemented by problem-solving and simulation software than from skills instruction. Results…

Examines current state of Logo programming language and research on Logo and presents conclusions about the efficacy of Logo as a research and teaching tool. Conclusions discuss use of Logo to teach computer literacy; transfer of training; representativeness and reliability of Logo research results; and Logo research methodology. (Author/MBR)

Why games should be used in mathematics classes is discussed. Their advantages and use in teaching mathematics effectively are emphasized: to practice skills, to develop concepts, to build problem-solving strategies, and to motivate. (MNS)

Using data from the Survey of Basic Skills administered to approximately 300,000 California sixth graders, this study examines sex differences on two types of mathematics items. Probability for success is greater for girls in solving computations and for boys in solving story problems. Relationships to other influential factors are examined.

Educational administrators in the future will have to be proactive, anticipatory, and flexible if they are to provide effective leadership. International exchange experiences can offer administrators professional development opportunities for examining administrative issues from different perspectives. (Author/MSE)

Highlights the major areas of research in mathematics education in 1983 (including problem-solving, sex and minority-group differences related to mathematics, and the school mathematics curriculum). Indicates that additional emphasis needs to be placed on technology, problem-solving, teachers' conceptions, and the teaching of algebra. (JN)

Most educational reform has attempted improvement through a rearrangement of supporting factors, but without dealing directly with the basic element in the system, i.e., the curriculum and content. A new educational fabric, which emphasizes learning as a process, information organized around relevant problems, and open-ended learning programs,…