Outlines the variety of ways computers can be used in the classroom, computer literacy/awareness objectives, and proposed guidelines for use of computers in mathematics courses. Comments on research with computers, selecting a microcomputer, and software considerations are also provided. (JN)

Challenges traditional use of logic in the mathematics curriculum, indicating how it may be better used. Explicit suggestions and justification for placing inferential logic in high school geometry and relegating most of the sentential logic to algebra are provided. Overviews of both forms of logic are also provided. (JN)

Reviews the past to provide a better definition of the major crisis in science education. Suggests that preparing scientifically and technologically literate citizens may be lost on such issues as teacher shortages, number of scientists/engineers produced in the Soviet Union, college entrance scores, and degree of rigor in school programs. (JN)

Discusses research studies which examine why many capable students continue to avoid mathematics in school. The ideal mathematics student, sex differences, teacher behavior, student attitudes, and minority participation are among the areas considered. (JN)

Discusses use of microcomputers to assist teachers in diagnosing student errors. Examines what can be diagnosed, whether diagnosis helps, what diagnosis programs can do, what goes into a diagnosis program, and how the programs can be used. Suggests that software be developed for this purpose. (JN)

Explains the nature of concept maps and presents several procedures for using and evaluating them. Indicates that because the maps facilitate a sharing of meaning unhampered by any lack of verbal skills, teachers and students can judge with some degree of clarity how well a particular concept is understood. (JN)

Reports research supporting the hypothesis that concrete-operational college students playing the game Master Mind with an observer where there is verbal interaction designed to stimulate thinking about the problem-solving situation will show greater cognitive growth than subjects not playing the game. Implications for science instruction are…

Presents a literature review on science teacher supply and demand. The review is in three sections: (1) background information, including events leading to the current crisis; (2) supply and demand factors; and (3) studies of teacher supply and demand in New York, Missouri, and Washington. (JN)

Reviews a study that attempted to obtain baseline data on variables that may be related to the nuclear attitudes of students. Presents survey results of the attitudes of college students, secondary school age students, and members of an anti-nuclear action group toward the generation of electricity from nuclear energy. (ML)

Provides examples of if-then and combinatorial reasoning situations that have proved successful with college students and can be used with secondary school students. Proposes that practice with these problem solving processes can eliminate the need to memorize formulas that students may not understand. (ML)

Presents baseline data about the existing state of elementary school teachers knowledge of physical science. A teacher questionnaire and physical science test were administered to participants (N=333) of a physical science inservice training program in Arizona. Results revealed inadequacies in teachers' knowledge of physical science and the…

Reports findings of a study designed to explore teacher incentive programs throughout the United States and the District of Columbia. Survey results indicate that over 50 percent of the states and the District of Columbia have some form of incentive program as a response to the shortage of science and mathematics teachers. (ML)

Describes the efforts of a university which is located in a rural area of Virginia to address the needs of surrounding school divisions in science and mathematics. Reports the results of a needs assessment and provides a listing of services offered by the university. (ML)

Reports results from a survey undertaken in 1984 to determine the use of mathematics materials by elementary teachers. Compares results with a similar 1981 survey. Findings indicate a perceived increase in use of mathematics materials once kits are purchased and inservice is provided. (ML)

Discusses a study that examined which reasoning patterns are necessary for success in high school chemistry. Based on student (N=170) scores from the "Classroom Test of Formal Reasoning," it was revealed that students who use formal reasoning patterns are capable of greater achievement in chemistry. (ML)