Questionnaire responses from 193 high schools indicate that very few science teachers use microcomputers regularly in classrooms. Descriptions of schools/science departments, background information on faculty using microcomputers, and nature/extent of utilization are discussed along with possible causes of limited use and recommendations for…

Inservice workshops were conducted to help elementary teachers (self-contained and subject specialists) understand energy issues. Information/background, sources of materials/activities, experiments/demonstrations, and evaluation are discussed. One important aspect of the project was the local utilities' involvement in the workshops. (DH)

The study sought to determine how integrating science and mathematics in a seventh-grade physics unit affected attitudes and achievement in science. Two above-average and two average classes were involved. Scientific attitudes of the average integrated group improved, as did achievement of the above-average integrated group. (MNS)

The use of a variety of models to develop number concepts is advocated. Four models are discussed, with illustrations: the cardinal number of a set, Cuisenaire rods, the number line, and the Papy Minicomputer. (MNS)

Data were collected from 293 fifth-grade students. Significant positive relationships were found between science achievement and all of the attitudinal tendencies tested. (MNS)

Formulas for use in computer programs are presented. Two programming applications are discussed: one to ballistics using inverse sine and one to hours of daylight using inverse cosine. (MNS)

The retooling of elementary school teachers in science may provide some relief for the shortage of science teachers. An innovative program is described, with data presented to depict teachers' concerns, state anxiety, and attitudes. (MNS)

Activities with balance beams were used to motivate students and help them to learn basic mathematical principles. Illustrations are included. (MNS)

Simple patterns both in mathematics and music are discussed. Several activities using standard instruments and handmade devices are described. (MNS)

This study was designed to determine the effectiveness of two microcomputer instructional games in teaching probability and measurement estimation to 78 preservice elementary school teachers. The probability game did not seem effective, and the estimation game was only marginally effective. Patterns of change are discussed. (MNS)

Lists objectives for excellence/exemplary programs in middle/junior high school science as perceived by a group of middle/junior high school science teachers. These objectives focus on: (1) goals; (2) curricula; (3) instruction; (4) teachers; and (5) evaluation. (JN)

Reanalyzes the terminal secondary student performance data in the International Study of Achievement in Mathematics (ISAM), comparing achievement of United States students to that of students from the other developed countries in the ISAM. (JN)

Discusses the nature, role, and limitations of analogies in science teaching, suggesting that they be discussed in the classroom to: (1) increase awareness of their limitations; (2) prevent misconceptions from occurring; and (3) encourage critical thinking. (JN)

Provides examples which illustrate a graphical approach to solving inequalities. Advantages of using this strategy with high school students are noted. (JN)

Investigated why elementary and secondary school students in Utah like science and whether there are differences in reasons why they like science subjects related to their age, sex, and type of school. The non-random sample included 815 students (grades 6-8), 499 students (grades 9-10), and 541 students (grades 11-12). (JN)