Describes a distance learning course at Brunel University that was developed to encourage the initial training of physics teachers. Required coursework and practical experience are described, student attrition is discussed, costs are considered, and the role of the teacher is examined. (eight references) (LRW)

Presents six learning activities dealing with planetary motion, the launching of satellites, and Halley's comet, all of which utilize the three laws of Johannes Kepler. These three laws are discussed in detail, and answers to the activities are provided. (KR)

The author provides a few personal impressions from his visit to the People's Republic of China concerning middle school science education, particularly the physics curriculum; the typical, working-week schedule of a physics teacher; the status and morale of teachers, in general; and the Chinese viewpoint of the examination process and gender…

Reports on the development and application of a series of computer programs which simulate the outcomes of students' perceptions regarding forces acting on objects at rest or in motion. This dissonance-based strategy for achieving conceptual change uses an arrow-based vector language to enable students to express their conceptual understanding.…

Presents a sequence of activities designed to allow eighth grade students to deal with one of the fundamental relationships that govern energy distribution. Activities guide students to measure light bulb brightness, discover the inverse square law, compare light bulb light to candle light, and measure sun brightness. (two references) (MCO)

Describes the practice of concept mapping, the student-student and student-teacher interactions, and cognitive activity occurring in participants. Authors conclude that concept mapping is an excellent activity that allows students to engage in extended science discourse. The maps provide students with a means to learn the language patterns of…

A program for teaching the concepts of electric energy, voltage, and current is proposed. The ideas and concepts are introduced in a sequence that places more emphasis on some aspects that are normally treated very briefly. A phenomenological orientation, qualitative and quantitative micro- and macroscopic treatments, and the inclusion of the…

An evaluation was made of the use of a computer network in an undergraduate physics course at the University of Liverpool (England). Computer use by 54 students was assessed via path analysis techniques. Students' backgrounds are extremely important in connection with their use and perceived usefulness of computer networks. (SLD)

The directions and diagrams for making a reflecting telescope and a refracting telescope are presented. These telescopes can be made by students out of plumbing parts and easily obtainable, inexpensive, optical components. (KR)

Problem-solving models in memories of 11 good and 12 poor novice first-year university students were studied. The students reconstructed physics problems seen briefly, relying on models in memory. Both good and poor students had models of problem situations at their disposal, but good students performed better than poor students. (SLD)

A year-long study of knowledge development in 40 college students focused on the relationships between the historical and philosophical dimensions of the curriculum, teaching method, and quality of learning. Student exposure to the discipline's history and philosophy, discussion-based instruction, and personally meaningful topics were seen as most…

Presents a motion problem that students in a college physics class are asked to solve and later asked to continue to analyze until they have stopped learning from the problem or the problem itself is finished. (MDH)

Discusses the principles of magnetic levitation presented in the physics classroom and applied to transportation systems. Topics discussed include three classroom demonstrations to illustrate magnetic levitation, the concept of eddy currents, lift and drag forces on a moving magnet, magnetic levitation vehicles, levitation with permanent magnets…

Uses a projector, a prism, and two screens to demonstrate the composition of white light and detect color. (MDH)

A third-semester physics course that covers the topics of atomic physics, the theory of relativity, and nuclear energy is described. Activities that include the phenomenon of radioactivity, field trips to a nuclear power plant, a simulation of a chain reaction, and comparing the size of atomic particles are presented. (KR)