It is suggested that most standardized science tests do not adequately assess the majority of concepts taught as part of the very diversified middle school science curriculum. The 50-item Life Science Test constructed by Portland Public Schools, Maine, herein presented, aims to resolve this inadequacy. The 40-minute multiple choice test…

Described is how teachers can use the Concept Structuring Analysis Technique (ConSAT) as a diagnostic, learning, and assessment task in teaching science. In essence, ConSAT assists students in organizing concepts on paper so that they may link what they already know to what they have to learn. The technique thus applies the philosophical notion of…

This paper argues that if researchers studying a recognized category of behavior, such as fantasy play or aggression, were to focus on prototypical instances of the behavior, there should be high inter-researcher agreement of just the sort that operational definitions were intended to secure. A study of fantasy play was conducted using a paradigm…

This publication was developed as a portion of a two-semester sequence commencing at either the sixth or seventh term of the undergraduate program in electrical engineering at the University of Pittsburgh. The materials of the two courses, produced by a National Science Foundation grant, are concerned with power conversion systems comprising power…

This publication was developed as a portion of a two-semester sequence commencing at either the sixth or the seventh term of the undergraduate program in electrical engineering at the University of Pittsburgh. The materials of the two courses, produced by a National Science Foundation grant, are concerned with power conversion systems comprising…

To further evaluate a method of content analysis and aid in identifying scientific concepts appropriate at the elementary level, science material in a standard textbook series was examined. This paper reports and summarizes the analysis of sections of the California state-adopted textbook series, "Concepts in Science." The conceptual…

This monography presents the concepts to be presented, the psychomotor skills through to pertain to all the concepts, the process skills required, and the values and attitudes hoped to be developed for a science curriculum, K through 8. A list of suggested field trips accompanies each syllabus. At the kindergarten through grade 6 levels,…

The Test of Logical Thinking in Science and tape recordings and notes from a scientific inquiry lesson were used to evaluate the relative effectiveness of the regular and new science programs in developing scientific thinking among elementary school pupils. The findings, limited by sample size and short-term experimental design, indicated that the…

A project was undertaken to develop and evaluate the effectiveness of a unit of instruction which would teach economically deprived first grade children some interesting scientific concepts and increase their curiosity behavior and willingness to offer hypotheses, carry out experiments, and evaluate outcomes. The instructional unit was based on…

Describes how discrepant events can be employed as a viable teaching strategy. Reviews the theory of cognitive dissonance and provides examples and approaches in its resolution. Offers samples of discrepancy events and unexpected situations. (ML)

Examines preconceptions regarding several implicit vector characteristics that 15- to 17-year-old students possess just before taking their first physics course. Shows seven vector characteristics and three tasks for interviewing students. Presents the most common student preconceptions regarding each of the implicit vector characteristics. (YP)

The computer, still a novel device in classrooms, may be incorporated as another learning tool. One method to accomplish this gave students the opportunity to build a clock using materials such as sand, water, or a computer. Additional projects are suggested. (JL)

Models the ideas of children's misconceptions and subsequent acceptance of conventional scientific thought on the simple cusp of catastrophe theory. Demonstrates one theory of the forces which are necessary to change a misconception to a scientific concept. (CW)

A curriculum model is presented for stimulating wide interests at the elementary level, to develop a student pool that would sustain a nationwide residential high school for the gifted. The model presents 16 conceptual schemes for developing curricula in social sciences, humanities and sciences. (Author/KM)

Notes some of the conflicts between the use of hands-on science curricula and standardized testing. Discusses the state of testing and the state of science education with regard to the tests. Describes some promising developments in assessment in science education. (TW)