Reviews the research regarding the use of laboratories in the teaching of science. Discusses the traditional process skills and adaptations of the learning cycle. Describes the four distinct characteristics of a Guided Inquiry Laboratory. Thirty-seven references are listed. (CW)

Asserts that the sudden insights that characterize intuitive thinking are as important in effectuating learning as analytical thinking. Claims that intuitive thinking enables students to comprehend complex relationships better, to put things into better perspective, to generate new ideas, and to perceive more ways to integrate facts, concepts, and…

Discussion of screen layout design for computer assisted instruction focuses on the perceptions of the viewers. Combinations of text format design variables that facilitate specific learning processes are investigated; evaluative criteria for text displays are discussed; individual and group perceptions are analyzed; and future research topics are…

Describes a study strategy called RESPONSE. Includes a reading assignment response form which focuses students' attention on important points; questions; points of confusion; and new terms, concepts, vocabulary, and names. (JAD)

Two studies on M-capacity found factor-analytical and correlational evidence that five M-capacity tests share a common source of variance and that, as subjects' increase in age, scores increase at a similar rate. Results suggest that, in the 6-11 age range, M-capacity can be measured with a battery of tests. (AA)

Students use their preschool experiences to form personal theories about the world and rarely correct misconceptions even when new information is presented. This article describes an elementary science teacher's efforts to help fifth and sixth graders revise personal electricity theories, based on experimentation. There is no simple way to…

Investigated thinking patterns of fourth- and seventh-grade dyads collaborating on a projection of shadows task. Found that on average students gained in transformational reasoning but not in geometric description; however, the opposite was true for one quarter. Results suggest the need to take into account the plurality of goals, interests, and…

A learning theory is described that addresses the learning of lexical entries for certain predicational terms. The functioning of the theory is exemplified through a discussion of the learning schema, with particular attention to varying lexicalization patterns. (Contains 56 references.) (Author/LB)

Effects of immediate and delayed feedback on learning were studied in 2 experiments involving 120 undergraduate students. Subjects answered 90 general information multiple-choice items on 2 different occasions 1 week apart. Subjects rated their confidence in their responses. Results provide support for the Kulhavy and Stock model and the…

Argues that the teaching of grammar supplements learners' natural tendency to formulate and test hypotheses about the language. Complicated linguistic analyses can impede this process. Pedagogical grammar can be made less formal by keeping the analysis and metalanguage to the minimum. (36 references) (Author/CK)

Focuses on an understanding of the term, "cultural awareness," and suggests the issue is clouded since the word "culture" lends itself to variable interpretation. In addition, the description of what is actually included under cultural awareness has undergone considerable changes as it appears in the different sequential…

Eleven students of novice paddling ability were divided into two groups, one group receiving verbal, the other nonverbal, instructions on using the kayak stern rudder. The verbal group was significantly better at performing the correct sequence of movements. Results support existing research showing that observation alone does not enable the…

Discussion of explanations and knowledge representation within knowledge-based systems focuses on the development of an expert system for purification of proteins in a Swedish laboratory. Topics include domain conceptualization; a multiple-explanation construction model; a study of laboratory staff that investigated construed explanations; and…

Discusses the use of technology to enhance student learning based on learning processes. Topics include knowledge chunks, assimilation and repetition, cognitive schema, Bloom's Taxonomy, students manipulating the learning environment, student productivity, and checkpoints for evaluating technology utilization. (LRW)

Analyzes the cognitive processes and kinds of knowledge needed to work in a scientific domain like physics. Discusses the processes needed to interpret scientific concepts, uses of quantitative and qualitative descriptions, hierarchical ways of organizing scientific knowledge, and processes facilitating problem solving. Describes the use of these…