Answers James Stiff's criticism of the Elaboration Likelihood Model (ELM) of persuasion. Corrects certain misperceptions of the ELM and criticizes Stiff's meta-analysis that compares ELM predictions with those derived from Kahneman's elastic capacity model. Argues that Stiff's presentation of the ELM and the conclusions he draws based on the data…

Outlines an approach to developing schemata using elementary school teachers' self-reports of their interactive thinking and reviews alternatives to traditional teaching skills. Describes schemata in the form of those models. (Author/HOD)

A variety of tips about problem solving are included, with the focus on helping students recall an image. Manipulative materials and models using grids are included in most of the activities. (MNS)

Applications of social judgment theory are discussed with respect to policy formation and decisionmaking in educational contexts. Interactive computer technology is described, which can execute social judgment analyses, provide cognitive feedback to the policymaker on selected policy parameters, compare the policies of several policymakers, and…

Fourth-grade students' understanding of the order and equivalence of fractions was investigated in an 18-week teaching experiment. Three related characteristics of thinking are hypothesized to be related to success of such tasks, involving flexibility and reasoning that becomes increasingly independent of specific concrete embodiments. (MNS)

A formal model is presented that decomposes the attribution of personal dispositions into identification and dispositional inference processes. Two illustrative experiments trace the processing of behavioral and situational information at the identification and dispositional inference stages and examine attributions as a joint product of the…

A model of how the human cognitive system operates in its natural social context is presented. The model focuses on both input and output variables that have been ignored in the development of most other cognitive theories. Unique predictions of the model and empirical evidence bearing on them are discussed. (Author/LMO)

Presents three ideas for teaching content area writing, noting that such writing is most productive when assignments are based on real subject area topics and authentic styles. (HOD)

Suggests a model of human cognition by describing similarities between human and electronic computers. This model might guide the development of software so that it is sufficiently powerful and flexible to be of value to human computers as they construct new knowledge in chemistry. (JN)

Measures of verbal intelligence and abstract reasoning were taken on a group of 31 college-aged and 32 elderly adults, together with mental-processing rates associated with choice reaction time, primary memory scanning, and lexical decoding. Group means showed that verbal IQ and lexical decoding were intact in the elderly subjects. (Author/LMO)

Presents a taxonomy that organizes learner activities into the dimensions of mental, social, and physical involvement. Applies the taxonomy or model to speech class activities and reports validity evidence from several research studies. (PD)

Compares Charles Peters's Content Processing Model with another content area reading model and argues that critics have overlooked a substantial flexibility within the models. (HOD)

Describes how a teacher can model the inference process to help students learn to make inferences. (HOD)

Presents six diagrams that describe what happens when a text is read. (HOD)

Presents five preliminary conclusions about notetaking practices based on findings in the literature. Each conclusion is followed by a discussion of its implications for classroom instruction, and links between various lecturer and student behaviors and the external events of instruction are proposed. (Author/MBR)