After discovering at least 64 percent of their students were either tactile or kinesthetic learners, educators at North Carolina elementary school began grouping kids according to their tactile/kinesthetic or auditory/visual strengths and altered reading instruction schedules every three weeks so that each group had opportunities to learn at best…

Discusses how students generate meanings for mathematical word problems, develops a generative predicational model to account for students' comprehension of word problems, and describes an empirical study of Israeli sixth graders that was designed to test the model. Talk aloud protocols of the students are analyzed, and hypotheses tested are…

Describes a taxonomy of computer user modes in distance education and identifies three major learning and behavioral processes that are extended by computers: (1) information processing; (2) interaction; and (3) communication. Highlights for each process include the relationship to other media, pedagogical functions, hardware and software, and…

Discussion of computer simulations used for exploratory learning focuses on the design of a hypothesis scratchpad that students can use for hypothesis generation and testing. An experiment with college chemistry students that compared three versions of the scratchpad is described, and the effect of the scratchpads on learning environments is…

Two key concepts in diagnosing learning disabilities ("severe discrepancy" and "process dysfunction") are reviewed, and their relationship to the habilitation of learning is discussed. Guidelines are given for calculating a severe discrepancy, and the evaluation of processing skills is discussed. Strength models of remediation…

Discusses gender differences in the use of computers in education based on a review of the literature. Highlights include prior exposure to computers; access to home computers; influences from the socialization process, including sex stereotypes; and differences in learning processes, including innate perceptual differences. (19 references) (LRW)

Presents seven scenes showing everyday classroom situations that give students the options of applying their own problem-solving strategies to solve everyday problems of life and enable them to experience mathematical power coming from self-initiated insights into mathematical concepts. (MDH)

Explores possible outcomes of using the "Professional Teaching Standards" as a set of tools to construct productive conversations about teaching. Presents a discussion taking place in the author's third grade classroom illustrating discourse in the classroom, accompanied by the author's commentary on the lesson. (MDH)

Research on college student learning styles and characteristics suggests that new, nontraditional students prefer a different kind of learning than did traditional students and that expanding the repertoire of learning activities used in college instruction can increase student learning and faculty satisfaction. (MSE)

The Transition to College Project examined how college student learning is affected by involvement of students in academic and nonacademic experiences in college, particularly outside the classroom. The students (n=132) interviewed were from four institutions serving demographically very different populations. Results suggest that nontraditional…

Discusses adult learner characteristics, explains events of instruction, and describes how the characteristics of adult learners can be merged with these events of instruction to help facilitate instruction in software use. Highlights include gaining attention; motivation; stimulating recall of prerequisite material; feedback; performance…

Relates the whole-language concept to the reference process in the school library media center and presents a model of a whole-language librarian. Highlights include selection as part of the inquiry process; books as the basis for discussion; and the media center as a model of democratic community. (Contains 27 references.) (LRW)

Describes a study of high school students that investigated students' responses to an anomaly generated by the juxtaposition of opposing explanatory frameworks and examined the nature and impact of cognitive conflict as students moved from prescientific to scientific explanatory frameworks concerning the concept of force. (19 references)…

Explains the concept of a computerized simulated student as a model of human learning and explores three areas of application: for teachers, for students, and for instructional designers during formative evaluation. Technical limitations, existing prototype systems, and possible future systems are discussed for each area. (Contains 85 references.)…

This paper describes techniques used to investigate cognitive gain by children interacting in a fossil display area of the Liverpool (England) Museum. Interviews and videotaped observations demonstrate learning by the 51 subjects (average age 8.7 years). Children spent more time with activities when an adult demonstrator was present. (SLD)