Reviews two books that seek to define the nature and direction of Russian educational reform: "School Reform between 'yesterday' and 'tomorrow'" (Eduard D. Dneprov, Russian Minister of Education, 1990-92) and "Russia: Education in the Transition" (Stephen P. Heyneman of the World Bank). Criticizes their unrealistic assumptions…

The deficiencies and distortions revealed in studies of public understanding of science, intuitive physics, nutritional myths and misunderstandings, and mental mapping of geographical space are defects in information transfer from the physical and intellectual realms to the subjective realms of individuals (Popper's three "Worlds").…

Explores myths fashioned during the growth of student affairs and discusses their implications for student affairs administrators. Some of the myths contested include claims that the field lacks a professional philosophy, that it was founded "by default," and that it must have an educational mission equal to that of the faculty. (Author/RJM)

Examines the numerous misconceptions surrounding learning disabilities (LD). Addresses such mistaken views: those with multiple LDs should not consider college; LD is the same as mental retardation; colleges deny admission to applicants if they are unable to accommodate the LD; and individuals who receive accommodations have an unfair advantage.…

Investigates the relationship between traditional physics textbook problem solving and conceptual understanding. Reports that students had many of the well-known conceptual difficulties with basic mechanics and that there was little correlation between the number of problems solved and conceptual understanding. (Contains 21 references.)…

Discusses examples from research of how students' misconceptions underlie their difficulties in interpreting kinematics graphs, possible underlying causes, and promising remedies. (KHR)

Provides information about hypnosis. Uses research data to define hypnosis, discuss the relationship between hypnosis and memory, and present some possible benefits. Includes a chart with some common misconceptions about hypnosis and the corresponding true statement. (DDR)

Listed are errors students make by accepting misconceptions about pressure and precautions teachers might take to avoid fostering those misconceptions. Misconceptions discussed include pressure as a measure of energy per unit volume, fluid flow only from high to low pressure, and the lack of pressures lower than a vacuum. (CW)

Word associations were used to map high school students' concepts of "chemical equilibrium" and "equilibrium." It was found that the preconception of the two concepts was differentiated on noncritical dimensions. (Author/CW)

Primary school teachers' responses to interview questions about science concepts are described and compared in general terms with views of scientific concepts held by children. Some possible implications of the findings for the development of primary science are outlined. Sample interview questions are included. (Author/CW)

Investigates how 11th graders think with respect to evolution and the development of species. Reports that the pupils have extensive factual knowledge, but have difficulty in relating these facts in coherent descriptions and explanations. (Author/YP)

Discusses pupil misconceptions concerning forces. Summarizes some of Assessment of Performance Unit's findings on meaning of (1) force, (2) force and motion in one dimension and two dimensions, and (3) Newton's second law. (YP)

Autistic children were tested on three tasks that were within the capability of three-four-year-old normal children and that involved the abilities to understand a mistaken belief, infer contents of a container from looking or not looking inside, and adjust answers to provide new information. (PCB)

Glaring and basic textbook errors and misconceptions about photosynthesis are discussed. The Calvin Cycle, photosynthetic products, alternative cycles, and plants as producers are considered. Included are observations of both college and secondary textbooks. (CW)

Certain misunderstandings in science, mathematics, and computer programing reflect analogous underlying difficulties. These misunderstandings are examined through four knowledge levels: (1) content; (2) problem-solving; (3) epistemic; and (4) inquiry. Analysis of several examples shows that misunderstandings have causes at multiple levels, and…