Tested the hypothesis that spatial reasoning is a significant correlate both of formal thought, as defined by Piaget's measures of the proportionality schema, and of achievement in science. Sex differences in proportional reasoning and spatial skills in 6th-form (11- year-old) students from a New Zealand high school were also examined. (CS)

Thirteen to fifteen year-old students from Denmark, Sweden, Italy, United States, Austria, Germany, and Great Britain were the subjects on this study of formal thought processes. Socioeconomic status, sex, and school organization provided additional categorization upon which the subjects were divided. Chi square analysis revealed some differences.…

A sex-related difference, favoring boys, was found on initial performance of two samples (one British, one American) of 10- and 11-year-old children on tasks involving volume and density. After classroom instruction that included opportunities for interaction with appropriate materials, both sexes performed at higher levels but differences…

Investigated what effects two instructional strategies (related to student use of manipulative materials) would have on second-grade students' (N=96) development of logical structures. Also examined the effects of sex on logical development. Results indicate that supplying manipulative materials alone is not adequate in promoting development of…

Determined that males (N=70) demonstrate higher level of intellectual development than females (N=70), that males mature intellectually earlier than females, and that there appear to be factors other than age and sex that are related to development of formal operational reasoning. Implications of these and other results are discussed. (JN)

Examined was the attainment of projective spatial concepts of third-, sixth-, and ninth-grade students. Eight Piagetian-type tasks were developed to provide evidence for Piaget's model of groupings of mental structures dealing with time and space. Task performance among grade levels and gender was examined. (CS)

Reports on twelve year-old students instructed in Nuffield Project and in "traditional" classrooms. A division of the subjects into two groups based on intelligence revealed significant differences on classification ability. Interaction effects were also observed. (CP)

Investigates the cognitive functioning of 106 college freshmen using six paper-pencil Piagetian-based tasks. Results show that only 25 percent of the freshmen tested were reasoning at a formal level. (HM)

Explores the relationships among science and engineering attitudes, physics conceptual understanding, and physics achievement for a population of college freshman engineering students. Assesses a sample of freshman engineering students (n=200) participating in an integrated curriculum with the Force Concepts Inventory (FCI), Mechanics Baseline…

After proposing and defining the superordinate concept of "historicality," fundamental interrelationships between time, events, memory, meaning, personal knowledge, public knowledge, and the histories of science are explored. Relevant research findings that demonstrate the confluence of scholarly thought concerning historicality across…

Explored was the relationship between performance and gender for junior- and senior-high students (N=108) on six Piagetian-type tasks developed to measure infralogical spatial groupings. Results indicated a significant relationship between performance and gender on four tasks, in which males outscored females. Implications for science teaching are…

Determined the degree to which classification of students (N=512) as formal or concrete based on three Inhelder tasks administered by clinical interview method was mirrored by Longeot and Karplus-Lawson-Renner (KLR) classifications. Results indicate that Longeot and KLR differentiate between concrete/formal operations and are discussed from…

A 1-year lag was found between the effect of an intervention intended to promote formal operational thinking in students initially 11 or 12 years of age and the appearance of substantial science achievement in the experimental groups. A one-year lag on cognitive development and an age/gender interaction were also reported. (Author/KR)

Data from the 1983-84 Israeli IEA (International Association for the Evaluation of Education Achievement) science study were used to explore gender-related differences (and their determinants) in the learning of science. The study (n=1974) involved several measures of science learning, 10 attitudinal measures, and items and errors classification.…

Effect of science instruction on young children's (N=64) concept of Piagetian physical causality was investigated. Results indicate, that pre/concrete-operational children can learn and apply a definition of living when that definition is taught through observable characteristics. Additional results and implications for elementary science…