This series of four experiments on children's causal sequences was directed at: (1) extending Brown's research on temporal ordering to causal relationships portrayed in picture sequences; (2) investigating the developmental progression of skills involved in understanding and remembering sequences; and (3) examining the development of reversible…

Literature on cognition and learning in young adults is surveyed. First, an outline of a theory of the cognition-learning system is presented, reviewing the characteristics of each of the major components of the system. Particular attention is paid to the differences between young adults and other age groups in information processing skills.…

This paper reports two experimental studies of the development of time, speed and distance concepts in children. In Experiment I subjects (12 in each of four age groups: 5-, 8-, 11-year-olds, and adults) were asked to judge which of two electric trains on parallel tracks went faster, for the longer distance, or for more time. Subject's knowledge…

This experiment investigated the effect of children's successive encounters with a large scale environment on their subsequent reconstructions of that environment. Twenty children (10 boys, 10 girls) at each of three grade levels (kindergarten, two, and five) reconstructed from memory the spatial layout of buildings in a large model town. All…

Generalizability theory was applied to the Matching Familiar Figures Test (MFF), an instrument commonly employed to assess reflection-impulsivity in children, in order to analyze the dependability of the MFF at four grade levels: second, third, fourth, and fifth. The MFF was individually administered to 114 boys. A completely crossed, two-facet…

The purpose of this study was to determine the effects of age differences and differences in memory load on concept identification (CI) tasks of varying levels of complexity. Previous studies with young children found increasingly better performance on CI tasks with increasing age. This was in part due to the fact that older subjects categorize…

The development of children's capacity to induce spatial relations between locations in a space was investigated in this study. The sample consisted of 60 children, 20 in each of three age groups: 3-4, 5-6, and 7-8 years of age. The children were trained to move one hand from a home base to each of three target positions. The positions were…

This study examines why the relational concepts of left and right are more difficult to learn than other relational concepts. A total of 72 children from kindergarten, third grade, and sixth grade, and an additional 24 college students were tested individually on a set of six realistic pictures. The task was to reconstruct the depicted scenes on a…

To determine to what extent children of preschool age comprehend the meaning of logical connectives, 64 5- and 6-year-olds were told to hand differently colored and shaped wooden blocks to an experimenter. The commands involved various English idioms used for conjunction (e.g. both black and round), disjunction (either black or round), and…

This study analyzes the Object Categorization Test (OCT) and the Picture Categorization Test (PCT) to provide (1) psychometric analysis of the tests, (2) substantive analysis detailing variation in performance level as a function of age, race, class, and sex, and (3) normative data yielding frequencies of various score patterns. Data was taken…

This paper presents a study which indicates that accurate performance on a simple conservation task need not be related to congnitive maturity. Twenty adults and 20 third graders were given three verbal problems, each requiring a same-different judgment and an explanation of that judgment. Only 3 adults were able to give correct judgments, while…

The project report summarized here describes the interrelationships of the individually administered tests given to 820 Head Start children from three urban sites in the second year of a longitudinal study. These results are compared with those obtained in Year 1, the year prior to the students' attendance in a group program. The tests tapped…

This paper describes two experiments in which children in grades 1, 3, and 5 were given three kinds of spatial perspective-taking problems to solve as quickly as they could: (1) C problems, solvable only by computation (that is, noting which features of a particular object array were closest to another observer in order to estimate how the array…

This paper presents a theory of human information processing. Information processing refers to the perception, encoding, recoding, storage, retrieval and manipulation of information by the brain. This theoretical model takes a developmental perspective in explaining human performance on tasks that require thinking, reasoning and remembering.…

Six-and eight-year olds were exposed to a modeling sequence for cluster rule learning under high, medium, and low degrees of structure. Age differences in vicarious learning emerged only in the medium structure condition, while immediately imitating a model failed to influence learning for either age group. (Author/CP)