This study involved the identification and explication of a typology of adolescents' leisure functioning, based on a state of mind definition of leisure. Subjects included 200 students from a junior high school in the midwest who completed the Leisure Diagnostic Battery (LDB) during a study hall. Procedures involved the application of two methods of cluster analysis to profiles of scores across the five LDB scales which are designed to measure perceived freedom in leisure. Following this process of identification and validation of the "types," the relationship between group membership and various barriers to leisure were examined through multiple discriminant analysis. Finally, between type differences on three preferred style of participation in recreation activity variables (active/passive, individual/ group, and risk/nonrisk) were examined through the analysis of variance.

The focus of this study was to determine how attribution patterns of children with an internal or external locus of control differ when playing a computer video game. Forty subjects each (twenty internally controlled and twenty externally controlled) were placed in a competitive or non-competitive treatment setting with a successful or unsuccessful outcome. Each subject played a computer video game made by a major manufacturer. At the completion of each session, each subject was asked to rate the four attributes of ability, effort, task difficulty, and luck. The results were then analyzed using analysis of variance with age as a covariate.

The problems with which this study is concerned are to determine the applicability of the systems analysis process to educational settings and to provide data concerning the beliefs and attitudes of educators concerning educational computing. A questionnaire was used in a case study of a medium-sized Texas independent school district to measure the beliefs and attitudes of educators toward educational applications of computers. Chi-square goodness of fit tests that use specified frequencies were applied for each statement and each corresponding distribution of responses.

The problem with which this study is concerned is that of identifying, validating, and ranking a set of computer competencies for school administrators. A set of thirty five proposed computer competencies for school administrators was prepared and submitted for validation to a panel composed of ten members. These ten panel members judged the competencies and suggested additional competencies that they felt should be added to the list of proposed competencies. These additional competencies were also validated by this panel. A final list of forty-two validated competencies was established and submitted to a panel composed of thirty-one members for the purpose of determining the importance the panel members attached to each competency.

The problem of this study was an analysis of an individual study instructional approach of teaching mathematical concepts as they relate to business needs. The purposes were as follow: (1) to identify mathematical competencies required by business firms; (2) to further validate CVAE materials; (3) to evaluate the achievement of vocational office education students using programmed materials to review business mathematics; and (4) to develop, present, and describe a teaching model for these applications.