The major problem of this study was to compare the views of the role of the student in a science class as reported by college science educators and secondary science teachers of grades 6-8 and of grades 9-12. Analysis of individual items. The Q-sorts indicate that all groups in this study recommend greater emphasis on student activities, student discovery, student questions, teacher accepting students' new ideas and viewpoints, student freedom to ask any science question, student enjoyment of science, more time spent in doing things other than listening, student ease in getting equipment, student revealing likes and dislikes in science, student maintenance of science equipment and student use of laboratory equipment.

The purposes of this study were (1) to determine the difference between the cognitive style of low and high achieving students in an algebra course in a traditional high school and the cognitive style of low and high achieving students in an algebra course in a high school for dropouts, and (2) to determine the difference between the cognitive styles of low and high achieving males and females in an algebra class in a traditional high school and in a high school for dropouts. It was hypothesized that (1) low achieving mathematics students are more field-dependent than high achieving mathematics students in both the traditional high school and in the high school for dropouts, (2) female students are more field-dependent than male students in the mathematics classes of both schools, and (3) there will be a significant interaction on the achievement variable and the sex variable with respect to field-dependence in both schools.

The purpose of this study is to examine the relationships that exist between cognition, attitude and level of commitment to Plan A based on the respondent's first, second or third year of involvement in Plan A special education.

The purpose of this study was to determine the effect on selected Upward Bound students' vocabulary retention rate and attitude toward computers when using color in a computer assisted instructional (CAI) program. Past research on the use of color in the educational process does not answer questions about possible effects it may have when used in CAI programs. Specific areas addressed by this study include: (1) differences in color computer assisted instructional software and achromatic versions of the lesson, (2) differences in the short-term vocabulary retention rate for color versus achromatic versions, (3) differences in the long-term vocabulary retention rate for color versus achromatic versions, (4) differences on the affective attitude scale for color versus achromatic versions, (5) differences in short-term memory based on gender and computer experience, (6) differences in long-term memory based on gender and computer experience and (7) differences on the affective attitude scale based on gender and computer experience. Subjects in the experiment were high school students participating in Upward Bound programs at Texas Christian University and the University of North Texas. A pretestposttest design was used and data were obtained from seventy-one students. A CAI program presented students with twenty words and definitions via a …