The purpose of this study was twofold: (1) to discover some social and economic factors concerning the home background of the ninth and twelfth-grade students during their first and last years of high school; and (2) to study the physical status of these groups for the year 1949-1950, noting the development of each group in order to discover the relationship, if any, of social and economic status upon school marks of the students in the two grades.

To try to determine what the interests of boys and girls in the seventh grade are and how these interests are used in their school work, or are not used, is the purpose of this study.

It is the purpose of this study to determine the relationship between personality and accident-proneness in a group of pupils in the North Dallas High School.

The purpose of this thesis is to determine the implications of certain aspects of homogeneous grouping in the school and their relationship to the American conception of democracy.

The purpose of the Texas Cooperative Youth Study was to gather basic data on the problems and interests of youth from youth themselves, their teachers, and their parents in the stages of early, middle, and late adolescence. The study was made to determine interests, attitudes, and concerns of youth in relation to home and family life; to determine whether homemaking education in the school takes into account these concerns and attitudes; and to find out whether interest in homemaking education is related to selected background and sociological variables.

This study examined the student's achievement, attitude toward science, and self-concept of ninth grade physical science students in an individualized science program and ninth grade physical science students in a traditional science class. The research was conducted to ascertain the effect of individualized instruction upon the achievement, attitude, and self-concept of inner-city junior high school science students, and to analyze the implications of these effects for administrators, teachers, counselors, and others who are interested in the optimum achievement of students to science instruction. The sample size was 150 ninth grade physical science students enrolled in an individualized science program and 150 ninth grade physical science students enrolled in a traditional program. The students were administered the Stanford Achievement Test: Science, Remmer's Attitude Toward Any School Subject Scale, and the Piers-Harris Children's Self-Concept Scale. The experimental design of the study was patterned after the posttest only control group design. Preliminary data were obtained for each student within each participating class. The preliminary data were used for establishing group equivalence and as a concomitant observation in the analysis of covariance. The preliminary data were obtained from the permanent records of each participating school and involved the student's age, I.Q., natural science achievement level, and composite achievement level. From the data found in this study and in the related research, the following conclusions were drawn: 1. Physical science students taught by the individualized science program do not achieve at a significantly higher level, as measured by a standardized achievement test in science, than do students taught by the traditional method. 2. Physical science students taught by the individualized program do not differ significantly from the students of traditional physical science in attitude toward science. 3. Physical science students taught by the individualized program do not differ significantly from the students of traditional physical science on a standard self-concept scale. 4. The student variables of I.Q., background in natural science, and composite achievement level are important factors in successful achievement in physical science. 5. The student variables of I.Q., background in natural science, and composite achievement level are important factors in attaining a high positive attitude toward science. The I.Q. of the student seems to be the most important of the above factors. 6. The student variables of I.Q. and natural science achievement are important factors in attaining a high self-concept. 7. There was a significant relationship between grade point average in science and student achievement in science. 8. There was a significant relationship between grade point average in science and attitude toward science. 9. There was a significant relationship between grade point average in science and self-concept.

The feeling of ownership is a topic of research that has not been addressed as a component in the integration of technology in the K-12 classroom. The effectiveness of this abstract concept in relationship to digital computing is important in the evaluation of one-to-one initiatives in education. This paper reports findings of a research study conducted using a new ownership survey instrument I developed, the Laptop Usage Inventory (LUI). Also administered during the study was the Student Attitude Survey given in a pretest/posttest design. The instruments were administered to seventh and eighth grade students in a north Texas middle school in the 2007-2008 school year. The methodology used to evaluate the Laptop Usage Inventory consisted of Cronbach's alpha and various scaling methods. LUI scale scores were correlated with the results of the Student Attitude Survey to compare students' attitudes toward school before and after using a laptop computer for the school year. Implications for laptop initiatives and for the classroom are discussed and a future research agenda is presented.

The purpose of this quantitative study was to determine early warning indicators of college readiness among early college high school students at selected Texas institutions of higher education. Participants in this study included 134 of the class of 2010 from two early college high schools. The graduates were 86% Hispanic, 8% African American, 3% White, 2% Asian, 1% American Indian and 72% economically disadvantaged. A causal-comparative research design using multiple regression analysis of the data collected revealed that each one unit increase in world history was associated with a .470 (p < .05) increase in college GPA, while each one unit increase in Algebra I was associated with a .202 (p < .05) increase. Therefore, student grades in high school Algebra I and world history were the strongest statistically significant indicators that a student will maintain a 2.5 college GPA during the first year of college. According to the early warning indicators, students who maintain a grade of A or B in Algebra I are 10 times more likely to be college ready while having a 78% chance of maintaining a 2.5 or better in college courses. Further, the findings from this study found no significant relationship between TAKS assessment, socioeconomic status, gender or ethnicity and a student's ability to maintain a 2.5 or higher college GPA. Based on the findings from this study, the author recommends an examination of the high school curriculum with the goal of ensuring that students gain competency in courses that indicate college readiness.

This study is a partial replication of research conducted by Perkes (1973). The problem in this study is to assess the magnitude of the relationship between student knowledge of the environment, student gender, grade level, and size of school attended; and the level of attitudinal differences between students based upon student gender, grade level, and the size of school that students attend. Methods of data collection include the use of an environmental knowledge and attitude inventory used by Perkes (1973) and modified by Hardy and Fox (1976). This thesis includes an added dimension, a survey of environmental education curricula in the Permian Basin Region of Texas.

This study is the result of testing conducted on seventh grade students to determine the influence of environment on academic achievement.