The purpose of this study was to evaluate the effects of specialized skill instruction on the ability of sixth-grade students to solve mathematics word problems. Subjects were 578 sixth graders from eight elementary schools. Researcher-developed materials were used based on seven identified content strands. Specific sections of a widely used achievement test were used to identify ability groups in both reading and mathematics and served as the pretest and posttest measures.

The problem of this study was to describe and analyze the computer programming abilities and thought processes of five-year-old children using a conventional microcomputer and the Apple LOGO language. This dissertation reports on the behavior of five kindergarten children and the counts they made as they learned to program in LOGO on an Apple XI Plus microcomputer. The five participants were randomly selected from a group of ten five-year-olds who passed a screening test of numeral and capital letter recognition. The sample included three girls and two boys, all of whom were white. The students met individually with the researcher and the computer for about twenty minutes every day during a ten-week period.

The purposes of this study were (1) to determine if learning to program a computer in either BASIC or Logo improves the problem-solving skills of fifth grade students when compared to a control group that receives no programming instruction, and (2) to determine if learning to program a computer in Logo is more effective than learning to program in BASIC for improving problem-solving skills in fifth grade students. Subjects were 132 fifth graders from two suburban elementary schools. The materials used in the study were the Computer Challenge Guide for the BASIC group and Logo in the Classroom for the Logo group. The New Jersey Test of Reasoning Skills was used as the pretest and posttest measure.

The problem with which this study is concerned is that of tracing the history of state level laws and resolutions which affected the elementary school curriculum in Texas' public schools during the years 1950-1983. The roles of the legislature, the State Board of Education, and the State Department of Education in relation to the curriculum are presented. The purposes of the study are to review state level legislation since 1950 that affected the curriculum, to update the work of earlier historical accounts of public education in Texas, and to provide a basis for understanding the current state of curriculum by focusing on its evolution. Inspection of the data reveals that numerous topics were added to the elementary curriculum during the years under study, resulting in a fragmented and complex curriculum. Many of these topics were repealed in 1981. The study concludes that the State Board of Education and the State Department of Education, as well as the legislature exert considerable influence over the curriculum, and that this influence seems likely to increase as the result of reform legislation enacted in 1981. Further study relating to the implementation effects of the new curriculum is recommended.

The problem was to assess the effectiveness of computer-assisted instruction (CAI) in reading and math and to determine the relationship between achievement using CAI and selected learning style elements. Learning style elements were limited to motivation, learning alone or with peers, auditory, visual, tactual, and kinesthetic perceptions. The Learning Style Inventory provided learning style data and The Iowa Tests of Basic Skills measured achievement. Both tests were administered in the classroom. Three hundred (300) fourth-grade students in six suburban schools were divided into experimental and control groups. The treatment was CAI in reading or mathematics for fifteen minutes per day and regular instruction. The nonequivalent control group design allowed for testing and treatment conditions for intact groups. Pre- and post-test achievement measures were administered to all subjects. An analysis of covariance was computed for the achievement measures. A correlation coefficient was calculated to determine the relationship between achievement and each learning style element. The Manova multiple regression procedure was used to determine which combination of selected learning style elements could predict achievement. The pre-test and time on task were used as covariates to control for initial differences between groups. The findings were: (1) the experimental groups gained significantly higher scores …