This study is a description and analysis of the effect of criterion referenced test data on the acquisition of math skills and the mastery of selected objectives in fifth-grade students.The first chapter includes the introduction, statement of the problem, purposes of the study, statement of the hypotheses, background and significance., definition of terms, limitations, basic assumptions, and procedures for collecting data. The second chapter is a review of the literature pertaining to criterion-referenced testing and also includes a review of studies utilizing criterion-referenced test material. The third chapter describes the population being studied, the instruments used to measure achievement, and procedures for treatment of the data. The fourth chapter presents an analysis of the data collected for the study and a discussion of the findings. The fifth and final chapter presents a summary of the study, findings, conclusions, and recommendations pertaining to future research in the utilization of criterion- referenced testing. The subjects in this study were sixty, fifth-grade students attending Lakeland Elementary in the Lewisville Public School System who comprised the experimental group and sixty, fifth-grade students attending Central Elementary in the same district, who comprised the control group. The Comprehensive Test of Basic Skills (Form G Level 2), and the Prescriptive Mathematics Inventory (Aqua Level), were administered to both groups, with the pretest occurring in September, 1973 and the posttest being administered in April, 1974. Analysis of covariance and chi square goodness of fit were the techniques used to analyze the data statistically. Significant change was found to take place in the experimental group in mastering a greater proportion of the objectives selected for this study. The socio-economic level and educational background of the parents of the subjects in this study proved to be a significant factor in mastering the objectives selected for this study. The hypotheses utilizing the Comprehensive Test of Basic Skills, were all rejected. Two things may be assumed. The test may not have been sensitive enough to pick up changes that occurred during the year. Secondly, it might be assumed that the direction of the instructional program came from the 113 objectives selected by the teachers prior to the school year. These particular objectives were covered specifically in the Prescriptive Mathematics Inventory, but not in the Comprehensive Tests of Basic Skills.

Bullying is one of the most pervasive challenges in schools across the world. This investigation is an evaluation of a school’s attempt to address the large number of incidents of bullying. Materials from the Bully Free Classroom (BFC) by Allan Beane (2009) served as the intervention curriculum for 21, fifth grade students and six teachers. A 14-week (with the exception of school breaks), six lesson intervention was implemented with three groups of students: two groups identified as perpetrators and one group of victims. Teachers received training on bullying knowledge and how to appropriately report bullying-related incidents. Pre and post measures of bullying knowledge, frequency ratings of bullying and prosocial behaviors observed, and discipline referrals for bullying served as the dependent measures for the student participants. Results support the use of the intervention as the mean number of discipline referrals for participants of bully status significantly decreased, student ratings for negative behaviors significantly decreased, student knowledge of bullying significantly increased, and teacher’s ratings of the frequency of bullying decreased while school climate ratings became more positive. Moderate to large effect sizes are interpreted to provide strong support for a recommendation for school-wide adoption of the program. The scope and nature of the intervention plan is discussed in relation to recommended features of bully prevention and intervention programs and recommendations are made for implementation of this intervention.

The purpose of this study was to investigate mistakes made by elementary fifth grade students regarding basic fractional concepts and operations, and difficulties that they encounter. The other purpose was to investigate underlying misconceptions and reasons of those difficulties and mistakes. For this purpose, a mixed-method research combining quantitative and qualitative approach respectively was performed. Data were collected from elementary fifth grade students at the end of the spring semester of 2009-2010. Operation with Fraction Questionnaire (OFQ) was administered to 151 fifth grade students who were chosen from the two public elementary schools in Eskisehir province. By this way, difficulties that elementary fifth grade students encounter and mistakes they make regarding basic fractionalconcepts and operations was analyzed. Afterwards, sixteen of these students participated in a semi-structured interview which was designed to investigate underlying reasons and misconceptions behind those mistakes and difficulties. Results were presented in two phases. In the first phase, common mistakes and difficulties of students were analyzed in detail and representative examples of these errors were introduced. In the second phase, students&#039 / mistakes were grouped under five categories as: algorithmically based mistakes, intuitively based mistakes, mistakes based on formal knowledge on fractions, misunderstanding on problem, and missing information in solution. In this phase, misconceptions and underlying reasons of those mistakes and difficulties which students may encounter while learning fractions were described. Results revealed that there was evidence that fifth grade students made various mistakes regarding fractional concepts and operations in the fifth grade elementary mathematics curriculum and they had many misconceptions regarding fraction concepts and operations.

The implementation of collaboration and the use of graphic organizers in the teaching of programming and writing in the elementary grades have proven to be effective instructional strategies. There is evidence that shows the students who are motivated to program and perform well in this content area are not necessarily representative of the students who are motivated to write. Since the organizational skills required in the two content areas are similar, there may be an opportunity to motivate students who engage in computer programming to become more motivated in writing. As a result, the purpose of this study was to investigate the change in the dimensions of motivation which are: challenge, choice, enjoyment, and interest of fifth-grade students to engage in an expository writing activity after being taught to develop computer programs with the same teaching strategies used in the writing activity. The results of this study suggest that the teaching of computer programming was not effective with the intention of motivating the masses of fifth-grade students to write. However, there appears to be supporting evidence that teaching computer programming to fifth-grade students may help some individual students who are not initially motivated to write.

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This study investigated relationships involving peer acceptance, mathematics achievement, and birth order among 74 fifth-grade students. The children were administered a standardized achievement test and a sociometric measurement in one sitting. They were then listed in rank order on the basis of number of choices received for each of two areas-- Social- and Work-acceptance. A comparison of High and Low Social- and Work-acceptance groups in terms of mean mathematics-achievement scores indicated a significant positive interaction between peer acceptance and mathematics achievement. No significant difference was evidenced between mean mathematics-achievement scores of males and females. As expected, birth order was not shown to interact significantly with Social- or Work-acceptance for either sex. Results indicate the importance of utilizing various techniques such as sociometrically determined work groups and seating arrangements in order to improve the peer climate of the classroom.

The present research was an investigation of the effects of computer assisted instruction as a supplement to classroom instruction in reading and arithmetic. The purposes of this study were to determine the effectiveness of microcomputer usage in supplemental reading comprehension and math instruction. Utilizing an elaboration of the pre-test, posttest control group design, 66 fifth graders completed the 4-month study. One-way analysis of covariance was used to analyze the data.

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 purpose of the study was to investigate the effect of 10 minutes of daily exposure for 10 weeks to a Chinese Music Curriculum and its effect on generating positive cultural attitudes towards the Chinese people, improving tonal discrimination skills, singing accuracy of tonal patterns, and accuracy of singing Chinese lyrics for third-, fourth-, and fifth-grade students, compared to a comparison group not receiving the Chinese Music Curriculum. In an elementary school in Miami-Dade County, Florida, 6 third-, fourth-, and fifth-grade classes were chosen and randomly assigned to either an intervention or a comparison group. A Chinese Music Curriculum was developed for the intervention group and implemented by classroom teachers. Meanwhile, the comparison group received normal academic instruction and a weekly music class by a music specialist. Pre- and post-tests were administered to both the intervention and comparison groups: (1) Children's Attitudes toward Chinese (CATC), (2) Intermediate Measures of Music Audiation-Tonal (IMMA, Gordon, 1982), and (3) Tonal Pattern Performance Measure (TPPM). The Chinese Song Performance Measure (CSPM) was administered to the intervention group only in order to measure students' abilities for accurately singing the Chinese lyrics of a simple Chinese song, "Little Rat." Data were subjected to a mixed Multivariate Analysis of Variance (MANOVA) statistical analysis, item analysis, and Pearson Product-Moment correlation. The results demonstrated that the CATC survey was a reliable and valid measure to assess children's attitudes toward Chinese people. The overall effect of the Chinese Music Curriculum was significant in combination of the three outcome measures: CATC, IMMA, and TPPM. The follow-up individual examination revealed that children's attitudes toward Chinese people and tonal pattern singing accuracy were significantly improved, but tonal discrimination skills did not improve. Grade was found to influence children's singing accuracy of tonal patterns with fifth graders outperforming the third and fourth graders. All participants in the intervention group were able to sing a Chinese song with over 70% accuracy of the Chinese lyrics.