The purpose of the present study was to investigate the effects of socioeconomic status, school factors (classroom climate, classroom activities) and affective variables (motivation, self-efficacy, mathematics anxiety, beliefs about the nature of mathematics and teaching of mathematics, students&rsquo / perceptions of their teachers and parents&rsquo / attitudes toward them) on mathematics achievement with 9th grade students in Ankara. For this purpose, structural equation modeling techniques were used. In the study, there were two research problems: &ldquo / What was the general model explaining the effects of socioeconomic status, affective and school factors on students&rsquo / mathematics achievement?&rdquo / and &ldquo / how the proposed model explained mathematics achievement in three school types (Anatolian, general and vocational high schools)?&rdquo / Some of the results of the analyses conducted in the study are the followings: In the main study, socioeconomic status had strong effect on mathematics achievement. In addition, while student-centered activities generally affected students&rsquo / mathematics achievement in a positive way but indirectly, teacher-centered activities had negative effects on affective variables. But for Anatolian and vocational high schools, this negative effect turned positive on mathematics achievement. In the main study, classroom climate had positive direct effects on self-efficacy and motivation toward mathematics as well as on mathematics achievement. Generally, affective variables had positive effects on mathematics achievement. But mathematics anxiety had no significant effect on it except general high school. The results of present study indicated that students&rsquo / perceptions of their parents and teachers&rsquo / attitudes and expectations toward them had positive indirect effects on mathematics achievement.

The purpose of the study is threefold: (1) to examine students&rsquo / attitudes toward mathematics in terms of cognitive, affective and behavioral components, (2) to examine the relationships among students&rsquo / perceptions of their mathematics teacher&rsquo / s teaching profession, their mathematics teacher&rsquo / s and parents&rsquo / attitudes toward and expectations from them as learners of mathematics, some affective variables students have and the time they spent on mathematics at home and (3) to examine the relationships between students&rsquo / perceptions of their mathematics teacher&rsquo / s teaching profession, their mathematics teacher&rsquo / s and parents&rsquo / attitudes toward and expectations from them as learners of mathematics and three components of attitude toward mathematics, namely, cognitive, affective and behavioral components. The subjects of the study consists of 1960 7th grade students enrolled in 19 different public elementary schools in Istanbul. The study was carried out during the fall semester of 2009-2010 academic year. Structural equation modeling techniques were used to test the hypothesized relationships. The significant level was set to 0.05. Major findings revealed that (1) Attitude toward mathematics is identified with the three factors namely, cognitive, affective and behavioral, (2) Students&rsquo / perceptions of their mathematics teacher&rsquo / s teaching profession, their mathematics teacher&rsquo / s and parents&rsquo / attitudes toward and expectations from them as learners of mathematics statistically and significantly explain their confidence in learning mathematics, beliefs about the usefulness and importance of mathematics, liking for mathematics, mathematics anxiety, behaviors toward mathematics and the time they spent on mathematics at home, and (3) Students&rsquo / perceptions of their mathematics teacher&rsquo / s teaching profession, their mathematics teacher&rsquo / s and parents&rsquo / attitudes toward and expectations from them as learners of mathematics statistically and significantly explain three components of attitude toward mathematics.

Live simulations play an important role in allowing users to practice and develop skills they learn in training. Although live simulations are playing an increasingly important role in training, ways to improve them are not well understood or documented. In order to improve the efficacy of live simulation and maximize results from funds spent on training; this research examines the relationship between the affective variables of the participants and their performance in the live simulation. Prior to participating in the instructor development live simulation used in this study two training preference scales were administered to a group of trainees. These scales measured the trainees’ locus of control and immersion tendencies. During the live simulation the trainees’ performance was evaluated by a panel of expert observers. The trainees also self-reported their performance through the use of a self-rating instrument. Analysis of the data revealed significant positive correlations between the trainees’ internal locus of control and their performance in the simulation, both self-reported (p=0.026) and as reported by the expert observers (p=0.033). The correlation between immersion tendency scores and performance in the live simulation were mixed; while not always statistically significant they did reveal some slight positive correlation. This research did provide a number of lessons learned and implications for instructional and simulation developers wishing to employ live simulation in a training environment. These include performance of sub-populations within the greater population of subjects, consideration of roles assigned to participants, and the need to increase presence within the live simulation. Application of these lessons learned can reduce training costs and/or improve the effectiveness of live simulation in a training environment, this in turn can be of significant benefit to instructional and simulation designers. Additionally, understanding these relationships can lead iv to better assignments of roles or activities within live simulation and improve the transfer of experience from live simulation training to on the job performance. However, additional research needs to be conducted in order to make more conclusive statements regarding the most appropriate affective variable that would allow for predicting transfer of the simulated experience to the ‘real’ world, the individuals who would benefit most from live simulation, and to develop additional prescriptive methods for improving live simulation utilized in training environments.

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The current movement towards multilingualism and multiculturalism in South Africa has placed language at the centre of all educational activity. With the implementation of the outcomes-based Curriculum 2005, the emphasis is on appropriate learning support material, and the learning programmes are seen as guides that allow teachers to be innovative and creative in designing instructional and learning material. The fact that Afrikaans was one of three compulsory language subjects at a school in the Soweto area motivated researchers of Technikon South Africa to embark upon an outreach project. The latter entailed a remedial programme to address the lack of Afrikaans language proficiency of the Grade 12 learners at this school. My role as the remedial teacher and my subsequent responsibility for the development of appropriate and relevant learning material for the intervention provided the impetus and motivation for this research. The aim of the study was to determine the criteria for developing materials, in order to develop the proficiency in Afrikaans of Grade 12 additional language learners. The intervention took the form of an ongoing action research cycle. The magnitude of the proficiency dilemma in this study was revealed by a pre-intervention assessment. Apart from the learners’ poor functional Afrikaans literacy, it also became apparent that the influence of affective variables in additional language learning should be considered. The literature survey undertaken to articulate the relevant information about Communicative Language teaching (CLT) emphasised the kind of teaching necessary to develop proficiency in an additional language. In addition, the exploration of the influence of affective factors on additional language teaching and learning allowed a better understanding of the learners’ needs and ensured a learning-centered approach. In the process of materials selection, adaptation and development, it was necessary to relate learning principles and procedure to theory, research methods and classroom practice. Reviewing the literature on issues such as designing and developing materials contributed to a pragmatic approach to materials development, and assisted in establishing the criteria for the development of appropriate materials. The study has attempted to show how to design appropriate and relevant teaching materials guided by a set of criteria. The implementation of the materials in the classroom integrated theory and practice. Thus in practice, through different action research cycles, the developed materials were shown to comply with the theoretical criteria to establish their effectiveness, and refined to suit the proficiency level of the particular learners. Finally, critical reflection resulted in a redesigned set of materials for Afrikaans as an additional language. The post-intervention assessment showed that there was indeed an improvement in the learners’ proficiency levels and that the average grade of their proficiency levels improved. Other findings suggested the probability of a positive attitude change in the learners. Thus, it can be concluded that the intervention may be judged as having been relatively successful. / Thesis (DPhil)--University of Pretoria, 2006. / Unit for Academic Literacy / DPhil / Unrestricted

This study explored the influence of irrational beliefs on adolescent secondary school learners’ Mathematics achievement in Zimbabwe. Learner, home and school factors which influence secondary school learners’ Mathematics achievement were discussed and relevant studies were scrutinised. The theoretical views of Albert Ellis regarding the characteristics, effects, acquisition and maintenance of irrational beliefs were discussed together with the major irrational beliefs and their possible relationship with learners’ Mathematics achievement. A sample of 306 randomly selected adolescent Mathematics learners comprising 182 girls and 124 boys in the 14 to 18 year age range participated in the study. A composite questionnaire with subscales on learners’ irrational beliefs, socio-affective variables and perceptions was used during the empirical investigation. Six major hypotheses were tested. The study established that learners’ irrational thoughts about Mathematics correlate negatively with their Mathematics achievement. Learners’ irrational thoughts about Mathematics correlated negatively with motivation, self-concept, parental involvement, and teacher-learner relationships and positively with stress, anxiety and faulty perceptions. Regression analysis proved that learners’ irrational beliefs, socio-affective variables and perceptions jointly explain a greater proportion of the variance in Mathematics achievement than any one of these factors on its own. Therefore, learners’ Mathematics achievement is affected by irrational beliefs together with their socio-affective variables and perceptions. Practical recommendations were given to Mathematics education stakeholders such as teachers, school counsellors, parents and learners to minimise poor Mathematics achievement attributable to irrational beliefs and the allied variables explored in this study. / Psychology of Education / D. Ed. (Psychology of Education)

This study explored the influence of irrational beliefs on adolescent secondary school learners’ Mathematics achievement in Zimbabwe. Learner, home and school factors which influence secondary school learners’ Mathematics achievement were discussed and relevant studies were scrutinised. The theoretical views of Albert Ellis regarding the characteristics, effects, acquisition and maintenance of irrational beliefs were discussed together with the major irrational beliefs and their possible relationship with learners’ Mathematics achievement. A sample of 306 randomly selected adolescent Mathematics learners comprising 182 girls and 124 boys in the 14 to 18 year age range participated in the study. A composite questionnaire with subscales on learners’ irrational beliefs, socio-affective variables and perceptions was used during the empirical investigation. Six major hypotheses were tested. The study established that learners’ irrational thoughts about Mathematics correlate negatively with their Mathematics achievement. Learners’ irrational thoughts about Mathematics correlated negatively with motivation, self-concept, parental involvement, and teacher-learner relationships and positively with stress, anxiety and faulty perceptions. Regression analysis proved that learners’ irrational beliefs, socio-affective variables and perceptions jointly explain a greater proportion of the variance in Mathematics achievement than any one of these factors on its own. Therefore, learners’ Mathematics achievement is affected by irrational beliefs together with their socio-affective variables and perceptions. Practical recommendations were given to Mathematics education stakeholders such as teachers, school counsellors, parents and learners to minimise poor Mathematics achievement attributable to irrational beliefs and the allied variables explored in this study. / Psychology of Education / D. Ed. (Psychology of Education)

Within the educational psychology literature there is an abundance of research in the field of metacognition. The concentration of this research however has been in primary and secondary school contexts with little attention given to tertiary students' understanding or use of metacognition; there has been even less attention to whether age is a factor in tertiary students' perceptions of their metacognitive processes. The primary purpose of this study was to explore the perceptions of two distinct groups of first year university students, towards their understanding and usage of metacognitive processes and strategies. The two groups defined were traditional school leavers and mature age students. The findings from the exploration of these perceptions were compared to ascertain the similarities and differences in metacognitive processes between the two cohorts. The data collected for this study were obtained through a process of individual face-to-face in- depth interviews. The choice of this methodology was deliberate in order to gather rich data about the students' perceptions and experiences rather than attempt to measure their levels of metacognition against some predetermined standard. Data were collected and analyzed on the two constructs of metacognition which were identified in the literature search. These were metacognitive knowledge and metacognitive control. A range of affective variables such as self efficacy, motivation and expectancy of success, which impact on students' metacognitive abilities and processes, were also considered in the data collection and analysis. The findings indicated that age was a factor in determining some differences and similarities in students' perceptions of their own and others metacognitive processes. In certain cases the traditional school leavers' recency of experience with formal study was deemed an advantage; in others the life experience of the mature age students was perceived an advantage. In some instances the age of the student had no discernable impact on their understanding of, and ability to, utilize metacognitive strategies. These findings assist to broaden the understanding of student perceptions of metacognition in the tertiary context. The findings also make it imperative that tertiary institutions make fewer assumptions about the skills and abilities of their commencing students based on the criterion of age and offer more opportunities to assist students to understand the value of developing and improving their metacognitive processes.

No description available.