The purpose of this study is to investigate the effects of using different teaching strategies to promote elementary students¡¦ reading comprehension and metacognition. A nonequivalent pretest-posttest design was conducted in this study. Three fifth grade classes from Kaohsiung City were assigned to two experimental groups and one comparison group. The first experimental group students were taught by Direct Instruction; the second experimental group were taught by Reciprocal Teaching; and the comparison group students studied the same topic and content without any other extra teaching strategy. The extra teaching strategies were contiguously conducted for 12 weeks for a total of 24 classes on both experimental group student classes; furthermore, 2 sessions of teaching instruction were added. The investigator first conducted the Chinese Llanguage bility Test to determinine the experimental group students¡¦ reading ability. In addition, two reading comprehension instruments were used to assess the students¡¦ progress during pre-and-post teaching span. The researcher conducted multiple variance of analysis (MANOVA) and analysis of covariance (ANCOVA) for statiscal analyses. Finally, the main findings are as follows: (1) The experimental group students¡¦ reading comprehension ability was significantly different from the comparison group students¡¦; whereas there was non-significant difference between two experimental group students. (2) The experimental group students who were introduced to Reciprocal Teaching significsantly improved on their metacognition. (3) There were significantly interactions between different teaching strategies and students¡¦ reading abilities, it was found that students with moderate reading comprehension ability made significant improvement under the Reciprocal Teaching Strategy. (4) Among the 4 different reading comprehension methods taught, students use questionaiere methods the most. This research focuses on the effects of different teaching methods on the performance of the reading ability among elementary students and can provide as a reference for future studies.

Thesis (Ed. D.)--West Virginia University, 2000. / Title from document title page. Document formatted into pages; contains viii, 239 p. : ill. Vita. Includes abstract. Includes bibliographical references (p. 218-226).

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During the past decade, direct instruction has been cited as one characteristic of effective schools. In response to increased accountability, many school districts and schools have incorporated the methods of direct instruction as a way to improve teaching performance and student achievement. This study was designed to determine if the teachers who were identified as effective would naturally practice the elements of direct teaching to a greater extent than less effective teachers where neither the effective nor the less effective teachers had been trained in specific models of direct instruction. / Ed. D.

ABSTRACT The aim of this study was to investigate the effect of an active learning approach (ALA) on the achievement of 11 th grade learners in Newton’s laws of motion, The case study was done in one school by comparing the achievement of learners in Newton’s laws of motion through an Active Learning Approach (ALA) with that of learners taught through Traditional Direct I nstruction (TDI) and to determine whether learners taught with ALA retained the material better than those taught with TDI. Two grade 11 classes in one school in the Queenstown District of the Eastern Cape were selected on their performance in two differen t tests and used as case study . The Force Concept Inventory was used to determine the achievements and retention of knowledge of the two groups. The effect of the active lear ning approach on the treatment group was also measured by ask ing each learner in t he group to complete a learner assessment of instruction form. The treatment group was also subjected to a classroom group interview. T he following information emerged from the study: i) Learners taught using the ALA achieved significantly better in FCI pos t - test than those taught with traditional direct instruction. ii) In the retention of knowledge test, the mean score of the learners taught using the ALA was 4.8% higher than those taught with TDI although insignificant. iii) Learners subjected to the ALA liked the instructional approach and as such put in extra time to learn. The findings suggest that the active learning approach had positive effect on the achievement of the Grade 11 learners and thus, can be adapted to enhance learning in the classroom. / Physics

For most of the twentieth and all the twenty-first century, there has been a great debate over educational reform for teaching mathematics. From these debates have come a critical look at how to properly instruct students so they can actively learn in the classroom, yet still retain the information for use in their later life. These questions are rooted in the larger debate between philosophical and psychological dimensions of human growth and development. Some educators, therefore, believe structuring their instruction around some philosophies such as idealism, realism, pragmatism, or existentialism was the key to success for their students. Others took the psychological approach and featured behaviorist or cognitive ideas in their teaching. Most feel that the approaches to psychology reflect these philosophical and psychological theories. These positions have resulted in the emergence of specific suggested teaching strategies that each proponent believes provide the solutions to the dilemma of how to best educate today’s students. This study examines what effect two different instructional strategies have on student acquisition of mathematical concepts and procedures.

This literature review was conducted after it was noticed that an active instruction approach in teaching mathematics was becoming more of a standard approach. This literature review aims to analyze and synthesize existing research regarding active and direct instruction, as well as examine how these instructional strategies support the promotion of flexible thinking in students, including their promotion of the Standards of Mathematical Practice related to flexibility in thinking. This review defines both active instruction and direct instruction, as well as compares the two strategies, particularly in terms of how well they promote flexible thinking in students. It was discovered that there exists an abundance of research regarding active instruction, including its promotion of flexible thinking, yet it was difficult to find articles advocating for direct instruction. From the research conducted, it appears that a more active approach is more conducive to the learning of mathematics for students in that it encourages flexible thinking, which is a necessary component of a successful mathematician. More research is needed to determine under which conditions these instructional strategies yield optimal results.

This study investigated the effects of a direct instruction program on the ability of elementary school students identified as at risk for math failure to add and subtract numbers with decimals, and complete addition and subtraction word problems with decimals. Direct instruction has previously been shown to increase the math skills of special education and general education students. This study examined the extent to which these students could master these skills in six hours of instruction, with carefully designed sequences of examples and strategy instruction in word problems. The study took place in two elementary schools. The participants were fifth grade students who had received low math scores on a school wide test and placed in a math group accordingly. The students were given a pretest and placed into two different groups, iv based on a stratified random process. The students in the treatment group received six lessons in decimals and word problems. After the six lessons, the groups were given a posttest. Student progress was assessed by comparing the groups on posttest results, comparing the students’ pretest and posttest scores, and using the ANOVA to determine statistical significance. On the posttest, the students in the treatment group scored 35 percentage points higher than the students in the control group – this difference was statistically significant. The increase was largest in their ability to add and subtract decimals, however many of the students also made considerable progress in their ability to solve word problems.

This study set out primarily to investigate the nature of reading comprehension instruction in Saint Lucia, and to examine the explanations of teachers with regard to the factors that they perceive contribute to Grade 6 students' failure in the main idea comprehension test in the national Common Entrance Examination in Saint Lucia. Four effective Grades 5 and 6 teachers (two per grade) from two Saint Lucian primary schools participated in a total of four individual semi-structured interviews and were observed in their regularly scheduled reading comprehension lessons. A total of 27 lessons were observed and audio tape-recorded to examine the nature of reading comprehension instruction in the classrooms. From this cohort of lessons, a sample of 16 lessons was randomly selected and transcribed to determine the presence of direct instruction in comprehension strategies, and the quality of instruction that took place. This quality was measured and described in terms of the elements of the Direct Instruction Model (Pearson Dole, 1987), the nature of questioning, and time allotted to instruction. This data was also used to make comparisons between Grades 5 and 6 classes. The results show that the four teachers perceived that there are four areas of blame for students' poor performance in reading comprehension: the teacher's inability to instruct, the students' poor decoding and comprehension abilities, the inadequacy of the main idea test, and the teaching materials available for teaching comprehension. However, the main factor perceived by teachers as contributing to the students' poor performance is teachers' inability to instruct. Nonetheless, the observation of the Grades 5 and 6 effective teachers' reading comprehension lessons showed that these teachers were indeed teaching a number of comprehension strategies. They relied predominantly on the question answering strategy in all their lessons which was mainly taught in combination with other strategies. However, it was the teaching of summarization through the main idea that was the dominant strategy more explicitly taught in 7 of the 16 lessons observed, appearing more frequently in the Grade 6 classes. An assessment of the quality of the reading comprehension instruction revealed that 11 of1 6 lessons, included all the four elements of direct instruction, and were rated as 'excellent' in quality. None of the lessons had fewer than two elements identified on the model. An assessment of the types of questions asked also showed that questioning was used both for the purpose of assessment and as an instructional strategy. The timing of the lessons support the quality of instruction, as 90% of the total time observed was allotted to instruction. The greater portion of that time went to guided practice (38%) and independent practice (33%) of reading comprehension strategies. This study shows that explicit comprehension instruction of strategies is evident in the reading comprehension classes of the 4 effective Saint Lucian Grades 5 and 6 teachers. It is therefore recommended that educational officials ensure that similar practices are maintained in other Saint Lucian classes, that the reading comprehension instruction practices of a wider cross section of Saint Lucian teachers be examined, and that future research looks into other probable causes of students' failure on the main idea comprehension test.

Students with emotional and behavioral disorders (E/BD) display severe social and academic deficits that can adversely affect their academic performance in mathematics and result in higher rates of failure throughout their schooling compared to other students with disabilities (U.S. Department of Education, 2005; Webber & Plotts, 2008). Furthermore, students with E/BD are at a greater risk of being served in more exclusionary and restrictive settings compared to their peers as a result of their poor social skills and chronic disruptive behaviors (Gagnon & Leone, 2005; Furney, Hasazi, Clark-Keefe, & Hartnett, 2003; U.S. Department of Education, 2005; Whorton, Siders, Fowler, & Naylor, 2000). This is of great concern as students with E/BD often receive lower grades, fail more classes, have higher drop-out rates, have fewer employment opportunities, and have increased involvement in the legal system (Bullock & Gable, 2006; Cullinan & Sabornie, 2004; Jolivette, Stichter, Nelson, Scott, & Liaupsin, 2000; Kauffman, 2001). The purpose of this study was to analyze the effect of the equal additions algorithm on subtraction with regrouping on the subtraction performance of fourth-grade students with E/BD and mathematics difficulties. The equal additions algorithm was taught using a direct instruction technique. This study investigated 3 participants at the fourth grade level in a residential treatment facility which serves students with E/BD. A multiprobe multiple baseline across participants design was used for this study. Assessments used for this study included (a) Woodcock Johnson III (WJIII), (b) the ENRIGHT, (c) a student questionnaire, (d) baseline probes, and (e) an error analysis student profile. Data was analyzed by visual analysis. The results suggest that when the equal additions algorithm was systematically implemented students were able to successfully complete subtraction with regrouping problems and errors dramatically decreased. Limitations and future for research directions are discussed.