Group items tagged

This article is a resource for teaching content area vocabulary.

These segments get to the heart of the conceptual misunderstanding that teachers encounter when attempting to teach simple circuits. It demonstrates some instructional alternatives teachers can use.

This is an excellent design for a student-centered inquiry activity. I'd like to revise my introduction to circuits next year to work more like this.

"The results of the research provide a different picture of student learning and different strategies for teaching physics. The recommendations are aimed at changes required for improvement in student performance in physics and science in general. "

@ Jessica Carr

(Week 7: Jessica Carr, Sarah Donahey, and Mark Cook) This journal article is accessible through the link given above by accessing the UMUC library. This article discusses the need for vocabulary and comprehension instruction in the primary grades in order for long-term, adequate reading skills in elementary students. The authors examine research that have been done on primary grades in order to closely examine the reading skills that are needed for elementary-aged students. Reading outside of school, vocabulary, word-reading skills, conceptual knowledge, and comprehension strategies are the instructional approaches that the authors believe need to be taught in the primary grades in order for long-term goals to be met. Teachers can implement the instructional strategies being encouraged in this article, in their own practice. Teachers can also encourage reading outside of school for homework to help improve reading skills among their students. References: Block, K., M., & Duke, K., N. (2012). Improving reading in the primary grades. The Future of Children, 22(2), 55-72. Retrieved from http://www.jstor.org/stable/23317411?seq=1&cid=pdf-reference#references_tab_contents

(Week 9: Shawntel & Maia) This journal article can be accessed through UMUC's library. The focus of the article was to investigate the impact of linguistics in the process of solving math word problems. The article describes as study analysis of the influence of the number of steps and operations as variables that need to be utilized by learners when solving math word problems. The study used a combination of math word problems where some had consistent language and some had inconsistent language. Both focus groups were given the same questions; however, one group the instructor focused on metacognitive strategies to assist with reading comprehension. The group who were taught metacognitive strategies highly outscored the other group. The study showed that effective teaching strategies require the inclusion of metacognitive and self-regulating processes. The article strongly argues that conceptual understanding in mathematics is highly interrelated with reading comprehension. The article discusses three main components of learning, which are cognition, metacognition, and motivation. In other words, reading comprehension equips students with the confident ability to connect previous concepts to current processes the resolve issues on their own. Our group focused on the understood definition of reading comprehension as obtaining the meaning of what has been read based on readers' previous knowledge or background information in order to continue. Therefore, reading comprehension is the most important factor to improving student success when developing strategies to solving math word problems. This article was used to support teacher strategies when facilitating group work. The students were placed in small, mixed groups to discuss the videos to solve a math word problems as suggested in the article. During their collaborative work, the teacher developed more specific metacognitive questions to focus on reading comprehension and not the math technique.