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Full-Text Articles in Education
Audio-Assisted Reading With Digital Audiobooks For Upper Elementary Students With Reading Disabilities, Kelli J. Esteves
Audio-assisted reading has been used as an effective instructional intervention for students with learning disabilities (Carbo, 1978; Gilbert, Williams, & McLaughlin, 1996) and with struggling readers (Chomsky, 1976; Hollingsworth, 1978; Hoskisson & Krohm, 1974; Koskinen, Blum, Bisson, Phillips, Creamer, & Baker, 2000; Rasinski, 1990). The strategy involves reading along while listening to an audio recording of a fluent model (Evans, 1997).
The goal of this study was to compare the efficacy of audio-assisted reading with digital audiobooks against the traditional practice of sustained silent reading in terms of reading fluency rates and reading attitude scores with upper elementary students with reading disabilities. Participants in the control group selected literature and read silently for 20-30 minute ...
Vygotsky’S Theory Of The Creative Imagination: A Study Of The Influences On Preservice Teachers’ Creative Thinking Capacities, Stephen J. Worst
This study investigated the effect of formal instruction in the use of creative thinking skills on preservice teachers' capacities for increased creative activity. It emerged from Vygotsky's theory of the creative imagination. Emphasizing the impact of formal schooling on the growth of creative activity, he implied that individuals who are continually adding to accumulation of knowledge develop an abundant imagination from which creativity flows.
This quantitative study used a quasi-experimental design and attempted to test Vygotsky's assumptions within a sample population of 113 preservice teachers. Torrance Tests of Creative Thinking served as the pre- and post-tests that measured ...
An Investigation Of Successful And Unsuccessful Students’ Problem Solving In Stoichiometry, Ozcan Gulacar
In this study, I investigated how successful and unsuccessful students solve stoichiometry problems. I focus on three research questions: (1) To what extent do the difficulties in solving stoichiometry problems stem from poor understanding of pieces (domain-specific knowledge) versus students' inability to link those pieces together (conceptual knowledge)? (2) What are the differences between successful and unsuccessful students in knowledge, ability, and practice? (3) Is there a connection between students' (a) cognitive development levels, (b) formal (proportional) reasoning abilities, (c) working memory capacities, (d) conceptual understanding of particle nature of matter, (e) understanding of the mole concept, and their problem-solving ...