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Articles 1 - 5 of 5
Full-Text Articles in Education
Review Of Think Big With Think Alouds: A Three-Step Planning Process That Develops Strategic Readers, Susan J. Chambre
Review Of Think Big With Think Alouds: A Three-Step Planning Process That Develops Strategic Readers, Susan J. Chambre
The Language and Literacy Spectrum
In Think Big with Think Alouds: A Three-step Planning Process That Develops Strategic Readers (2017), Molly K. Ness provides classroom teachers with a detailed three-step process for developing think aloud procedures during classroom literacy instruction. The book assists teachers in identifying stopping points in narrative and expository text. Ness also includes multiple scripted think alouds with comprehensive explanations for both narrative and expository text. Additionally, practical tips for promoting student adoption of higher order thinking skills are provided in the form of sentence starters and strategy symbols. The procedures outline in Think Big with Think Alouds will empower classroom teachers …
Think-Aloud Reading Strategy, Kate Schmitz
Think-Aloud Reading Strategy, Kate Schmitz
Culminating Projects in Teacher Development
No abstract provided.
Novice Science Teachers' Thinking About The Purpose Of Teachers' Questions, Gwyndolyn Crittenden
Novice Science Teachers' Thinking About The Purpose Of Teachers' Questions, Gwyndolyn Crittenden
Electronic Theses and Dissertations
Effective teacher questioning during whole group instruction remains an important pedagogy in science education, especially the importance of helping novice teachers to guide student thinking using effective questions. This study examined how novice secondary science teachers’ understand the relationship between student thinking and teacher questioning. The sample was seven novice secondary science teachers’ enrolled in the University of Central Florida’s job embedded Resident Teacher Professional Preparation Program (RTP3 ). All participants received instruction and guided practice with the use of questions to elicit, probe, and challenge student ideas in the secondary science pedagogy class. Participants completed a questionnaire describing their …
An Exploration Of Think-Aloud Protocols Linked With Eye-Gaze Tracking: Are They Talking About What They Are Looking At, Kevin Oh, John T. Almarode, Robert H. Tai
An Exploration Of Think-Aloud Protocols Linked With Eye-Gaze Tracking: Are They Talking About What They Are Looking At, Kevin Oh, John T. Almarode, Robert H. Tai
School of Education Faculty Research
This pilot study investigated the use of juxtaposed think aloud and eye-gaze tracking to understand a possible different understanding of think aloud process of participants. Four participants completed eight multiple-choice science questions while thinking aloud and having their eye-gazes tracked. Analysis of the data revealed that participants had behaviors such as fore telling of an eye movement, pauses in the think-aloud, different duration of the think-aloud, and the interaction between the think-aloud and associated eye movements. These findings suggest that juxtaposed think aloud and eye-gaze tracking may be a useful approach to furthering our understanding of students’ problem solving behaviors.
A Descriptive Framework For The Problem-Solving Experiences Of Physics Students, Sherry Savrda
A Descriptive Framework For The Problem-Solving Experiences Of Physics Students, Sherry Savrda
Electronic Theses and Dissertations
This study investigated the applicability of a general model of physics students' problem-solving experiences that suggests there are four dynamic factors affecting the problem-solving process: categorization, goal interpretation, resource relevance, and complexity. Furthermore, it suggests an overarching control factor called stabilization, which describes the inter-relatedness of the other factors over the problem-solving process. Think-aloud protocols of problem-solving experiences were used to investigate the model. Results of the study showed that conceptual resources had a significant impact on the success of problem-solving attempts. Participants who exhibited a lack of understanding of physics concepts were less likely to check their work, use …