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Nicolas Michinov; Jérôme Hutain – Active Learning in Higher Education, 2024
Multitasking activities among students using various technological devices is common during lectures, and many studies have demonstrated their deleterious effects on various learning outcomes. In contrast, fewer studies have examined ways to reduce multitasking and stimulate engagement in learning. The present study provides an educational…
Descriptors: Foreign Countries, Undergraduate Students, Psychological Studies, Handheld Devices
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Yang, Xiaozhe; Lin, Lin; Wen, Yi; Cheng, Pei-Yu; Yang, Xue; An, Yunjo – Educational Technology & Society, 2020
This study examined how three auditory lectures delivered at different speeds -- normal (1.0x), fast (1.5x) and very fast (3.0x) speeds -- affected the graduate students' attention, cognitive load, and learning that were assessed by pre- and post-comprehension tests, cognitive-load questionnaire, and Electroencephalography (EEG) device. The…
Descriptors: Cognitive Ability, Graduate Students, Attention Control, Lecture Method
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White, Holly A.; Highfill, Lauren E. – Teaching of Psychology, 2019
The present study piloted a cognitive exercise program in a college classroom to enhance learning of lecture material. Undergraduate students enrolled in introductory psychology (N = 68) completed variations of letter-number cancelation tasks with spoken instructions in 5-min sessions prior to lecture during four nonconsecutive class periods.…
Descriptors: Introductory Courses, Lecture Method, Feedback (Response), Program Descriptions
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Kramar, Natalia – Advanced Education, 2019
The paper presents an analysis of engagement markers in the Lectures on Physics by eminent scientist and Nobel prizewinner R. P. Feynman, based on K. Hyland's model of interaction in academic discourse as stance and engagement. The Lectures were taught at the California Institute of Technology during 1961-63 and, having been turned into a…
Descriptors: Physics, Science Instruction, Scientists, Learner Engagement
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Huang, Yueh-Min; Liu, Ming-Chi; Lai, Chia-Hung; Liu, Chia-Ju – British Journal of Educational Technology, 2017
Teachers often use in-class questions to examine the level of understanding of their students, while these also enable students to reorganize their acquired knowledge. However, previous studies have shown that students may resist being questioned because of negative emotions. Therefore, this paper proposes the idea of eliciting positive emotions…
Descriptors: Teaching Methods, Humor, Learning Experience, Questioning Techniques
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Shearer, Ruth – Kappa Delta Pi Record, 1980
Discussed is the college teacher as lecturer. Three basic areas are looked at: attention mechanisms, information processing, and memory. Nine suggestions are presented which, if employed, will improve the lecture process. (KC)
Descriptors: Attention Control, Cognitive Processes, College Faculty, Information Processing
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Weaver, Richard L. – Teacher Educator, 1980
The lecturer's first job is to get the students' attention. Techniques to hold the students' interest include: adapting the lecture to the audience; covering a few topics in depth rather than many superficially; and putting variety in the format. Nonverbal communication is as important as the content of the lecture. (JN)
Descriptors: Attention Control, Body Language, Classroom Environment, Higher Education