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Khan, Ramzan N.; Watson, Rashmi – Journal of University Teaching and Learning Practice, 2018
The flipped classroom aims to improve learning by engaging students in educational activities outside of traditional lessons. Flipped classrooms have steadily gained popularity in the last decade and are a topic of discussion in teaching and learning forums. However, its adoption in mathematics and statistics has been subdued. Most higher…
Descriptors: Teaching Methods, Blended Learning, Statistics, Units of Study

Deese, William C.; Ramsey, Linda L.; Walczyk, Jeffrey; Eddy, Danny – Journal of Chemical Education, 2000
Describes how to evaluate the effectiveness of demonstration assessments as assessment tools and instruments for developing conceptual understanding and critical thinking. (SAH)
Descriptors: Chemistry, Concept Formation, Critical Thinking, Demonstrations (Science)

Penrose, Jan – Journal of Geography in Higher Education, 1999
Offers one example of a lecture that can build on personal research experience to demonstrate the ways in which attitudes of categories influence the focus, design, and outcomes of research projects. Provides some suggestions for further developing the lecture material in a post-lecture tutorial session and/or assignment. (CMK)
Descriptors: Attitudes, Classification, Concept Formation, Guidelines
Falconer, Kathleen; Wyckoff, Susan; Joshua, Mangala; Sawada, Daiyo – 2001
This paper describes major changes undertaken in two undergraduate physics courses from traditional lecture method to an inquiry-based method that facilitates active student engagement and changes in the modeling approach to learning. Students' conceptual understanding of physics concepts were evaluated by quasi-experimental design, and the Reform…
Descriptors: Concept Formation, Higher Education, Inquiry, Lecture Method

Powers, Parris – Journal of College Science Teaching, 1998
Describes the development and implementation of computer-based multimedia techniques in organic chemistry courses. Provides technical details and some examples of student perspectives on the use of this technology. (DDR)
Descriptors: Chemistry, Computer Uses in Education, Concept Formation, Higher Education

Bowen, G. Michael; Roth, Wolff-Michael – Research in Science Education, 1998
Microanalyzes graph use in lectures drawn from artifacts compiled from videotaping all lectures and seminars in a 13-week ecology course. Focuses on both the text and the gesture-related references made in the reading of a graph in an ecology lecture. Contains 36 references. (DDR)
Descriptors: Concept Formation, Data Analysis, Ecology, Graphs

Byrne, Francis X. – Physics Teacher, 1981
Describes a method for students to evaluate and experience a repetition of important physics concepts during regular lecture sessions. The major goal was to train students to focus attention on course materials. (SK)
Descriptors: Class Activities, College Science, Concept Formation, Higher Education

Holme, Thomas – Journal of Chemical Education, 1998
Describes a way to enhance student/instructor communication through regular student feedback on key concepts. Argues that examinations also serve this purpose but are too infrequent and that anonymous quizzes can be used effectively. (DDR)
Descriptors: Chemistry, Computer Networks, Concept Formation, Higher Education

Christianson, Roger G.; Fisher, Kathleen M. – International Journal of Science Education, 1999
Reports on the effects of constructivist versus traditional teaching approaches on university students' learning about osmosis and diffusion. Students understood diffusion and osmosis more deeply in the constructivist-informed classroom, which used small discussion groups rather than traditional large lecture groups. Suggests ways to improve…
Descriptors: Concept Formation, Constructivism (Learning), Diffusion (Physics), Discussion (Teaching Technique)
Taylor, Elizabeth; And Others – 1980
This paper shows what research about student perceptions of lecture courses can indicate about student approaches to learning and the outcomes of learning. The amount that students will learn from a lecture course depends on: 1) student approach to learning, 2) perception of what is to be learned, and 3) level of information processing. It was…
Descriptors: Academic Achievement, Cognitive Processes, College Students, Concept Formation

Peper, Richard J.; Mayer, Richard E. – Journal of Educational Psychology, 1978
Three experiments investigated the effects of note taking on "what is learned" by college undergraduates from videotaped lectures. The results suggest that note taking can result in a broader learning outcome, rather than just more learning overall, because an assimilative encoding process is encouraged. (Author/GDC)
Descriptors: Academic Ability, Concept Formation, Higher Education, Learning Activities
Morris, Jon D. – Technological Horizons in Education, 1984
In the first study of its type, students (N=197) were exposed to a television economics lecture which included specially-made segments having greater visual impact. Results indicate a significant difference in achievement in favor of students viewing this television lecture format. Positive attitude changes were also noted. (JN)
Descriptors: Academic Achievement, Attitude Change, Concept Formation, Conventional Instruction
Michelsen, Sandra; And Others – 1984
Findings are reported from two descriptive studies of preservice teacher education students' conceptual change in response to reading methods instruction. The first study, involving 14 preservice teachers, focused on how students applied what was taught in the reading methods course; the second study (14 participants) examined students' conceptual…
Descriptors: Behavior Change, Cognitive Mapping, Cognitive Objectives, Concept Formation

Stearns, Susan A. – College Teaching, 1994
A four-step approach to teaching complex concepts at the college level involves a sequence of lecture, an individual assignment, small group discussion, and larger group discussion instruction. The last three steps focus on case study applications. The method is adaptable to different teaching situations and promotes expansion of student…
Descriptors: Case Studies, Classroom Techniques, College Instruction, Concept Formation

Libby, R. Daniel – Journal of Chemical Education, 1995
Describes the application of the Piaget-based learning cycle technique for teaching an introductory organic chemistry course. Explains the step-by-step process used to convert a lecture course into a discussion-based active learning course. A learning cycle provides students with concrete material and aids them in understanding abstract concepts…
Descriptors: Active Learning, Cognitive Processes, Concept Formation, Discovery Learning
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